Microtronix News & Updates

Access 1000/4000 Terminal Server Application Firmware

Fri, 19 Dec 2025 19:20:11 GMT

Access 1000/4000 Terminal Server Application Firmware

Use the links below to download the current release of the Access 1000/4000 Terminal Server application firmware (version: 1.1.2) complete with the Installation Instructions.

Downloads

Terminal Server application installation file: tsrv-1.1.2-install.tar.gz
Terminal Server firmware update for existing installation: tsrv-1.1.2-update.tar.gz
Terminal Server (default) device configuration file: tsrv-1.1.2-defconfig.tar.gz
Firmware Installation Instructions: Application Upgrade ReadMe text

If you require technical help with the firmware upgrade of your product, you may purchase either a 2 or 4 hour Technical Support Contract on the Microtronix webstore via the Technical Support webpage .

Access 1000/4000 Synchronous/HDLC Server Firmware Upgrade

Fri, 19 Dec 2025 19:19:59 GMT

Access 1000/4000 Sync/HDLC Server Application Firmware

Use the links below to download the current release of the Access 1000/4000 Sync/HDLC Server application firmware (version: 1.1.2) complete with the Installation Instructions.

Downloads

Sync/HDLC Server application installation file: ssrv-1.1.2-install.tar.gz
Sync/HDLC Server firmware update for existing installation: ssrv-1.1.2-update.tar.gz
Sync/HDLC Server (default) device configuration file: ssrv-1.1.2-defconfig.tar.gz
Firmware Installation Instructions: Application Upgrade ReadMe text

Access 1000/4000 Product - System Firmware Upgrade

Fri, 19 Dec 2025 14:34:01 GMT

Access 1000/4000 Product - System Firmware

Use the links below to download the current release of the Access 1000/4000 product System firmware (version: 1.1.2) complete with the Installation Instructions.

Downloads

JFFS2 image file: jffs2.img
JFFS2 .md5 file: jffs2.md5
u-boot.bin file: u-boot.bin
uImage (zipped) file: uImage.zip
uImage.md5 file: uImage.md5
Firmware Installation Instructions: System Image Reload ReadMe text

Access 1000/4000 CDR Collection Manager Product Firmware Upgrade

Thu, 18 Dec 2025 21:04:45 GMT

Access 1000/4000 CCM Collection Manager Application Firmware

Use the links below to download the current release of the Access 1000/4000 CDR Collection Manager application firmware (version: 1.1.2) complete with the Installation Instructions.

Downloads

Nortel ATF default device configuration file: aft-1.1.2-defconfig.tar.gz
AMATPS default device configuration file: amatps-1.1.2-defconfig.tar.gz
CCM default device configuration file: ccm-1.1.2-defconfig.tar.gz
CCM application installation file: ccm-1.1.2-install.tar.gz
CCM firmware update file for an existing installation: ccm-1.1.2-update.tar.gz
CDO default device configuration file: dco-1.1.2-defconfig.tar.gz
FTAM default device configuration file: ftam-1.1.2-defconfig.tar.gz
FTAM application installation file: ftam-1.1.2-install.tar.gz
FTAM firmware update file for an existing installation: ftam-1.1.2-update.tar.gz
Ericsson MTP default device configuration file: mtp-1.1.2-defconfig.tar.gz
XFER default device configuration file: xfer-1.1.2-defconfig.tar.gz
Firmware Installation Instructions: Application Upgrade ReadMe text

Access 1000/4000 MWI Gateway Product Firmware Upgrade

Thu, 18 Dec 2025 19:30:33 GMT

Access 1000/4000 MWI Gateway Application Firmware

Use the links below to download the current release of the Access 1000/4000 MWI Gateway application firmware (version: 1.1.2) complete with the Installation Instructions.

Downloads

MWI Gateway application installation file: mwi-1.1.2-install.tar.gz
MWI Gateway firmware update file for an existing installation: mwi-1.1.2-update.tar.gz
MWI Gateway default device configuration file: mwi-1.1.2-defconfig.tar.gz
Firmware Installation Instructions: Application Upgrade ReadMe text

Access 1000/4000 X.25-TCP/IP Gateway Product Firmware Upgrade

Wed, 17 Dec 2025 21:28:37 GMT

Access 1000/4000 X.25-TCP/IP Gateway Application Firmware

Use the links below to download the current release of the Access 1000/4000 X.25-TCP/IP Gateway application firmware (version: 1.1.2) complete with the Installation Instructions.

Downloads

X.25 Gateway application installation file: x25-1.1.2-install.tar.gz
X.25 Gateway firmware update file for an existing installation: x25-1.1.2-update.tar.gz
X.25 Gateway default device configuration file: x25-1.1.2-defconfig.tar.gz
Firmware Installation Instructions: Application Upgrade ReadMe text

Combining GPS NMEA 0183 Protocol and HD Video Processing Board for Real-Time Performance

Tue, 29 Apr 2025 18:35:09 GMT

Table of Contents

Where Real-Time Data Meets Real-World Demands
Understanding the Role of GPS NMEA 0183 in Embedded Systems
What an HD Video Processing Board Brings to the Table
Microtronix: The Real MVP Behind the Scenes
Real-Time Overlays and the Power of Fusion
Got Challenges? Let’s Talk Through 'Em
When Timing is Everything
Scaling Up? Let’s Future-Proof It
Putting It All Together: Engineering Confidence
Final Thoughts: Real-Time Performance with Real-World Payoff

Precision, speed, and clarity—these aren’t just buzzwords when it comes to embedded systems. In a world where unmanned systems, drones, autonomous vehicles, and surveillance solutions depend on both accurate navigation and seamless video overlays, bringing together real-time GPS and high-resolution video processing becomes more than an engineering choice—it’s a mission-critical necessity. When you’re dealing with real-time performance, even a hiccup in latency can spell the difference between functional and fail. That’s where integrating the GPS NMEA 0183 Protocol with an HD Video Processing Board becomes not only practical but essential.

Understanding the Role of GPS NMEA 0183 in Embedded Systems

Let’s break it down. The GPS NMEA 0183 Protocol has been around long enough to prove its reliability, yet it's still lightweight and efficient enough to remain a staple in embedded applications. This ASCII-based protocol transmits data in sentences that can be easily parsed, giving developers access to everything from geographic coordinates to speed and time. When paired with hardware designed for ultra-low latency, the NMEA 0183 becomes a go-to for real-time positioning in environments where every millisecond counts.

Now imagine a drone surveying disaster zones or a vehicle navigating remote areas—without precise location data feeding into the system, the rest of the tech stack doesn’t stand a chance. Having that GPS feed working in tandem with real-time video capture and overlay takes the user experience from "this might work" to "wow, this just works."

What an HD Video Processing Board Actually Brings to the Table

Sure, anyone can hook up a camera to a board, but when high-definition clarity, synchronization, and ultra-low latency are required, a purpose-built HD Video Processing Board makes all the difference. These boards aren’t just doing video capture; they’re pulling off real-time overlays, encoding, and often working with SDI or HDMI inputs—all without blinking. Well, technically, without dropping frames.

In embedded environments, especially those involving rugged terrain or airborne instability, clarity and timing go hand in hand. Whether it's annotating live footage with telemetry data or overlaying critical navigational info, the right board needs to handle it all without turning into a power-hungry monster. Think of it like asking a Ferrari to off-road—it’s possible, but only if it's built that way from the ground up.

Microtronix: The Real MVP Behind the Scenes

This kind of seamless integration doesn’t happen by magic. It happens when companies like Microtronix step in and blend the boundaries between software and hardware. As a full-service product development company, Microtronix delivers an integrated suite of design services that includes both the board-level layout and the firmware to match. Their focus on delivering 4K UHD SDI video overlay solutions isn't just about eye candy—it’s about engineering performance into every frame.

Let’s face it—bringing together a reliable GPS feed and clean HD video isn’t something you throw together over a weekend with off-the-shelf parts. Microtronix understands the embedded market, which is why they tailor both hardware and software designs to your exact needs. That way, you’re not just bolting components together—you’re orchestrating a system.

Real-Time Overlays and the Power of Fusion

So here’s where the magic happens: imagine receiving real-time data from a GPS NMEA 0183 Protocol stream, parsing it for latitude, longitude, and heading, and then feeding that information into your HD Video Processing Board to generate an on-screen overlay. You get a live feed where coordinates, speed, and time seamlessly sit atop HD footage. No lag. No glitchy rendering. Just clean, real-time data.

That’s the sort of stuff that makes surveillance more accurate, inspections more insightful, and autonomous operations more trustworthy. Whether it’s a camera on a gimbal or a high-altitude balloon sending feedback to Earth, this combo proves time and again that data and visuals belong together.

Got Challenges? Let’s Talk Through 'Em

Alright, not everything is rainbows and sunshine. Real-time systems are notorious for being finicky. What happens when signal interference disrupts GPS? How do you handle parsing errors or bad checksum values in your NMEA stream? Worse, what if your video feed is stable but your data overlay keeps freezing?

These are the challenges embedded developers face—and where you need a partner that doesn’t flinch. Microtronix, with its focus on cohesive hardware-software co-design, is in the perfect position to troubleshoot, optimize, and deliver solutions that don’t just work on paper but run flawlessly in the field. They don’t just slap together libraries and call it a day—they architect solutions that understand your mission.

When Timing is Everything

Timing isn't just important—it's everything. Whether you're measuring latency in microseconds or synchronizing data to video frames, real-time demands precision. The HD Video Processing Board must be designed with the understanding that it’s not operating in a vacuum. It’s interacting with multiple sensors, feeds, and inputs.

To keep things tight, you need carefully consideration around things like frame buffering, time-stamping, and clock synchronization. Throw in GPS time as a reliable standard, and suddenly you’ve got a way to ensure all elements of your system are singing from the same hymnal. Without it, your overlays risk being as useful as subtitles that show up five minutes after the dialogue.

Scaling Up? Let’s Future-Proof It

Thinking about scaling? Smart move. Systems that rely on the GPS NMEA 0183 Protocol and HD Video Processing Board combos are increasingly finding homes beyond traditional markets. Think agriculture, transportation, maritime systems, and even sports broadcasting. Anywhere accurate positioning and real-time video overlays are valued, this solution can scale and adapt.

What makes Microtronix unique here is its ability to customize these systems for your evolving needs. Maybe you need dual-input SDI feeds, or perhaps you're looking to compress and stream 4K content with overlays to a remote command center. No cookie-cutter solutions here—just tailored innovation that evolves with your projects.

What People Ask About GPS NMEA 0183 Protocol and HD Video Processing Board?

What is the NMEA 0183 protocol for GPS?

The NMEA 0183 protocol is a communication standard used for transmitting GPS and other navigational data between electronic devices. Developed by the National Marine Electronics Association (NMEA), it's commonly used in GPS receivers to send real-time data such as latitude, longitude, time, speed, and heading to other systems like mapping software, autopilot units, or video overlay hardware in embedded setups. The protocol transmits data in plain-text sentences, making it relatively easy to parse and integrate into different applications.

What is the purpose of NMEA?

The main purpose of NMEA is to define a universal standard for exchanging navigational and location-based data between marine and GPS-enabled electronics. It allows multiple devices—such as GPS receivers, sonar systems, AIS transceivers, and video processors—to "speak the same language." With NMEA, you can link various components without having to worry about compatibility between different brands or system types.

What exactly is GPS NMEA data?

GPS NMEA data refers to the formatted text output generated by GPS receivers based on the NMEA 0183 protocol. These data strings (often called “sentences”) contain detailed information about position (latitude, longitude), speed, time, direction, and more. A typical NMEA sentence starts with a dollar sign (e.g., $GPGGA) and includes a specific structure so that software and hardware systems can easily read and extract the information needed for applications like mapping, tracking, or video overlay.

What is the NMEA 0183 cable for?

The NMEA 0183 cable is used to transmit serial data between GPS receivers and other electronics. It typically contains multiple wires, with at least one for transmitting data (TX), one for receiving data (RX), and one for ground (GND). Some cables may also include power supply lines. These cables ensure reliable data flow between devices using the NMEA 0183 protocol, whether in a boat, vehicle, drone, or embedded system.

What is the speed of NMEA 0183 GPS?

The standard communication speed (baud rate) for NMEA 0183 is 4,800 bits per second (bps) . However, newer devices or proprietary extensions of NMEA may operate at higher speeds, such as 38,400 bps , especially when transmitting more frequent or detailed data. The lower speed is sufficient for basic navigational data, but higher speeds are preferred for high-precision or real-time applications that demand faster updates.

Does NMEA need power?

Yes, the GPS device or sensor using the NMEA protocol needs power to function. However, the NMEA 0183 communication itself is just a serial data transmission and doesn’t include power in its data lines. Power is supplied separately, typically via a dedicated wire or connector depending on the device setup. It's important to ensure your GPS receiver or NMEA-compatible device is powered according to its specifications to maintain reliable data output.

Why is HD processing taking so long?

HD video processing can take time due to the high amount of data being handled. The HD Video Processing Board has to decode, analyze, and often encode large video files frame by frame. If additional features like overlays, filtering, or compression are applied, the process becomes more intensive. Processing speed is also influenced by hardware capabilities, video length, resolution, and real-time rendering requirements. Slower processing typically means either the board is underpowered or the task is pushing the system's limits.

Do I need to keep YouTube open while a video is processing?

Not necessarily. If you're uploading a video to YouTube and it’s processing, you don't need to keep the browser tab open—YouTube processes the video server-side. However, if you’re using an HD Video Processing Board in a system that involves live overlays or direct playback, then yes, the video feed and the processing system need to remain active and engaged to complete the task.

How does video processing work?

Video processing involves a series of steps where raw video data is captured, decoded, analyzed, and then output in a usable format. On an HD Video Processing Board , this includes handling HDMI or SDI inputs, converting analog/digital signals, managing resolution scaling, and performing real-time overlays if required. Advanced boards might also encode the video, compress it, or transmit it for streaming—all in real-time.

What quality is HD video?

HD video typically refers to a resolution of 1280x720 pixels (720p) or 1920x1080 pixels (1080p) . Both fall under the umbrella of High Definition (HD), with 1080p often considered Full HD. These resolutions provide sharp, clear images suitable for most professional and consumer applications, especially when paired with quality sensors and processing.

Is HD better than 4K?

Not in terms of resolution. 4K delivers roughly four times the pixel count of 1080p HD, resulting in much greater detail and clarity. However, HD video is often more than sufficient for embedded systems, streaming, or surveillance, where bandwidth and processing power are limited. The choice between HD and 4K depends on your application, device capabilities, and whether your HD Video Processing Board supports higher formats.

What is the best size for HD video?

The most common and widely supported HD video size is 1920x1080 (Full HD) . It's the sweet spot for quality versus compatibility, offering good resolution without overwhelming processing or storage resources. For embedded applications or streaming, 1280x720 (HD Ready) might be chosen to reduce data load, especially when real-time processing is a priority.

What is the highest quality HD video format?

The highest-quality HD video formats typically include ProRes 422 , DNxHD , and H.264 (High Profile) . These formats maintain excellent detail, color depth, and frame rates while balancing compression. For real-time applications using an HD Video Processing Board , formats like H.264 are preferred due to their efficient compression and fast decoding.

Putting It All Together: Engineering Confidence

Let’s not overcomplicate things—real-time embedded systems are only as strong as their weakest component. By integrating the GPS NMEA 0183 Protocol with a capable HD Video Processing Board , and wrapping it all within a cohesive development cycle, what you’re building isn’t just tech—it’s trust.

You get systems that can react in real-time, deliver accurate information, and show everything on screen exactly when and where it matters. More than just dots on a map or lines of code, this is real engineering meeting real-world requirements.

Final Thoughts: Real-Time Performance with Real-World Payoff

When it comes down to it, combining location accuracy with high-quality visual processing isn’t just smart—it’s necessary. The GPS NMEA 0183 Protocol offers the reliability and flexibility developers need to collect and parse positioning data, while an HD Video Processing Board handles the heavy lifting of overlay and display in real-time.

Together, they create a responsive, high-performance system that’s greater than the sum of its parts. With a company like Microtronix guiding the process, you’re not just integrating technology—you’re engineering certainty. Whether you're building next-gen UAVs or enhancing field surveillance, this combination is the blueprint for real-time results that truly deliver.

Got a challenge with data and visuals? Chances are, Microtronix already has a smarter way to solve it.

Frequently Asked Questions

1. What is the GPS NMEA 0183 Protocol and why is it still used today?

The GPS NMEA 0183 Protocol is a well-established standard for communicating GPS data in a lightweight, text-based format. Despite newer protocols being available, it remains popular in embedded systems due to its simplicity, low processing overhead, and wide compatibility with hardware and software platforms.

2. What role does an HD Video Processing Board play in embedded systems?

An HD Video Processing Board handles real-time video capture, encoding, and overlay functions—often with inputs like SDI or HDMI. In embedded applications, it ensures that visual data is processed with minimal latency and high clarity, especially when combined with other real-time sensor inputs like GPS.

3. How do GPS data and video overlays work together in real time?

GPS data, parsed using the NMEA 0183 Protocol, provides coordinates, heading, speed, and time. When this information is fed into an HD Video Processing Board, it can be overlaid directly onto the live video feed, providing context-rich visuals for navigation, surveillance, or inspections—all with minimal delay.

4. What kind of applications benefit from combining GPS NMEA 0183 and HD video?

A wide range of sectors benefit from this integration, including UAVs, autonomous vehicles, maritime navigation, infrastructure inspections, agricultural systems, and tactical surveillance. Any application that needs synchronized visual and positional data in real-time can leverage this setup.

5. Why choose Microtronix for developing embedded video and GPS solutions?

Microtronix offers end-to-end hardware and software development tailored for real-time 4K UHD SDI video overlay solutions. Their expertise lies in creating tightly integrated systems that are customized for your specific embedded environment, ensuring optimal performance and reliability.

6. What are some common challenges when integrating GPS and video systems?

Some common issues include GPS signal interference, parsing errors in NMEA data, video latency, and synchronization mismatches. Ensuring that video and data streams are aligned in real-time requires careful hardware design, firmware optimization, and error handling—all of which Microtronix addresses in its development process.

7. Can these systems be scaled for future applications or different environments?

Absolutely. With modular hardware designs and customizable firmware, systems that combine GPS and video processing can be adapted for different input formats, output resolutions, and operational environments. Microtronix provides scalable solutions that can evolve alongside your technology roadmap.

Creating Engaging Visuals with Advanced Text and Image Overlay Tools

theta@digitalguider.com (Digital Guider) — Thu, 27 Mar 2025 16:45:48 GMT

Table of Contents

Introduction: Revolutionizing Visual Content with Overlays
What Are Text and Image Overlays?
Key Industries Benefiting from Text and Graphics Overlay Tools

3.1 Broadcasting
3.2 Medical Imaging
3.3 Security and Surveillance
3.4 Corporate Training and Presentations

Microtronix: A Leader in Video Overlay Solutions
The Technology Behind Text and Graphics Overlay Tools
Addressing Latency and Performance Challenges
How to Choose the Right Text and Graphics Overlay Solution
The Future of Text and Image Overlays
Conclusion: The Future of Visual Engagement

In the age of digital world, capturing attention and delivering information efficiently has never been more crucial. Whether it’s a live broadcast, a medical presentation, or a corporate training session, how you present visuals and information can make or break an experience. Text and image overlay tools have become an essential part of the modern visual landscape, offering ways to blend informative graphics and text with video content seamlessly.

With the advent of 4K UHD and high-definition display systems, these tools have evolved into more sophisticated solutions, providing real-time, high-quality overlays that elevate the viewing experience. Companies like Microtronix are at the forefront, delivering integrated hardware and software design services specifically focused on text and graphics overlay solutions tailored for embedded applications.

The Power of Overlays: What Are Text and Image Overlays?

The concept of text and image overlay isn’t new, but its applications have expanded exponentially over the years. At its core, overlays involve adding text or images on top of an existing video feed or image. This might sound simple, but the complexity lies in ensuring that the added text or images don’t obstruct important content while still delivering the necessary information. Text and image overlay tools allow you to highlight key points, show real-time data, or enhance the viewer’s understanding of the visual content.

The need for dynamic overlays has grown as video content becomes more interactive. Text and graphics overlay tools are particularly useful in industries like broadcasting, medical imaging, live sports, and security monitoring. The ability to seamlessly combine text, graphics, and video feeds in real-time is essential for keeping audiences engaged and informed.

Key Industries Benefiting from Text and Graphics Overlay Tools

Overlays serve numerous industries, each with its own set of demands and challenges. Let’s explore some of the key sectors that benefit from text and image overlay technologies:

Broadcasting: Live news, sports events, and other broadcasting content often require overlays to display important information such as scores, news headlines, or statistical data. For example, during a live sporting event, a text and graphics overlay might show the score, player statistics, or a running commentary. These real-time overlays must not interfere with the viewer’s ability to see the action while still providing essential data.

Medical Imaging: Medical professionals often use text and image overlay tools during surgeries or diagnostic procedures. Overlays in this context can display patient data, diagnostic information, or visual references, helping the medical team make informed decisions. Real-time overlays are crucial, and they must not compromise the clarity or accuracy of the displayed images.

Security and Surveillance: In security monitoring, live feeds from multiple cameras are often displayed on a single screen. Text and graphics overlay tools allow operators to see critical information such as timestamps, camera identifiers, or alerts, all while continuing to monitor the live footage. The challenge is integrating overlays without cluttering the interface or causing distractions.

Corporate Training and Presentations: Whether you're conducting a virtual meeting, webinar, or training session, text and image overlay tools can help highlight key points, add visual aids, or even integrate real-time data. These overlays provide visual context that keeps audiences engaged and ensures information is communicated effectively.

Microtronix: A Leader in Video Overlay Solutions

While there are various providers of text and graphics overlay tools, Microtronix stands out for its ability to deliver integrated, high-performance solutions. As a full-service product development company, Microtronix combines its expertise in hardware and software design to deliver cutting-edge text and image overlay products for embedded systems.

Microtronix provides a robust suite of solutions that are scalable, customizable, and optimized for real-time performance. Their advanced 4K UHD SDI video overlay technology is ideal for industries that demand high-quality visual content, such as broadcasting, medical imaging, and security. What makes Microtronix unique is their commitment to integrating hardware and software components in a way that minimizes latency, maximizes visual quality, and ensures that overlays can be added seamlessly to any video content. Their comprehensive service model also ensures that each solution is tailored to meet the specific needs of the client, whether for an embedded system in a security device or a complex broadcasting setup.

The Technology Behind Text and Graphics Overlay Tools

So, what exactly makes text and image overlay tools function smoothly in real-time applications? The technology behind these tools involves advanced video processing, signal processing, and hardware acceleration. At its core, video overlay solutions rely on specialized hardware, such as FPGAs (Field-Programmable Gate Arrays), to perform fast, parallel processing of video data.

These hardware solutions are paired with sophisticated software that allows users to design and customize overlays. The software is responsible for ensuring that the overlays can be applied dynamically to video content without causing lag or affecting the video’s integrity. The challenge lies in managing the hardware-software interaction to ensure seamless performance across different platforms and applications.

For text and graphics overlay applications, the software often allows users to input real-time data (such as stock prices, sports scores, or medical information) and design the layout and appearance of the overlay. The combination of these features results in a powerful toolset that can be used across industries to deliver rich, engaging visuals with high-performance standards.

Addressing Latency and Performance Challenges

One of the key challenges with text and image overlay technology is ensuring that there is minimal latency between the video content and the overlay being displayed. In applications like live broadcasting, even a slight delay can affect the viewer’s experience, leading to mismatched audio and video or unsynchronized on-screen data. Similarly, in medical applications, any delay in the display of critical data could be a serious issue.

Microtronix addresses these challenges by incorporating real-time video processing and hardware acceleration into their solutions. Their expertise in FPGA-based processing allows them to achieve extremely low latency, ensuring that overlays are applied in real-time with no perceptible delay. Whether it's displaying live statistics during a sports event or overlaying patient information during surgery, Microtronix ensures that the technology performs reliably and consistently.

How to Choose the Right Text and Graphics Overlay Solution for Your Application

When selecting a text and graphics overlay solution, it’s important to consider the specific requirements of your application. For example, in the broadcasting industry, the need for high-definition overlays with minimal latency is critical. On the other hand, in medical applications, the accuracy and clarity of the displayed text and images are of paramount importance.

Factors that need to be considered include:

Resolution and Quality: High-definition overlays are essential for industries where clarity is crucial, such as medical imaging or high-end broadcasting.
Real-Time Performance: Look for solutions that support real-time data processing and can handle multiple layers of text, images, and video simultaneously.
Customization and Flexibility: The ability to design and customize overlays ensures that the solution can be tailored to your specific needs.
Scalability: Whether you're working with a single monitor or a complex multi-screen system, ensure the overlay solution can scale with your needs.

The Future of Text and Image Overlays

As technology continues to evolve, so do the capabilities of text and image overlay tools. With the rise of augmented reality (AR) and virtual reality (VR), the demand for interactive and immersive overlays is growing. These technologies require overlays that are not only visually engaging but also responsive to user inputs.

In the future, expect to see overlays that can adapt dynamically to the content being displayed. For example, overlays could change in response to a viewer’s interaction with the screen, offering personalized content in real time. Additionally, AI-driven overlays could help automate the process of adding text and graphics, making it easier for users to create engaging visuals without extensive technical expertise.

Microtronix, with its advanced 4K UHD SDI video overlay solutions, is poised to lead the way in developing these next-generation overlay technologies. The continued evolution of embedded systems and the increasing demand for high-quality, real-time video processing will only expand the applications for text and image overlay solutions.

Conclusion:

In today’s fast-paced, content-driven world, engaging visuals are more important than ever. Text and image overlay technology has revolutionized how information is displayed across various industries, offering dynamic and real-time visual solutions that enhance user engagement. Whether it's live sports broadcasts, medical imaging, or corporate presentations, overlays play a critical role in delivering important information without disrupting the visual experience.

Microtronix’s integrated hardware and software design services are helping push the boundaries of what’s possible in text and graphics overlay solutions. Their expertise in 4K UHD SDI video overlays ensures that industries demanding high-quality visuals can seamlessly integrate overlays into their applications.

As the demand for real-time, interactive, and immersive overlays continues to grow, the future of text and image overlay technology looks brighter than ever. So, whether you’re looking to improve your broadcasting setup or enhance your medical imaging workflow, investing in advanced overlay tools will undoubtedly elevate your visual experience.

Frequently Asked Questions:

What are text and image overlays, and how do they work?

Text and image overlays involve adding graphical elements or text onto a video feed or image in real time. These overlays enhance visual content by displaying relevant information without obstructing critical details. Advanced overlay tools use specialized hardware and software to ensure seamless integration with minimal latency.

Which industries benefit the most from text and graphics overlay tools?

Various industries rely on overlay technology, including broadcasting, medical imaging, security and surveillance, and corporate training. These overlays provide real-time data, enhance presentations, and improve the clarity of critical information.

What technologies power real-time text and image overlays?

Overlays rely on advanced video processing, signal processing, and hardware acceleration. Solutions often incorporate FPGAs (Field-Programmable Gate Arrays) for fast data processing and specialized software to customize and manage overlay content dynamically.

How does Microtronix ensure low-latency overlays for real-time applications?

Microtronix utilizes FPGA-based processing and real-time video acceleration to minimize latency. This ensures that overlays appear instantly without disrupting the synchronization of video and audio, making them ideal for live broadcasts, medical procedures, and security applications.

What factors should be considered when choosing a text and graphics overlay solution?

Key considerations include resolution quality, real-time performance, customization options, and scalability. The ideal solution should offer high-definition overlays, minimal delay, and adaptability to different applications, ensuring a seamless viewing experience.

Enhancing Visual Experience with Picture Display Technology: A Quick Insight

Tue, 11 Mar 2025 23:06:14 GMT

High-quality real-time video display systems must present user information with minimal latency for sein broadcast, medical imaging, and robotic systems and . Microtronix leads the way in video on-screen display solutions for embedded real-time applications making high-definition video overlay and picture-in-picture technology easier and more efficient to use.

The Evolution of Picture Display Technology

It wasn’t too long ago that CRT monitors were the standard for visual output. Then came LCDs, followed by LEDs, and now, we see the rise of 4K UHD and beyond. The progress goes beyond resolution. Refresh rates, contrast ratios, and color accuracy have all seen big improvements. Picture-in-picture display and text and graphic overlay technology has evolved to support multiple content streams on a single display without loss of quality. These advancements are vital for real-time interactive user applications including security, medical diagnostics, robotics and broadcast stusio systems.

Why Video On-Screen Display Matters?

Real-time user application require the on-screen display of time, GPS data or other operational information. For example, a surgical environment it is necessary to display patient vitals alongside a high-resolution endoscopic feed. Video on-screen display boosts visual info while keeping important content clear. These applications require these low-latency video overlays of text and graphic information for quick decision-making. In industrial automation, engineers can watch many data streams at once. This helps them keep performance and safety at their best. The challenge is to integrate these overlays without delay or distortion. That's where high-performance hardware and software solutions are important.

Picture in Picture Display in Embedded Systems

Embedded systems have transformed how displays function across various sectors. Embedded solutions differ from consumer-grade displays. They need to use less power, handle tough environments, and maintain real-time performance.

Picture-in-picture technology in embedded apps lets you manage many video sources. This means you can show them at the same time, making user interaction smooth and easy. Showing many content layers is a game changer. This applies to military HUDs and commercial automotive entertainment. Companies must make sure that hardware and software work well together. This is key to meeting industry needs.

The Role of Microtronix in Advancing Display Solutions

Microtronix isn’t just any tech company. It’s a full-service firm that develops products and pushes display technology limits. The company specializes in video on-screen display solutions. It provides all the hardware and software services needed for 4K UHD SDI video overlays.

This precision helps embedded systems handle high-definition content with optimal performance. It prevents any slowdown. Microtronix delivers solutions for broadcast production, aerospace visualization, and medical imaging. They ensure these solutions perform well in real-time and maintain high quality. Its skill in FPGA processing and video pipeline integration makes it a trusted name.

Applications of Picture-in-Picture display technology

So where does picture-in-picture display technology make the biggest impact? The list is extensive:

Broadcasting: News and sports use real-time graphics and overlays. This helps keep viewers informed.
Medical Imaging: Surgeons and radiologists need clear visuals and real-time patient data.
Security & Surveillance: Multi-feed security systems enjoy integrated overlays that enhance situational awareness.
Automotive Displays: Today's dashboards and HUDs use layered video feeds. These feeds help with navigation, safety alerts, and entertainment.
Aerospace & Defense: Flight simulations and tactical displays depend on high-performance video integration.

These applications gain from real-time video on-screen displays. They make things easier to use and boost efficiency.

Overcoming Challenges in High-Performance Video Display

Creating a strong picture-in-picture display system is more than stacking two video feeds. Latency, synchronization, and processing power all play a role in achieving seamless integration. FPGA-based processing and good memory management are key for keeping performance strong.

Another challenge is ensuring compatibility across different display technologies. Optimize integration for maximum efficiency with OLED, LCD, or micro-LED panels. Microtronix tackles these challenges. They create custom solutions that blend hardware power with smart software.

The Future of Video On-Screen Display Technology

Where is the video on-screen display headed next? Look for more progress in AI video processing. Smart overlays will change based on how users interact. Advanced overlay solutions will help augmented reality (AR) and virtual reality (VR) applications. This will create immersive experiences filled with data. As 8K displays grow in popularity, the demand for ultra-high-definition overlays will rise. As technology changes, industries need flexible and efficient solutions. This helps them handle the growing complexity of display systems.

Final Thoughts

Display technology has improved a lot. Still, the demand for real-time, high-quality visuals keeps pushing innovation forward. Picture-in-picture display and video on-screen display solutions are now key in many industries. They allow for smooth data integration and better decision-making.

Microtronix is key in this area. They offer advanced embedded solutions for high-definition overlays. As visual needs increase, smart display systems will be crucial. They will help improve user experiences by using effective methods. The future of display technology is brighter than ever. It will enhance broadcasting, improve medical imaging, and boost security applications.

Text and Graphics Overlays: The Ultimate Tool for Custom Video Creation

theta@digitalguider.com (Digital Guider) — Wed, 12 Feb 2025 20:45:00 GMT

When it comes to creating dynamic, professional-looking videos, it's not just about the content on screen. The right visual enhancements—text and graphics overlays—can take your footage from bland to brilliant. Whether you're working on promotional videos, live broadcasts, or personal projects, adding a well-designed video text and image overlay is a game changer.

These overlays allow you to layer text, images, and other elements onto your videos, making them more engaging, informative, and visually appealing. If you're in the market for video solutions that offer advanced features like 4K UHD quality and seamless integration, a customizable text and graphics overlay might be just what you need to elevate your creations.

Why do Overlays Matter in Video Creation?

You might be wondering, "What exactly makes text and graphics overlays so important?" Well, overlays serve as one of the easiest and most effective ways to enhance the storytelling power of a video. Whether it’s adding captions, logos, or even special effects, they help convey information to the audience without disrupting the natural flow of the footage. In live streaming, for example, overlays are crucial for providing real-time updates, brand logos, and titles, all while maintaining a professional appearance.

Video text and image overlay solutions can also make your content stand out by highlighting key points or giving it a more polished look. No matter the genre or type of video you're creating, overlays can support visual storytelling and provide a layer of customization that sets your videos apart from others.

Customization is Key: Why You Need Flexibility

While basic overlays can certainly improve your videos, customizable text and graphics overlay solutions are on a whole different level. Why settle for generic when you can design an overlay that fits the specific style of your brand, project, or vision? Customization options allow you to choose everything from the color and font of your text to the images, animations, and other graphic elements that make up your overlays.

A customizable overlay is essential for creating a unique experience for your audience. If you're broadcasting a live sports event or streaming a gaming session, a customizable text and image overlay can help you show relevant stats, player names, and scores without taking up too much space on the screen. The best part? These overlays can be tailored in real time, ensuring that every detail is just as you envisioned.

The Impact of 4K UHD Video Overlays

Let’s talk about quality. If you're working with high-definition footage, particularly 4K UHD (Ultra High Definition), you want your video text and image overlay to maintain that same level of detail and sharpness. This is where the real magic happens. In today’s competitive video landscape, delivering crystal-clear visuals is non-negotiable. A 4K UHD overlay solution ensures that every pixel of your text and graphic elements remains sharp, vibrant, and professional.

The beauty of 4K UHD overlays is that they don’t compromise the integrity of your main content. Whether you’re working with high-definition film or live-streaming in real-time, 4K UHD overlays can seamlessly integrate into your video, enhancing its overall look without overwhelming it. If your content is top-tier, the last thing you want is blurry or distorted graphics.

Live Streaming and Broadcasts: Enhance Your Content Instantly

Live broadcasts and streaming events have become a major avenue for content creators, businesses, and organizations to reach their audience in real time. But how can you make sure your broadcast stands out from the crowd? A customizable text and graphics overlay is one of the easiest ways to do this.

From breaking news updates to sponsorship banners, live graphics, and event timers, overlays give your content an interactive, professional feel. For example, if you’re broadcasting a sporting event, an overlay can show live scores, player names, and stats without taking focus away from the game itself. With the right overlay tools, you can dynamically alter the graphics on-screen to highlight the most important information as the broadcast progresses.

Seamless Integration with Embedded Applications

Embedded applications are widely used for video processing, production, and broadcast systems. As the complexity of these systems increases, so does the demand for efficient, high-quality video solutions. Fortunately, video text and image overlay technology can be easily integrated into these embedded systems, providing a straightforward and efficient solution for both hardware and software platforms.

Whether you’re building an advanced media system, working with real-time video feeds, or developing customized video solutions, overlays can be incorporated into your embedded applications for a smooth, unified user experience. The ability to manage your video overlays directly within your production system can save you time, reduce errors, and increase the overall functionality of your setup.

Versatility Across Different Industries

One of the reasons why video text and image overlay technology is so widely used is its versatility. These overlays can be applied across a wide range of industries, from live sports broadcasting to news, education, entertainment, and corporate communication. Each industry has its own unique needs when it comes to video creation, but overlays provide a universal solution for enhancing any type of content.

For example, educational content creators can use text overlays to add on-screen notes or highlight key concepts. Event organizers can display schedules, speaker names, and sponsor logos during conferences or workshops. And let’s not forget the entertainment industry, where custom overlays are used to display title cards, subtitles, and interactive visuals in film and television production.

Overlays: More Than Just Text

While text is a major component of most overlays, it’s not the only element you can use. Graphics, logos, animations, and even video clips can be incorporated into your overlays for a more dynamic, visually engaging result. For instance, you can add a logo to the top corner of the screen for branding, or incorporate animated transitions between segments to give your videos a more polished look.

The beauty of customizable text and graphics overlay solutions lies in their flexibility. You can choose to keep things simple with a static design, or you can opt for advanced animations that bring your videos to life. Either way, these overlays can help your content appear more polished, professional, and engaging, no matter the format.

Conclusion:

To wrap things up, it's clear that text and graphics overlays are more than just a nice-to-have feature in video production—they’re an essential tool for any content creator, from professionals to hobbyists. Whether you're streaming live content, producing a commercial, or simply looking to elevate your YouTube videos, customizable text and graphics overlays allow you to add layers of information and creativity that enhance the viewing experience.

With the ability to incorporate high-quality 4K UHD visuals, customizable designs, and real-time updates, overlays give you the flexibility and power to create videos that truly stand out. So, if you're ready to take your video content to the next level, consider investing in overlay technology that can deliver the dynamic, engaging visuals that today’s audiences expect.

How HD Video On-Screen Display is Shaping the Future of Visual Tech?

theta@digitalguider.com (Digital Guider) — Tue, 11 Feb 2025 20:28:44 GMT

In an era where visual technology is advancing at breakneck speed, it's clear that video on-screen displays (OSDs) are playing a pivotal role in how we interact with digital content. These displays are no longer confined to TVs or computer monitors. They are now integrated into a variety of devices—from cameras and gaming consoles to embedded systems and industrial applications. At the forefront of this transformation are HD video on-screen displays, which are revolutionizing how information is presented and interacted with, especially in fields such as embedded applications and broadcast systems. But how exactly are these displays shaping the future of visual tech? Let’s dive deeper into this phenomenon.

What Exactly Is an HD Video On-Screen Display?

At its core, an HD video on-screen display is a system that overlays visual information on top of video signals, offering a seamless integration of graphics, text, and images. Imagine watching a sports event on TV and seeing live stats or player names pop up in real time on the screen. That’s an OSD in action! In embedded systems, these displays serve a more technical purpose, providing real-time data and feedback to users. HD video OSDs, as the name suggests, bring high-definition clarity to these overlays, ensuring that the information is not just informative but visually appealing.

The Rise of 4K UHD Video Overlay Solutions

With the rise of 4K UHD (Ultra High Definition) video technology, HD video on-screen displays have had to evolve to keep up. As more devices and applications make the shift to 4K video content, the demand for high-quality video overlay solutions has skyrocketed. This is where companies like Microtronix come into play, offering integrated hardware and software solutions for creating 4K UHD SDI video overlays for embedded applications. These high-definition overlays add a new layer of sophistication to visual technology, enabling a higher degree of interaction, customization, and performance in a variety of use cases.

The Role of HD Video On-Screen Displays in Broadcast Systems

When it comes to broadcast systems, HD video on-screen displays are absolutely essential. Whether it's live broadcasting of sports events, news, or entertainment, the ability to overlay data such as scores, headlines, or time codes enhances the viewer experience. With HD clarity, these overlays remain sharp and legible, even on larger screens. Without these video overlays, the broadcast would lack the interactive and informative elements that audiences have come to expect. HD video OSDs not only enhance the visual experience but also play a crucial role in the broadcast's functionality, making them indispensable in modern media production.

How OSDs Are Enhancing Embedded Applications

Embedded applications, whether in industrial machinery, medical devices, or even smart appliances, have greatly benefited from HD video on-screen displays. These applications require real-time data overlays for monitoring and control, and an HD video OSD provides the clarity needed for operators to make quick, informed decisions. For example, in a manufacturing plant, the display of key machine statistics or warning signals on an HD OSD ensures that personnel can maintain the system without needing to navigate through complex interfaces. These displays provide crucial information right at the operator’s fingertips, saving time and reducing errors in mission-critical environments.

Improving User Interaction with OSDs

One of the most powerful aspects of HD video on-screen displays is how they improve user interaction with technology. By overlaying helpful information directly on the screen, users can interact with devices in a more intuitive way. Think about your smartphone's notification bar or how a GPS system displays your route information. These on-screen displays allow users to quickly grasp information without having to search for it. Whether it's adjusting settings on a TV or navigating a piece of industrial equipment, HD video OSDs ensure that data is easily accessible and clear.

Customization and Flexibility: The Benefits of HD Video On-Screen Displays

Another exciting aspect of HD video OSDs is their customization potential. From the color scheme and font size to the positioning and timing of the overlays, users can tailor the on-screen display to meet their needs. This customization is crucial in professional environments such as broadcast production or medical imaging, where clarity and precision are paramount. For instance, in medical imaging, doctors rely on clear, well-positioned overlays to help interpret scans and make diagnoses. HD video on-screen displays ensure that these critical pieces of information stand out and are easy to read at a glance.

The Impact on Gaming and Interactive Media

In the world of gaming and interactive media, the impact of HD video on-screen displays is undeniable. Video game developers often use OSDs to present important in-game data such as health bars, scoreboards, or mission objectives. The clearer and more immersive these overlays are, the more engaging the game becomes. With the advent of high-definition graphics, OSDs can now incorporate dynamic elements that blend seamlessly into the game's visual style. Whether you’re monitoring your progress in a strategy game or checking your health status in a role-playing game, HD video OSDs contribute to a more interactive and immersive gaming experience.

The Future of HD Video On-Screen Displays: What's Next?

So, what does the future hold for HD video on-screen displays? As technology continues to evolve, we can expect even more advanced OSD solutions. We’re already seeing the integration of AI-driven overlays that adapt based on user behavior or environmental factors. For example, in smart homes, an OSD could display personalized information like the current weather or the status of appliances without the user needing to navigate through multiple apps. Moreover, as 5G technology becomes more widespread, the ability to stream high-definition video with seamless overlays will open up new possibilities for remote work, virtual events, and interactive education.

Conclusion:

HD video on-screen displays are not just a luxury in modern tech; they are a necessity. From enhancing broadcast media and embedded systems to improving gaming and interactive media, these displays are shaping how we experience and interact with technology. The rise of 4K UHD video overlays further elevates the visual experience, ensuring that users receive the highest quality information in the clearest possible format. With companies like Microtronix offering integrated hardware and software solutions, the future of HD video OSDs looks bright and full of potential. As visual technology continues to evolve, these displays will undoubtedly remain a key component in shaping the way we see and interact with the world around us.

Create Visual Magic: How Text and Image Overlay Elevates Videos

theta@digitalguider.com (Digital Guider) — Fri, 24 Jan 2025 06:45:00 GMT

Video content is everywhere, from social media feeds to news broadcasts. Whether you're creating a slick promotional video or trying to highlight key information for your viewers, the ability to add text and images over your video is crucial. But, you might wonder, what exactly does text and image overlay mean, and how does it affect your videos? Simply put, it allows you to add additional layers of information, whether it's a caption, logo, or graphic, directly onto your video. When executed well, this technique elevates the overall viewing experience, ensuring your audience stays engaged and informed.

In this post, we’ll explore how text and image overlay can transform your videos into visual magic, making them more dynamic and engaging. As a company like Microtronix specializes in designing cutting-edge 4K UHD SDI video overlay solutions for embedded applications, it’s easy to see why this tool is indispensable.

What is Text and Image Overlay?

To put it simply, text and image overlay refers to placing graphical elements like text or images over a video to highlight important information or add a creative touch. For instance, you might overlay a company logo on a promotional video, or add a subtitle track to make your content more accessible. These overlays are often placed over a video frame without affecting the video's original content. With technologies such as 4K UHD SDI video solutions, the quality of overlays has advanced, allowing you to integrate high-quality visuals with clarity.

Microtronix excels in providing integrated video text and image overlay services, ensuring that the overlays are not only visually appealing but also seamlessly integrated into the video’s content.

Enhancing Viewer Engagement Through Visuals

Text and image overlay isn't just for decoration; it’s about engaging your viewers. Let’s face it—people’s attention spans are short. When you add text and image overlay , you capture the viewer's attention and guide them to important details. Whether you're running a live stream, showing a tutorial, or delivering a business pitch, overlays can emphasize key messages.

For instance, displaying your website or product names at strategic points during the video keeps your audience's focus where you want it. With an integrated overlay solution, such as the ones provided by Microtronix, you can ensure that your message stands out—without losing any quality in the visual experience.

Perfect for Live Broadcasts and Events

Have you ever watched a live sports event and seen the scoreboard or stats pop up on the screen? Or tune into a news broadcast with breaking headlines appearing as the segment unfolds? That’s the magic of video text and image overlay in action. It ensures real-time information is presented clearly and attractively without interfering with the original video.

For live streaming or broadcasting, overlays are often essential. With the technology advancements provided by Microtronix, delivering flawless, real-time 4K UHD SDI video overlays allows for superior quality and smooth viewing for your audience.

Boost Your Brand with Professional Overlays

If you’re producing content for a business or promotional campaign, professional overlays can significantly boost your brand presence. Imagine this: every time your video plays, your company’s logo, tagline, or website URL is on screen, reinforcing your brand identity.

Text and image overlay isn’t just a functional tool; it’s an effective branding strategy. By integrating your brand elements, you ensure that viewers will associate the content with your brand. And with an advanced embedded application such as Microtronix’s 4K UHD SDI video solution, your overlay design won’t just stand out—it’ll shine.

Accessibility and Inclusivity Through Text Overlays

Accessibility is key to reaching a broader audience. One of the most popular uses of text and image overlay is adding captions or subtitles to videos. These overlays ensure that your content is accessible to viewers with hearing impairments or those in environments where audio isn’t an option.

Beyond subtitles, you can add descriptive text overlays that help viewers understand the context of the video better. Microtronix’s solutions help you incorporate high-quality, readable text that maintains your video’s clarity, making your content more inclusive and engaging for a wider audience.

Why Microtronix Leads the Way in Video Overlay Solutions?

When it comes to producing professional-quality videos with seamless overlays, the technology you use matters. Microtronix offers state-of-the-art hardware and software design services that deliver the best video text and image overlay solutions available. With 4K UHD SDI video overlays, you’re not only integrating overlays into your videos, but you're doing so with pixel-perfect quality, ensuring every detail pops.

Whether you’re streaming, broadcasting, or producing on-demand content, Microtronix makes sure your overlays are as sharp and dynamic as the video content itself. With the help of their integrated suite of services, you can expect flawless performance at every turn.

How Text and Image Overlay Improves Video Storytelling?

Storytelling in video is powerful. But sometimes, the visuals and text need to be in harmony to convey the full story. A great video might have a compelling narrative, but adding text and images at strategic points throughout the video elevates that narrative. Whether you’re adding a quote to emphasize a moment, or displaying key statistics, text and image overlay support your storytelling by adding layers of meaning and context.

By carefully considering where and how to integrate text and images in your video, you can create a more immersive and informative viewing experience. With advanced 4K UHD SDI video overlay technology, these elements blend seamlessly with the content, ensuring the story is told without distractions.

Customizing Your Overlays for Different Platforms

Different platforms call for different video styles. A social media post might need a more casual and eye-catching overlay, while a corporate video might require something more polished. The beauty of video text and image overlay is the flexibility it offers—you can design overlays tailored to each platform's needs.

Microtronix helps you fine-tune your overlays for various uses, ensuring they look perfect whether your video is on YouTube, Facebook, or a professional live broadcast. You can customize font styles, colors, and placement to ensure your video looks great across the board.

Final Thoughts:

Incorporating text and image overlay into your videos is an essential tool for elevating your content. Whether you're aiming to engage your audience, reinforce your brand, or provide more accessible content, overlays can make all the difference. By leveraging professional solutions like Microtronix 4K UHD SDI video overlay technology, you ensure that your content stands out in terms of quality and visual impact.

So, the next time you're putting together a video, remember: A little overlay can go a long way in creating that "wow" factor. Whether it's subtle text or bold, dynamic images, you'll be amazed at how it transforms your video into a more engaging and professional experience.

The Visual Power Duo: Picture in Picture and Picture and Picture Features

theta@digitalguider.com (Digital Guider) — Thu, 23 Jan 2025 18:27:32 GMT

When you think of cutting-edge display technology, one feature that is often overlooked but immensely powerful is the ability to showcase multiple visuals simultaneously. Picture in Picture (PiP) and Picture and Picture (PaP) are two distinct yet equally impressive features that allow users to maximize their screen space. If you’ve ever needed to monitor multiple sources at once—whether it's video feeds, data, or even security cameras—PiP and PaP are likely your best friends. Let’s dive into what makes these features so vital, and why Microtronix is leading the charge in providing top-tier 4K UHD SDI video overlay solutions.

Picture in Picture: A Game-Changer for Multi-Tasking

The Picture-in-picture display allows you to superimpose a smaller window over a larger display, enabling you to multitask with ease. This is especially important in embedded applications where screen real estate is limited, but functionality can’t be compromised. Picture in Picture technology works wonders in live video broadcasting, surveillance, medical imaging, and industrial applications, allowing users to view critical information without switching between different screens or inputs. Microtronix, as a full-service product development company, has fine-tuned this capability, ensuring high-definition, seamless overlays that don’t compromise the original picture quality.

But how does this work in real-world applications? Picture in Picture is a game-changer for industries that rely on real-time video feeds. Whether you're a director in charge of live broadcasts or a security manager monitoring multiple cameras, PiP ensures that you don’t miss a beat, all while keeping your workspace clutter-free.

Picture and Picture: A Step Further in Visual Versatility

If Picture in Picture is the appetizer, Picture and Picture display is the main course. With PaP, you can overlay multiple smaller video windows within a single larger frame, making it an even more powerful tool for professionals who need to manage multiple visual inputs simultaneously. Imagine running a live event, managing a conference, or monitoring several devices in an industrial setting. The ability to toggle between these inputs without losing sight of important details is crucial.

Microtronix leverages the power of 4K UHD SDI video overlay technology to enhance the functionality of these features. With their expert design services, they create seamless integrations that deliver crisp visuals without lag or distortion. Whether you're using a single monitor or multiple screens, the versatility offered by Picture and Picture displays empowers professionals to stay ahead of the game.

Why Should You Care About PiP and PaP?

You might wonder, why this matter so much…

Well, PiP and PaP provide an efficient and effective solution to one of the most common challenges of modern visual technology—limited screen space. With industries like healthcare, security, and entertainment relying on simultaneous data streams and live video feeds, the ability to view multiple sources without disrupting the user’s workflow is invaluable.

For example, in the medical field, surgeons can monitor critical patient data while simultaneously observing live video feeds of their procedures. In broadcasting, PiP and PaP allow directors to supervise multiple camera angles without switching between screens. By incorporating 4K UHD SDI video overlay technology into these systems, Microtronix delivers cutting-edge solutions for every industry that depends on high-quality visual presentations.

The Role of 4K UHD SDI in Picture and Picture Displays

So, why 4K UHD SDI? The answer is simple—clarity. 4K Ultra High Definition provides an unparalleled level of detail, making it ideal for applications where visual fidelity is paramount. SDI (Serial Digital Interface) ensures that this high-quality image is transmitted reliably over long distances without degradation. This is particularly useful in industries like broadcast media or live event production, where high-resolution video feeds must be sent across various platforms and devices.

With Microtronix integrated suite of hardware and software design services, you can expect reliable, high-definition video overlays that remain smooth and crisp, no matter how many images you are layering on your display. Whether you’re using PiP or PaP, 4K UHD SDI is the backbone that ensures clarity and precision.

How Microtronix Makes It All Possible?

Microtronix doesn’t just create solutions—they tailor them to your specific needs. As a full-service product development company, they offer end-to-end design services, from initial concept to final product. Their expertise in embedded systems allows them to offer customized solutions that meet the demands of any industry. Whether you're building a live-streaming platform, an industrial monitoring system, or a medical imaging setup, Microtronix provides the design, hardware, and software expertise to integrate PiP and PaP functionalities with ease.

By focusing on the embedded application market, Microtronix ensures that its PiP and PaP solutions are not only visually powerful but also reliable in the most demanding environments. They understand the importance of maintaining the integrity of each video feed, and their custom designs ensure that your system will perform at its peak.

What Makes Picture in Picture & Picture and Picture So Beneficial?

These features are not just about adding flair—they're about increasing productivity and enhancing user experience. For professionals in sectors like entertainment, medical imaging, and security, the ability to access multiple data points at once can be a matter of efficiency and effectiveness. With PiP, you can track real-time data while also keeping an eye on live video, ensuring that nothing slips through the cracks. PaP takes it a step further by allowing multiple inputs to be visible at the same time, making it easier to manage large amounts of information without being overwhelmed.

Microtronix innovative 4K UHD SDI solutions are designed to make these features even more practical, ensuring that the quality of your video displays is always top-notch. Their products integrate seamlessly with existing systems, allowing you to unlock the full potential of PiP and PaP without a complete overhaul of your infrastructure.

PiP and PaP: Future-Proofing Your Display Needs

As technology advances, the demand for clearer, more detailed video displays continues to rise. The Picture in Picture and Picture and Picture features are just the beginning. With 4K UHD SDI technology becoming more mainstream, it’s clear that the future of video displays is leaning toward more dynamic, multi-input solutions. The ability to display multiple video streams in high-definition formats will only become more important as industries like live broadcasting, medical imaging, and security continue to expand.

Microtronix commitment to innovation and customized design services means that they are ready to support your company’s evolving needs. By offering tailored 4K UHD SDI video overlay solutions, they ensure that your business can scale and adapt as new technologies emerge. Their integrated services help future-proof your display needs, allowing you to stay competitive in an increasingly digital world.

Conclusion:

Picture in-Picture and Picture and Picture displays are more than just fancy features—they’re essential tools for industries that rely on real-time video and data streams. Microtronix 4K UHD SDI video overlay solutions bring these features to life with crystal-clear resolution and reliable performance, no matter the complexity of the setup.

With Microtronix at the helm, businesses can trust that they’ll have the tools they need to stay ahead of the curve. Whether you’re enhancing a medical imaging system, improving a live broadcast setup, or upgrading your security system, PiP and PaP are essential features that can transform the way you interact with video. And with the expertise of Microtronix, you can rest easy knowing that these features will be seamlessly integrated into your systems for years to come.

From Encoding to Display: The Ultimate SDI Overlay Toolkit

theta@digitalguider.com (Digital Guider) — Sat, 30 Nov 2024 16:31:20 GMT

In today’s world of live broadcasting, video production, and embedded systems, efficient video overlays are more critical than ever. Whether you're working with sports broadcasts, medical imaging, or industrial applications, having a reliable and flexible video overlay solution is key. As industries embrace high-definition and even 4K UHD resolutions, integrating seamless overlays into SDI (Serial Digital Interface) workflows is becoming increasingly important. But what exactly makes a good SDI overlay solution? Well, the right tools can make all the difference, from encoding to display.

Understanding SDI Overlay Products

When you think about SDI video, you probably picture professional-grade video solutions used in broadcasting. SDI, a popular standard for video signals, is used to transmit uncompressed, high-definition video. SDI Overlay products are designed to work within this ecosystem, adding layers of text, graphics, or video on top of the original SDI signal. These overlays are typically used for things like adding scoreboards, captions, or logos to a live broadcast.

But here’s the kicker: not all SDI video overlay solutions are created equal. To get the best results, you need products that are optimized for the specific needs of your application. Whether you’re dealing with fast-paced sports or delivering data-heavy medical imagery, the precision and reliability of your SDI overlay encoder are non-negotiable.

The Role of SDI Video Overlay Encoders

So, how does one create these overlays in the first place? This is where the SDI Video Overlay Encoder comes into play. It’s essentially the heart of the process, converting your overlay content (like graphics or text) into a format that can seamlessly be integrated with the SDI video signal. The encoder takes the raw content, processes it, and then ensures that it appears at the right spot on the display.

An SDI Video Overlay Encoder needs to be versatile, allowing for integration with various video resolutions (like 1080p and 4K) while maintaining signal integrity. It’s not just about slapping a graphic on the screen and calling it a day – the best encoders will ensure that overlays are smooth, precise, and high-quality, without compromising the underlying video’s clarity.

Achieving Seamless Integration: Hardware and Software Synergy

One of the major challenges in SDI overlay systems is ensuring that the hardware and software components work together without any hiccups. If you’ve ever had a project where the hardware wasn’t playing nicely with the software (we’ve all been there), you know how frustrating it can be. Thankfully, when you work with a full-service product development company like Microtronix, the chances of running into these kinds of issues are minimal.

Microtronix offers an integrated suite of hardware and software design services that cater specifically to 4K UHD SDI video overlay solutions. They provide a comprehensive approach to SDI Overlay products, ensuring that both the hardware and software components work seamlessly together, creating a reliable, high-quality product for embedded applications. This combination of expertise in both areas makes it easier to develop customized solutions for unique needs.

The Importance of Flexibility in SDI Video Overlays

One thing to consider when developing SDI overlay solutions is flexibility. Depending on your application, you may need different types of overlays or additional features like real-time data integration or interactive graphics. Having flexibility in both the hardware and software components of your SDI overlay encoder can allow you to scale your solutions as needed.

For instance, some SDI video overlay systems are highly customizable, allowing users to switch between different overlay types (such as text, graphics, or video) without needing to change hardware. Others may offer real-time updates to overlay content, allowing for dynamic score updates during live sports events or real-time display of sensor data in industrial environments. Flexibility means that no matter the project or environment, you can adapt your SDI overlay solution to meet specific needs.

Cost Considerations for SDI Overlay Products

While performance is paramount when selecting SDI video overlay products, cost is always a factor. High-end solutions that handle 4K UHD content, integrate with other systems and offer customization options often come with a higher price tag. However, it’s essential to weigh these costs against the benefits they provide, especially if you’re working on high-profile projects where quality is critical.

Microtronix offers SDI overlay products that balance performance and cost, providing the right solution for your project without breaking the bank. The advantage of using a full-service provider is that they can guide you through selecting the right tools for your needs, ensuring you don’t overspend on features you don’t need while getting everything required for the best results.

The Shift to 4K UHD in SDI Overlays

One of the driving forces behind advancements in SDI overlay products is the shift to 4K UHD video resolution. This move isn’t just about better image quality – it’s about delivering a richer, more immersive experience for viewers. Whether you're broadcasting a live concert, a sports event, or a corporate presentation, 4K resolution brings out the best in your content.

The transition to 4K means that SDI video overlay encoders and products need to handle significantly larger data streams and higher-quality signals. It’s a challenge, but also an opportunity for SDI overlay products to demonstrate their versatility and future-proofing capabilities. For companies working with embedded applications, this shift towards higher resolution requires precise encoding and flawless overlay performance.

How Microtronix Helps Achieve Superior SDI Overlays

When it comes to SDI overlays, it’s crucial to have a partner that understands both the complexity of video technology and the unique needs of your application. This is where Microtronix excels. They provide a range of SDI video overlay products that cater to various industries, from live broadcasting to medical imaging, ensuring that each solution is tailored to meet specific performance and integration requirements.

By leveraging their expertise in both hardware and software development, Microtronix delivers solutions that are not only efficient but also customizable. With a focus on 4K UHD integration, they provide the scalability needed to keep up with future developments in video technology. Their SDI overlay encoder solutions allow businesses to create content that is both visually stunning and technically flawless.

Troubleshooting and Support for SDI Overlay Systems

Even with the best equipment and systems in place, challenges can arise. Whether it’s an issue with signal degradation, integration problems, or something as simple as a software glitch, troubleshooting is a key aspect of any embedded system. The benefit of working with a full-service provider like Microtronix is that they offer robust support and troubleshooting services.

When problems do occur, you’ll have access to a team that understands the intricacies of SDI overlays and can guide you through solutions quickly. Whether you’re experiencing issues with your SDI video overlay encoder or need help optimizing your system for 4K UHD, you can count on their expertise to keep things running smoothly.

Conclusion:

As industries continue to demand higher quality and more complex video overlays, the tools to meet these needs must evolve. The SDI video overlay encoder plays a pivotal role in this evolution, offering a way to combine video content and real-time data seamlessly. The ability to integrate graphics, text, and even video into SDI signals opens up new possibilities for industries across the board.

By working with a full-service provider like Microtronix, you can ensure that your SDI overlay solutions meet the highest standards of quality, reliability, and performance. From encoding to display, Microtronix offers a complete toolkit to help you bring your SDI overlay products to life – ready to meet the demands of 4K UHD and beyond.

Level Up Broadcasting with Live 3G-SDI Video Overlay Tools

theta@digitalguider.com (Digital Guider) — Fri, 29 Nov 2024 16:23:22 GMT

Broadcasting has come a long way in the past few years, with content creators pushing boundaries to deliver high-quality visuals and interactive elements to viewers. Whether it’s live sports, news broadcasts, or entertainment shows, video overlays play a crucial role in enhancing the viewer experience. If you’re looking to take your broadcast to the next level, integrating live video overlay tools with robust support for 4K UHD SDI video formats is key. In particular, Live 3G-SDI Video Overlay Inserters can give you the flexibility and precision you need to create seamless, dynamic broadcasts.

But how do you find the right solution to meet your needs? Let’s dive into the world of SDI video overlays, explore the different types of tools available, and uncover how they can elevate your broadcasts.

Understanding Live SDI Video Overlay Software

Before jumping into hardware, it’s important to grasp the role of live SDI video overlay software. At its core, this software allows you to insert graphics, text, or other visual elements over your live video feed. Whether you’re broadcasting a live event or streaming content online, the software ensures that your overlays are perfectly synchronized with the video signal.

For many broadcasters, integrating graphics such as scores, captions, logos, or live social media feeds has become a standard part of production. By using Live SDI Video Overlay Software, you can control the timing, layout, and appearance of these elements in real time, enhancing the production value of your live broadcasts.

Why Choose Live 3G-SDI Video Overlay Inserters?

You may be asking, why specifically use Live 3G-SDI Video Overlay Inserters? Well, 3G-SDI, short for “Serial Digital Interface,” is one of the industry’s most widely used video transmission formats. It provides the bandwidth necessary to deliver high-quality HD and 4K video over long distances without compromising signal integrity.

A Live 3G-SDI Video Overlay Inserter integrates seamlessly into your video production workflow. It not only supports high-definition video but also enables the efficient insertion of overlays directly into the SDI signal path. This means you get crisp, clear visuals without any delay or distortion—critical for live broadcasting where timing is everything.

How Live SDI Video Overlay Software Enhance Production Efficiency?

When it comes to live broadcasting, efficiency is paramount. The ability to manipulate graphics, switch between different overlay elements, and control the look and feel of the broadcast in real time makes a huge difference. Live SDI Video Overlay Software simplifies this process by giving you a user-friendly interface to manage overlays on the fly.

For example, if you're broadcasting a live sports event, you might want to display team scores, player names, or even upcoming game schedules. With the right software, you can instantly update these overlays without disrupting the broadcast. No more scrambling to update graphics in post-production. Everything happens live, right when it’s needed.

Seamless Integration with Your Video Production Workflow

Whether you're working with a small studio setup or a large-scale production, having tools that integrate smoothly with your existing hardware is crucial. That’s where Live 3G-SDI Video Overlay Inserters come into play. These tools work flawlessly with your video switchers, cameras, and graphics systems, offering real-time insertion of video overlays as part of your standard production workflow.

Let’s face it, in broadcasting, there’s no room for lag or latency. By using a 3G-SDI video inserter, you can ensure that your overlays are synchronized perfectly with the live video feed, providing a seamless viewing experience for your audience. This tight integration helps minimize any disruptions, especially when working on fast-paced live broadcasts.

Versatility in Design and Application

The best part about Live 3G-SDI Video Overlay Inserters is their versatility. Whether you’re producing a live event, sports broadcast, or even a corporate presentation, these tools can be tailored to fit any use case. With customizable overlay templates and graphic options, you can design overlays that align perfectly with your brand and production style.

For instance, many broadcasters like to use animated logos, custom transitions, or lower thirds during their shows. With the right Live SDI Video Overlay Software and inserter combination, you have complete control over how these elements appear and transition throughout your broadcast. You can even integrate real-time data feeds, such as live news or weather updates, into your video output with ease.

The Advantage of Real-Time Editing

Real-time editing is one of the standout features of Live 3G-SDI Video Overlay Software. With this functionality, you can make adjustments on the fly, from correcting the text on a lower third to switching graphics without interrupting the flow of the broadcast.

For example, if you’re broadcasting a live sporting event and need to change the score graphic, the software allows you to make that change instantly, all while maintaining the integrity of the video signal. This level of flexibility is essential for live productions, where time-sensitive edits can’t afford to slow down the show.

Choosing the Right Live 3G-SDI Video Overlay Inserter for Your Needs

Now that we’ve covered the basics, the next question is: how do you choose the right Live 3G-SDI Video Overlay Inserter for your needs? There are several factors to consider, including the number of inputs and outputs you need, the supported resolutions, and compatibility with other devices in your production environment.

For example, if you’re working in a 4K UHD broadcast setup, it’s important to ensure that your overlay inserter supports the resolution you’re working with. Similarly, if you need to switch between multiple video sources during a broadcast, you’ll want to select an inserter that allows for easy switching and routing of SDI signals.

How Microtronix Can Help?

When it comes to finding the right tools for your broadcast, partnering with a trusted service provider can make all the difference. Microtronix offers an integrated suite of hardware and software design services that can be tailored specifically to your 4K UHD SDI video overlay needs. With a deep understanding of both hardware and software development, Microtronix provides solutions that can seamlessly integrate into your workflow, helping you deliver top-tier video overlays with ease.

Enhancing Your Broadcast Experience

Live 3G-SDI Video Overlay Inserters and live SDI video overlay software are essential tools for today’s broadcast professionals. Whether you’re working with 4K UHD content or managing a fast-paced live event, these tools provide the flexibility, precision, and seamless integration you need to take your broadcasts to the next level. By choosing the right Live 3G-SDI Video Overlay Inserter and software, you’ll be able to create high-quality, dynamic broadcasts that engage your audience and elevate your production value.

If you're looking to level up your broadcasting game, integrating live SDI video overlay solutions is the way to go. With the right tools and a bit of creativity, the possibilities are endless.

Choosing the Right SDI Overlay Product: HD-SDI Video Overlay Essentials

theta@digitalguider.com (Digital Guider) — Thu, 28 Nov 2024 16:13:08 GMT

When it comes to video production, whether it’s for broadcasting, event streaming, or digital signage, the right equipment can make or break the final output. One of the most critical components in creating seamless video content is the SDI overlay product. If you're venturing into this space, understanding the essentials of HD-SDI video overlay is key to selecting the right solution for your needs.

With the surge in high-definition video content, SDI (Serial Digital Interface) technology has grown in importance, especially for those working with 4K UHD content and embedded applications. Let’s dive into what SDI overlay products are, and how choosing the right one can enhance your video production process.

What are SDI Overlay Products?

SDI overlay products are designed to integrate graphics, text, and other visual elements into live video streams. Essentially, they serve as a bridge between video sources and video displays, allowing for the dynamic insertion of graphics over a moving video signal. This could include logos, subtitles, lower thirds, or other interactive content. When used correctly, they offer seamless integration with high-definition video feeds, making them indispensable in broadcasting, live event production, and even digital signage.

The key technology behind these products is the ability to handle high-quality video signals like HD-SDI and 4K UHD, all while maintaining precision and minimal latency. A graphics overlay inserter, for instance, takes your graphics and overlays them onto the SDI video feed in real-time. The result is a polished, professional-looking video that meets broadcast standards.

Why Choose HD-SDI Video Overlay?

HD-SDI video overlay products are specifically designed for high-definition video. This makes them an excellent choice for industries like live broadcasting, where real-time graphics insertion is required. With the rise in 4K UHD content, choosing a solution that supports these high-resolution formats is becoming more and more important. HD-SDI video overlay ensures that the video quality remains uncompressed, keeping the integrity of the broadcast intact.

HD-SDI video overlay products are also designed to handle a range of signal formats, from standard HD resolutions to ultra-high-definition 4K signals, providing the flexibility necessary for evolving production needs. Whether you’re working with a traditional HD broadcast or expanding into 4K UHD content, an SDI graphics overlay inserter offers the compatibility you need for future-proof production.

The Importance of Compatibility with Embedded Applications

When selecting an SDI overlay product, compatibility with embedded applications should be a top priority. Embedded applications often require that the hardware and software of video equipment work in tandem with other technologies, such as automation systems or control systems. An SDI overlay product needs to seamlessly integrate with these embedded systems without causing interruptions or delays.

Modern embedded applications demand real-time graphics integration, which is where the power of HD-SDI video overlay products shines. They can easily be incorporated into a wide range of production environments, whether you're dealing with live sports events or corporate video presentations. The key is choosing a product that delivers smooth, uninterrupted overlays while also fit seamlessly into your existing tech setup.

Key Features to Look for in SDI Overlay Products

Choosing the right SDI overlay product requires understanding the critical features that will benefit your specific use case. Here are some of the key elements to keep in mind when evaluating HD-SDI video overlay solutions:

Real-Time Performance: Look for a solution that guarantees minimal latency, ensuring that graphics appear seamlessly on your video feed without delays. This is especially crucial for live broadcasting, where timing is everything.

Resolution Support: With the rise of 4K UHD video, you’ll want an overlay product that supports high resolutions. Make sure the solution can handle not only HD-SDI signals but also 4K UHD feeds.

Ease of Integration: An SDI overlay product should be easily integrated into your current production workflow. Whether you’re adding graphics to a live broadcast or incorporating a dynamic display in a digital signage system, integration should be smooth and intuitive.

Versatility: Your needs may change over time, so choose a product that offers flexibility. Whether it’s scaling from 1080p to 4K, or handling different video formats, versatility will ensure your product remains useful for future projects.

Customization Options: Depending on the nature of your production, you may want the ability to customize how graphics are overlaid. Look for a solution that allows for customization in terms of graphic size, position, and animation.

Do You Need a Graphics Overlay Inserter or a Different Solution?

Now, you might be wondering, "Do I need a dedicated graphics overlay inserter, or is there another solution that will work?" The answer depends on your specific production environment. For professional-grade video feeds, particularly in live broadcasting or event production, a dedicated SDI graphics overlay inserter is often the best choice. These products are specifically designed for high-end applications, offering high-quality video and real-time processing capabilities.

If you're working on a smaller scale, like corporate videos or lower-budget productions, you might be able to get away with software-based solutions or simpler hardware. However, for those who require flawless, broadcast-quality overlays, an HD-SDI video overlay product is the way to go.

How to Choose the Right SDI Overlay Product for Your Needs?

Selecting the right SDI overlay product can feel overwhelming, especially with so many options on the market. To simplify the decision-making process, start by defining your key requirements:

Resolution: Are you working with HD or 4K video? If you're in the process of transitioning to 4K, make sure the SDI overlay product you select is compatible with UHD signals.

Production Environment: Are you working in live broadcasting, corporate videos, or digital signage? The environment will help determine the features you need in an overlay solution.

Customization Needs: Do you require advanced features like text animation, dynamic graphics, or branding elements? Some SDI overlay products allow for more intricate designs and flexibility.

Budget: Quality comes at a price. Determine how much you’re willing to invest in a product that delivers the performance you need.

By considering these factors, you’ll be better equipped to select a product that enhances your video production capabilities without overcomplicating your setup.

Benefits of Using the Right HD-SDI Video Overlay Solution

When you choose the right SDI overlay product, the benefits are substantial. First and foremost, you’ll be able to maintain high video quality, even when inserting complex graphics and other visual elements. The right solution ensures that your video output remains professional, clean, and visually engaging for your audience.

Furthermore, the right HD-SDI video overlay product streamlines your production process. No more struggling with poorly integrated solutions or complex workflows. With the right tool, you’ll find that your workflow becomes more efficient, leaving you with more time to focus on creating compelling video content.

Conclusion:

Selecting the right SDI overlay product is crucial to ensuring high-quality, professional video production. Whether you're working with HD-SDI or moving into the realm of 4K UHD video, the right video overlay product will integrate smoothly into your workflow, enhance your video output, and provide the flexibility you need for future projects. By considering factors like resolution, integration, and customization, you can make a well-informed decision that keeps your production needs at the forefront.

With the right tools at your disposal, your ability to create compelling video content that captures attention and delivers information will be far greater. So, take the time to evaluate your needs and invest in a solution that meets your goals.

Take Your Broadcast Graphics to the Next Level with the 3G-SDI Data Overlay Inserter

theta@digitalguider.com (Digital Guider) — Wed, 27 Nov 2024 16:03:25 GMT

When it comes to broadcast production, every frame matters. Whether you’re working on a live sports event, creating a cutting-edge news broadcast, or producing a cinematic experience, the visual elements make a lasting impact. In the world of video, especially high-definition and 4K content, enhancing broadcast graphics with real-time data overlays is essential for adding depth, information, and clarity. This is where a 3G-SDI Data Overlay Inserter comes into play.

But what exactly is it, and how can it elevate your broadcast graphics to the next level?

What Is a 3G-SDI Data Overlay Inserter?

Simply put, a Graphic Overlay Inserter is a device that allows you to superimpose real-time data, graphics, or text onto a video feed. It serves a crucial role in professional broadcast environments, ensuring that crucial information like scores, captions, or live stats is seamlessly integrated into the broadcast. The 3G-SDI Data Overlay Inserter is designed to work with 3G-SDI (Serial Digital Interface) signals, enabling high-definition video to be processed and displayed with ultra-low latency. If you’re producing content in 4K UHD or working with high-definition resolutions, this tool is a must-have.

Why Should You Use a Graphic Overlay Inserter?

A 3G-SDI Data Overlay Inserter can completely transform how you present information during a broadcast. It allows you to overlay graphics and text that are dynamically updated in real-time. In sports broadcasts, for instance, this tool is essential for displaying live game statistics like scores, player information, or time remaining on the clock. Similarly, news programs can use graphic overlays to display breaking news headlines, weather updates, or financial tickers. This type of tool is particularly beneficial for live events where real-time updates are critical, and accuracy is key.

How Does It Enhance Broadcast Graphics?

One of the standout features of a Graphic Overlay Inserter is its ability to insert overlays without introducing noticeable delays. For live broadcasts, even a fraction of a second can make a big difference, and the 3G-SDI Data Overlay Inserter is engineered to ensure seamless integration with your video feeds. Offering precise synchronization between video and graphic overlays, keeps your broadcasts smooth and professional, preventing the disruption that can occur with lesser equipment. This tool also supports 4K UHD resolutions, ensuring that your broadcasts are of the highest quality, with sharp, clear graphics that engage your audience.

The Importance of Real-Time Data

In today’s world, real-time data is crucial for keeping your audience informed and engaged. Whether it’s live scores, stock tickers, weather updates, or any other dynamic content, the ability to overlay this data directly onto your video feed can create a more immersive experience. The 3G-SDI Data Overlay Inserter allows you to do just that, ensuring that your broadcast never feels static. This is especially important for events where information is constantly changing, such as sports events or financial news. Instead of manually updating graphics between segments, this tool allows the insertion of live data directly into the video stream.

The Benefits of 3G-SDI Technology

Why is 3G-SDI so important? Unlike analog signals, 3G-SDI is a digital standard that provides faster, more reliable transmission of video data. It supports high-definition video formats, including 1080p and 4K UHD, making it the ideal choice for today’s high-quality broadcasts. With the 3G-SDI Data Overlay Inserter , you can handle these high-quality signals with ease, ensuring that your overlays are not only crisp and clear but also synchronized perfectly with your video content. This technology is used widely in professional broadcast environments due to its robustness, low latency, and scalability.

Seamless Integration with Existing Broadcast Systems

One of the best things about a Graphic Overlay Inserter is its ability to integrate with existing broadcast systems. Whether you’re working with an already established production setup or upgrading your equipment, the inserter can be easily incorporated into your workflow. It typically offers multiple inputs and outputs, including support for 3G-SDI, HDMI, and other video formats. This versatility ensures that you can add overlays to your video feeds regardless of your video source, giving you flexibility and ease of use.

Customization and Flexibility for Every Broadcast Need

Another advantage of using a 3G-SDI Data Overlay Inserter is the level of customization it offers. Depending on your needs, you can create highly specific and tailored graphics to enhance your broadcast. Whether you need simple text overlays, complex animated graphics, or real-time data feeds, the inserter can handle it all.

Custom graphics can be designed for branding, weather updates, or even social media feeds, giving you the ability to create a unique look and feel for each broadcast. The flexibility of the Graphic Overlay Inserter ensures that your broadcasts stand out from the competition.

Working with 4K UHD Content

As 4K UHD content becomes the standard in broadcast media, it’s crucial to have equipment that can handle the increased resolution and data requirements. The 3G-SDI Data Overlay Inserter is designed with 4K UHD in mind, ensuring that your overlays are not only high-quality but also compatible with the latest broadcast standards. When you’re working with ultra-high-definition video, the last thing you want is pixelated or blurry graphics. The inserter guarantees that your text and graphics will appear sharp, clear, and professional, helping you maintain the high standards expected in today’s broadcast environment.

Conclusion:

In the competitive world of broadcast production, staying ahead of the curve means adopting tools that enhance the quality of your content and improve the viewing experience. The 3G-SDI Data Overlay Inserter offers an efficient, seamless, and high-quality solution for integrating graphics and real-time data into your broadcasts.

By providing an easy way to overlay dynamic content like stats, scores, and graphics, it ensures that your broadcast is always engaging, professional, and relevant. Whether you’re working with sports events, live news broadcasts, or any other high-profile production, the Graphic Overlay Inserter is a powerful tool that can elevate your content and help you deliver exceptional experiences to your audience.

Tech Innovations Unleashed: The Impact of Configurable Microprocessor Modules & Reconfigurable Processor Modules

theta@digitalguider.com (Digital Guider) — Wed, 23 Oct 2024 20:34:18 GMT

Technological advancements shape the way industries function, and nowhere is this more evident than in the realm of computing. The evolution of microprocessors has significantly changed how systems are designed and implemented. Configurable microprocessor modules and reconfigurable processor modules are at the forefront of this revolution. These innovations empower developers and engineers to create customized solutions tailored to specific applications, leading to increased efficiency and reduced time to market. Companies like Microtronix have been pivotal in this landscape, providing comprehensive hardware and software design services for over 25 years, and helping clients rapidly bring new products to the marketplace.

Understanding Configurable Microprocessor Modules

Configurable microprocessor modules offer a unique blend of flexibility and performance. Unlike traditional microprocessors, which are typically fixed in their functionality, these modules allow for modifications to their hardware and software characteristics. This capability enables developers to tailor the processor's architecture to meet the specific needs of their applications.

When working with configurable microprocessor modules, engineers can adjust parameters such as processing speed, power consumption, and the number of available input/output channels. This adaptability means you can optimize performance based on real-time demands, ensuring the product remains relevant and efficient throughout its lifecycle. As you consider implementing this technology, think about how this flexibility can reduce costs and improve overall product quality.

The Role of Reconfigurable Processor Modules

Reconfigurable processor modules take the idea of customization even further. These modules can be reprogrammed to perform different functions after they have been deployed, allowing for significant versatility. This adaptability is particularly beneficial in industries like telecommunications, automotive, and aerospace, where requirements can change rapidly.

Imagine a scenario where a specific processing function becomes obsolete. Instead of replacing the entire hardware, reconfigurable processor modules allow engineers to update the software configuration, effectively extending the module's lifespan. This capability can save companies a significant amount of money while also reducing waste. Understanding how these modules can pivot in response to changing demands can be a game-changer for businesses looking to maintain a competitive edge.

Microtronix and Its Impact on the Industry

For the last many years, Microtronix has been playing a critical role in advancing technology with its custom networking communications and video products. This full-service product development company focuses on providing both hardware and software design services, ensuring that clients have the support they need from concept to deployment. Microtronix empowers customers with innovative embedded solutions utilizing system-on-chip technology, FPGA IP cores, and printed circuit boards.

The company's expertise in developing configurable microprocessor modules and reconfigurable processor modules allows clients to create cutting-edge products that meet their unique needs. This tailored approach has helped businesses quickly adapt to market changes and technological advancements, enabling them to stay ahead of the competition. As you explore potential collaborations or innovations, consider how Microtronix's experience could be leveraged to propel your projects forward.

The Importance of System-on-Chip Technology

System-on-chip (SoC) technology is a cornerstone in the development of configurable microprocessor modules. By integrating all necessary components onto a single chip, SoC reduces the physical space required for hardware, lowers production costs, and enhances overall performance. This compact design enables devices to operate more efficiently and can lead to longer battery life in portable products.

With the rise of the Internet of Things (IoT) and the increasing demand for smarter devices, the significance of SoC technology cannot be overstated. Developers can create highly integrated systems that deliver exceptional performance while minimizing power consumption. As you evaluate design choices for your projects, keep in mind how SoC technology can streamline your development process and improve product reliability.

FPGA IP Cores: Enabling Customization

Field-Programmable Gate Arrays (FPGAs) are another vital element in the conversation surrounding configurable and reconfigurable processor modules. These devices consist of an array of programmable logic blocks that can be configured to perform a wide range of functions. FPGA IP cores offer pre-designed functions that can be incorporated into a project, significantly speeding up development time.

Using FPGA IP cores with configurable microprocessor modules allows for a flexible design approach, enabling you to adapt the functionality of your device to meet specific requirements quickly. This adaptability becomes increasingly important in fast-paced markets where new features and capabilities must be implemented without lengthy redesign processes. As you consider options for your next product, think about how leveraging FPGA technology can enhance your development timeline and improve product features.

The Future of Customization in Computing

As technology continues to evolve, the need for customization in computing becomes more pronounced. Configurable microprocessor modules and reconfigurable processor modules are key players in this landscape. By allowing for changes in functionality and performance characteristics, these modules ensure that devices remain relevant in an ever-changing marketplace.

Future innovations may see even greater integration of AI and machine learning capabilities within these modules, enabling devices to learn and adapt to user behaviors over time. This potential could further enhance the flexibility and efficiency of configurable solutions. Keep an eye on emerging trends in this field, as they may redefine how products are developed and utilized.

Real-world applications of Configurable and Reconfigurable Modules

Numerous industries are already reaping the benefits of configurable microprocessor modules and reconfigurable processor modules. In telecommunications, for instance, these technologies enable network devices to adapt to changing protocols and standards, ensuring seamless communication.

In the automotive industry, configurable modules allow for rapid updates to vehicle software, enhancing safety features and performance without the need for physical hardware changes.

Furthermore, the aerospace sector benefits from reconfigurable processor modules that can adjust to different mission requirements, reducing the need for specialized hardware for each application. Exploring how these innovations can be applied to your industry may uncover new opportunities for improvement and efficiency.

The Challenges Ahead

While the advantages of configurable microprocessor modules and reconfigurable processor modules are clear, challenges remain. One significant hurdle is the complexity involved in designing and implementing these solutions. Developers must possess a deep understanding of both hardware and software to effectively harness the full potential of these technologies.

Additionally, as the demand for these customizable solutions grows, so too does the need for skilled engineers capable of working with these advanced systems. Companies must invest in training and development to ensure their teams are equipped to tackle the challenges associated with these innovations. Consider how investing in training can enhance your team’s capabilities and ultimately lead to more successful project outcomes.

Conclusion:

The impact of configurable microprocessor modules and reconfigurable processor modules is significant, shaping the future of product development across various industries. With companies like Microtronix at the forefront, the innovation potential is boundless. By embracing these technologies, businesses can improve efficiency, reduce costs, and adapt quickly to changing market demands.

As you navigate the evolving landscape of technology, keep an open mind to the possibilities that configurable and reconfigurable modules offer. They represent not just a trend, but a fundamental shift in how products are designed and deployed. By understanding their potential and challenges, you position yourself to leverage these advancements effectively.

Empower Your Creativity: The Role of FPGA Video Overlay Solutions and HD Video Processing Boards in Media Production

theta@digitalguider.com (Digital Guider) — Tue, 22 Oct 2024 20:16:46 GMT

The rapid evolution of media production technology has significantly changed how creators express their ideas and share their narratives. One key player in this transformation is the integration of FPGA video overlay solutions and HD video processing boards. These advanced technologies empower creators to elevate their projects, whether for broadcasting, live events, or content creation for digital platforms. By understanding the capabilities of these technologies, you can unleash your creativity and enhance the quality of your productions.

What are FPGA Video Overlay Solutions?

FPGA (Field-Programmable Gate Array) video overlay solutions represent a cutting-edge technology that allows for the real-time manipulation and enhancement of video signals. These systems offer flexibility and customization, enabling users to design and implement unique features tailored to their specific needs. FPGA technology excels in applications requiring high-speed processing and real-time performance, making it a favorite among media production professionals.

Imagine being able to seamlessly overlay graphics, text, and other visual elements onto live video feeds without latency or degradation in quality. That’s the power of FPGA video overlay solutions at work. The ability to create dynamic content that engages viewers and conveys messages effectively is essential for media producers, and this technology is at the forefront of that effort.

HD Video Processing Boards: The Backbone of Video Quality

When it comes to video production, quality is king. HD video processing boards play a crucial role in ensuring that video content meets the high standards expected by audiences today. These boards handle various tasks, such as video encoding, decoding, scaling, and color correction. With the demand for high-definition content at an all-time high, having the right video processing technology is non-negotiable.

The integration of HD video processing boards into your production workflow can significantly impact the final product. These boards are designed to process high-resolution video signals with speed and precision, allowing for stunning visuals and smooth playback. Whether you’re working on feature films, corporate videos, or live broadcasts, investing in reliable HD video processing technology can elevate your projects to new heights.

The Synergy Between FPGA Solutions and HD Processing Boards

The combination of FPGA video overlay solutions and HD video processing boards creates a powerful synergy that can revolutionize media production. By harnessing the strengths of both technologies, producers can achieve unparalleled control and flexibility in their projects. For instance, you can use FPGA overlays to add real-time graphics while ensuring that the underlying video maintains the highest quality thanks to HD processing.

This harmonious relationship allows for the creation of visually captivating content that captures the audience's attention. Imagine producing a live sports broadcast with real-time score updates and player statistics displayed on screen. This level of interactivity enhances viewer engagement and delivers a more immersive experience.

Streamlining Production Workflows

Time is often a critical factor in media production. The ability to streamline workflows can make a significant difference in meeting deadlines and managing resources. Implementing FPGA video overlay solutions and HD video processing boards can help achieve this goal by simplifying various production processes.

For example, with FPGA technology, you can pre-program graphics and overlays, reducing the need for manual adjustments during live productions. This efficiency allows teams to focus on other essential aspects of production, such as storytelling and audience engagement. Moreover, HD video processing boards can optimize video quality without the need for extensive post-production work, further saving time and effort.

Real-World Applications: From Live Events to Studio Productions

FPGA video overlay solutions and HD video processing boards have a wide range of applications across different sectors of the media industry. In live event production, these technologies enable seamless integration of graphics and visual effects, enhancing audience engagement. Whether it’s a concert, a corporate presentation, or a sporting event, the ability to overlay dynamic content in real-time makes a lasting impression.

In studio settings, these technologies allow for high-quality video captures with advanced visual effects. Producers can create visually stunning content that meets the high expectations of today’s audiences. From broadcast news to online streaming, the applications are endless. Understanding how to utilize these tools effectively can set you apart in a competitive market.

The Importance of Customization in Media Production

Every production is unique, and having the ability to customize your technology is vital for achieving desired results. FPGA video overlay solutions offer exceptional flexibility, allowing you to design features that cater specifically to your production needs. This level of customization empowers creators to innovate and experiment, leading to more engaging content.

On the other hand, HD video processing boards can also be tailored to accommodate various formats and resolutions, ensuring compatibility with different distribution channels. The ability to customize these technologies is crucial in meeting the specific demands of diverse projects. This means you can focus on creating unique content without being hindered by technological limitations.

Enhancing Viewer Engagement with Interactive Elements

As audiences become more sophisticated, the demand for interactive and engaging content continues to grow. Incorporating FPGA video overlay solutions into your productions allows you to add interactive elements that capture viewers' attention. Whether through on-screen polls, social media feeds, or real-time graphics, these overlays can transform a passive viewing experience into an interactive one.

Imagine a live-streamed event where viewers can vote on their favorite moments or see their comments displayed on-screen in real time. This level of interactivity not only enhances viewer engagement but also fosters a sense of community among your audience. Utilizing FPGA technology to incorporate these elements can elevate your productions to a new level of creativity and engagement.

The Future of Media Production: Embracing Emerging Technologies

As technology continues to evolve, so do the possibilities for media production. The integration of FPGA video overlay solutions and HD video processing boards is just the beginning. With advancements in artificial intelligence, machine learning, and augmented reality, the landscape of media production is set to change dramatically.

Producers who embrace these emerging technologies will have the tools to create even more innovative and engaging content. Staying informed about these trends and being willing to adapt can give you a competitive edge in the industry. The future of media production is bright, and those willing to experiment and push the boundaries will lead the way.

Conclusion:

The role of FPGA video overlay solutions and HD video processing boards in media production cannot be overstated. These technologies empower creators to enhance their projects, streamline workflows, and engage audiences in new and exciting ways. As a full-service product development company, Microtronix has spent over 25 years supporting clients with custom networking communications and video products. They continue to apply proven engineering practices in developing innovative embedded solutions using system-on-chip technology, FPGA IP cores, and printed circuit boards.

Understanding and leveraging these technologies will enable you to unlock new levels of creativity in your media production endeavors. Embrace the possibilities, stay informed about technological advancements, and most importantly, let your creativity shine. The world of media production is full of potential, and with the right tools, you can turn your visions into reality.

DX-4400 SDI Text & Graphics Overlay Inserter Product Firmware

Wed, 25 Sep 2024 00:00:00 GMT

Email request for DX-4400 Product Firmware →

Latest Released: Sept. 25, 2024

Introduction

Firmware update(s) are available for the Microtronix DX-4400 SD/HD/2K/4K SDI Text & Graphics Overlay Inserter products , namely product model Part Numbers: DX-4400-TI-2K and DX-4400-TI-4K.

The firmware is supplied through our secure FTP site as a zipped file which must be uncompressed and then installed on the 8GB micro SD card contained in the product. A readme.txt file provides information on extracting the file to a PC and installing the new firmware onto the micro SD Card.

If you have an issue in installing the firmware, installation support is available from the Microtronix website at www.microtronix.com/support or or email Microtronix Technical Support at support@microtronix.com.

DX-4400 Firmware Revision History

Version 1.7.3, Issued: Sept. 25, 2024

Remove setViewportUpdateMode so as not to change bounding rectangle which was causing many view port changes in QML to queue up multiple changes to blit.
Have the RV command report the zeroconf IP address.

Version 1.7.2, Issued: June 26, 2024

Fix bug in QML script handling that can crash the armoverlaycmd process on video mode changes.
Added new command to erase all fields.
Added new ETHENV argument to SM command to reset Ethernet environment back to factory default.
Fixed bug in default database command where if 'n=<font>' is the last argument it returns an error.
Fix bug in command processing if a SM command is given and the ; is used to add another command, it would lock up the overlay process.
Add support for zero conf so removed subnet from ethenv.
Host name is now DX-4400-2K or DX-4400-4K if licensed.

Version 1.7.1, Issued: Oct. 16, 2023

Added support for PTP.
Added Static IP address.
Added QML script to support timed overlay on/off.

Version 1.7.0, Issued: July 21, 2023

Added extended character support.
Added support for UDP data sources into Interactive Overlay editing system.
Added QML extensions to access parsed serial data in Interactive Overlay.

Version 1.6.0, Issued: June 18, 2020

Added support for mouse & keyboard driven Interactive Overlay Designer (WYSIWYG) Interface.

Version 1.5.4, Issued: Dec. 19, 2019

Added support for GPS and gpio PPS.
Added database update to allow current database to be upgraded to a new database.
Added QML libraries to allow display of GPS data from QML scripts.
Minor fixes to WebUI interface.

Version 1.5.3, Issued: July 8, 2019

Added Group feature.
Add RER command to display groups.
Added Erase command to String, Graphic, Image and QML fields to allow deletion of all fields in current saveset.

Version 1.5.2, Issued: May 1, 2019

Added PiP Output (PO) N/R Command for PiP TI Mode
Added Drop Shadow feature. See User Manual §3.8.3 for use on Text & Graphic Fields.

Version 1.5.1, Issued: March 4, 2019

Added new Web UI management interface.
Added 2 new modes of operation: Zoom 4K and Low Latency PIP
Added default static IP Address
New Report commands

Version 1.4, Issued: August 10, 2018

Added feature to savesets that allows the database to be used in memory thereby reducing flash wear and allow saveset replication.
Added Low Latency 4K mode.
Reduced command response to improve speed.

Version 1.3, Issued: September 20 2017

Added Frame Delay for Dual and PIP modes.
Added double buffer option to allow running overlay with a single buffer.
Added ability to run QML scripts.

Version 1.2.1, Issued: August 23, 2017

Added support for 4K licensing.

Version 1.2, Issued: Aug. 2, 2017

Added toggle and dip switch configuration.
Added REPORT command to display save sets, graphics, text, images and user defined strings for switches.
Fixed bug in graphics circle center positioning.
Restrict characters in quoted strings to be printable characters only.
Tighten up command string parsing.

Version 1.1, Issued: July 12, 2017

Initial release of the DX-4400 SD/HD/2K/4K Text & Graphics Overlay Inserter product

DX-2200 Firmware Uploader Utility Program

Thu, 24 Nov 2022 00:00:00 GMT

Download Version 1.4 Now→

Introduction

The DX-2200 Firmware Uploader Utility Program is a JAVA application used to upload system firmware, graphic images and fonts into the DX-2200 product. The download link (above) provides an FTP link to the Windows version of the program. Email Technical Support (support@microtronix.com) to request the Linux version of the JAVA application.

Revision History

Version 1.4, Issued: November 25, 2022

Update serial driver library

Version 1.3, Issued: March 26, 2016

Fix serial port problem with graphic delete

Version 1.2, Issued: February 12, 2015

Add support for uploading graphics for DX-2200 Switcher product
Fix serial port issues

Version 1.1, Issued: June 19, 2014

Added support for uploading graphics for DX-2200 Text & Graphic Inserter product

Version 1.0, Issued: April 18, 2014

Initial release

Avalon Multi-port Front End IP Core, PN: 6298

Thu, 21 Jan 2021 00:00:00 GMT

Download Version 1.0.3 Now→

Released: January 20, 2021

Revision History

Version 1.0.3, Issued: Jan 20, 2021

Corrected a problem in using Evaluation License

Version 1.0.2, Issued: Jan 27, 2017

Update release package

Version 1.0.1, Issued: Sept. 26, 2016

Update release package

Version 1.0, Issued: Augus 23, 2016

Initial release

Camera Link Transceiver IP Core, PN: 6283

Thu, 19 Nov 2020 00:00:00 GMT

Download Version 1.9.4 Now→

Date released: September 24, 2020

IP Core Revision History

Version 1.9.4, Issued: Nov. 19, 2020

Add Cyclone 10 LE device support

Version 1.9.2, Issued: Sept. 12, 2016

Add Max 10 device support
Add Alternate I/O option for Cyclone V and Arria V devices

Version 1.8, Issued: June 12, 2014

Change OpenCore Plus license to 24 hour tethered operation
Changes for Cyclone V, Arria V/10 and Stratix V support

Version 1.7, Issued: Nov. 22, 2013

Improved Cyclone V device support

Version 1.6.1, Issued: Aug. 19, 2013

Added Cyclone V & Stratix V support to GUI

Version 1.6, Issued June 13, 2013

Added ViClaro IV Camera Link receiver designs for Base and Medium.
Removed ViClaro III Camera Link receiver designs for Base and Medium.

Version 1.5 Issued: Feb. 26, 2013

Added extended 80-bit Camera Link Mode for Deca and Octo

Version 1.4.2, Issued: Sept. 11, 2012

Fixed Camera mode syntax errors in GUI generator

Version 1.4.1, Issued: Aug. 23, 2012

Fixed null pointer exception in GUI

Version 1.4, Issued: July 31, 2012

Add support for Full link alignment

Version 1.4, Issued: July 16, 2012

Add support for Medium link alignment
Support for Power Over Camera Link (PoCL) SafePower

Version 1.2.1 Issued: August 28, 2011

Version 1.1. Issued: June 17, 2011

Version 0.1. Issued: May 25, 2011

DX-2200-SW-02, Dual-view 2x1 SDI Video Switcher Product Firmware

Mon, 20 Jan 2020 00:00:00 GMT

Download DX-2200-SW-02 Firmware Version 3.8.1 →

Released: January 20, 2020

Introduction

This firmware update is for the Microtronix DX-2200-SW-02, Dual-view 2x1 SDI Video Switcher product , Model Part Numbers: DX-2200-SW-02.

The firmware downloaded using the above link (or optionally from our our secure FTP site) as a zipped file which must be uncompressed and then installed on DX-2200 product through the RS-232 Serial port using a Uploader Program also available on this website under the Resources tab here (initially supplied with the product on a CD-ROM). An included readme.txt file provides information on extracting the file to a PC and installing the new firmware on the product.

If you have an issue in installing the firmware, installation support is available from Microtronix. For further information visit www.microtronix.com/support or email Technical Support: support@microtronix.com.

Firmware Revision History

Version 3.8.1, Issued: Jan. 20, 2020

Fixed an issue when setting Mode 5 window sizes as percentages.

Version 3.8.0, Issued: May 31, 2019

Add RP Status Reporting commands used by the GUI interface.
Add text and graphics overlay support for interlaced video modes.
Add PiP position 9

Version 3.75, Issued: March 21, 2018

Updated Tahoma 18 regular font to correct a character spacing issue.

Version 3.71, Issued: Aug. 29, 2017

Fix an issue when using ZSP3 / ZPP3 mode with interlaced video.

Version 3.70, Issued: Aug. 24, 2017

Added configuration bypass function

Version 3.69, Issued: Aug. 15, 2017

Add zoom commands ZSP2, ZPP2, ZSP3, ZPP3, ZSLA, and ZPLA.

Version 3.68, Issued: July 20, 2017

Added one additional arrow character to the Wingding fonts at code 005F

Version 3.67, Issued: April 4, 2017

Changed the zoom range permitted and updated the command description.

Version 3.66, Issued: Jan. 17, 2017

Fix a problem with the 'TD' command.
Add PiP position presets P5, P6, P7, P8.
Add U2 command.
Add the APn and AFn transparency commands.
Changed default DIP switch control mode to U2
Add RIn, RSn commands to report input video resolution.

Version 1.00 to v1.65, Issued: Jan. 10, 2012 - Oct. 4, 2016

Refer to revision history in the User Manual

DX-2200-TI-24, SD/HD-SDI Text & Graphics Inserter Product Firmware

Wed, 21 Aug 2019 00:00:00 GMT

Download DX-2200-TI-24 Firmware Version 1.91 →

Released: September 10, 2019

Introduction

This firmware update is for the Microtronix DX-2200-TI-xx SD/HD-SDI Text & Graphics Overlay Inserter product , Model Part Numbers: DX-2200-TI-14 and DX-2200-TI-24.

The firmware is supplied through our secure FTP site as a zipped file which must be uncompressed and then installed on DX-2200 product through the Microtronix RS-232 Serial port using a Uploader Program (available on our website under the Resources tab here ). An included readme.txt file provides information on extracting the file to a PC and installing the new firmware on the product.

Firmware Revision History

Version 1.90, Issued: Aug. 21, 2019

Added alpha keying for the PIP input. See § 4.8.1.8 of User Manual
Add RO command to report output mode. See Table 23 of the User Manual.
Add P9 command for center screen PiP position. See Table 7 of the User Manual.

Version 1.90, Issued: Aug. 21, 2019

Added the video output format OM command.
Added Modes 4, 5 that provide low frame delay on SDI Input 1. See § 4.5 and § 4.8.1.4 of User Manual.

Version 1.80, Issued: April 16, 2019

Added new status reporting commands as listed in Appendix C.

Version 1.76, Issued: Aug. 16, 2019

Correct G0Z command description to show that is clears fields on all layers.

Version 1.75, Issued: March 21, 2018

Updated Tahoma 18 regular font to correct a character spacing issue.

Version 1.71, Issued: Feb. 6, 2017

Added section outlining Serial Port Communication
Added section numbering to document layout.

Version 1.70, Issued: Nov. 13, 2017

Modified the configuration bypass function to also bypass loading of images from flash memory.
Improve handling of corrupted images in the flash memory.
Fix a bug in the frame counter when using 1000/1001 frame rates.
Add a time clock mode to the frame counter display.
Add support for capture of NMEA 0183 GPS data from the DB9 serial port and insertion of selected parameters into text fields for display on the overlay.

Version 1.68, Issued: Aug. 23, 2017

Added configuration bypass function.

Version 1.67, Issued: July 19, 2017

Add an additional arrow character to the Wingding fonts at code 005F.

Version 1.00 to v1.68, Issued: Jan. 30, 2014 - Nov. 17, 2016

Refer to revision history in the User Manual

Avalon Multi-port SDRAM Memory Controller IP Core, PN: 6240

Thu, 15 Aug 2019 00:00:00 GMT

Download Version 5.21 Now→

Release Date: August 15, 2019

IP Core Revision History:

Version 5.21, Issued: August 15, 2019

Fix an issue with the deep power down inteface not exported.
Add GUI configuration tabs to specify custom pin names and the clock names.
Disable Cyclone V delay assignments.
Change the DQS path for Cyclone V.
Fix some register power up level warning messages.

Version 5.20, Issued: March 20, 2019

Added support for Qsys simulation model generation

Version 5.17, Issued: May 19, 2017

Added MDDR, DDR & DR2 support for Cyclone 10 LP

Version 5.15, Issued: February 3, 2017

Changes to support Quartus versions 16.0 & 16.1

Version 5.14, Issued: January 26, 2017

Add simulation library support for the Cyclone V

Version 5.13, Issued: December 14, 2015

Add support for SDR memory on the MAX 10 device family

Version 5.12, Issued: August 18, 2014

Made the DQ delay chain length a GUI parameter
Support for quartus 14.

Version 5.11, Issued: June 30, 2014

Resolved a problem with DQS input clocks on Cyclone V that caused the Controller to stall on reads

Version 5.10, Issued: Match 17, 2014

Added constraint file generation and changed clocking recommendations for single data rate SDRAM

Version 5.9, Issued: August 16, 2013

Added support for Cyclone V devices

Version 5.8, Issued: August 1, 2013

Added support for Stratix IV devices

Version 5.7.1, Issued: June 8, 2012

Invalidate random port buffer when flush is signaled

Version 5.7, Issued: April 9, 2012

Added support for MDDR 3/4 and 1/4 memory drive strength
Removed redundant tCK entry in GUI (this is covered by memory frequency entry)

Version 5.6, Issued: January 31, 2012

Added option for ports to have double the standard width
Added option for Random Ports to have a mechanism for forced buffer flushing through a new control port

Version 5.5.2, Issued: January 18, 2012

Fixed a bug in burst port that could cause a deadlock when using the smallest buffer size.

Version 5.5.1, Issued: December 20, 2011

Fixed bug in burst port that could cause incorrect data to be written if an Avalon write was initiated prior to the first waitrequest being deasserted after memory initialization.

Version 5.5, Issued: July 25, 2011

Added support for Qsys

Version 5.4.1, Issued: March 25, 2011

Fixed bug in hw.tcl script that could cause data corruption from a burst port when connected to a narrower master that requests a large number of pipelined read transfers over a short period of time
Improved SDC constraints

Version: 5.4, Issued: July 9, 2010

Added support for Arria II GX
Fixed bug in DDR generator script
Fixed bug in generator script for Stratix II

Version: 5.3.2, Issued: Apr. 5, 2010

Updated generation of read latency value for SDR

Version: 5.3.1, Issued: Mar. 26, 2010

Moved execution of Quartus settings script to hw.tcl
Fixed bugs in generation script for SDR

Version: 5.3, Issued: Feb. 11, 2010

Added support for Cyclone IV E and Cyclone IV GX

Version: 5.2.3, Issued: Feb. 4, 2010

Fixed generator script error on single DQS

Version: 5.2.2, Issued: Jan. 12, 2010

Added missing CMD_CLK to SOPC component

Version: 5.2.1, Issued: Dec. 22, 2009

Fixed bug in Mobile DDR generator script

Version: 5.2, Issued: Dec. 10, 2009

New faster GUI based on Altera's latest framework in Quartus 9.1
Generation script now saves previous .sdc and .tcl files with .bak extension before overwriting
Ports now signal waitrequest until SDRAM initialization is complete
Added user-settable parameter to scheduler for use in custom designs
Added setting to support small HardCopy 2/3 devices without DDR blocks
Improved SDC constraints
Fixed bug in SDR reads

Version 5.1.2, Issued: August 28, 2009

Fixed burst port off-by-one error during write bursts where write is discontinuous

Version: 5.1.1, Issued: June 8, 2009

Improved DQS input filtering

Version: 5.1, Issued: April 16, 2009

Added support for TimeQuest support for DDR2 devices
Increased ports to sixteen
Added optional command/address clock
Improved port scheduler
Improved datapath to increase fmax
Improved support for multiple controllers in a single design
Removed "streaming" port type

Version: 4.1.5, Issued: Dec. 22, 2008

Fixed bug in Cyclone II LAB assignment script

Version: 4.1.4, Issued: Nov. 26, 2008

Increased timing counter widths to support higher clock frequencies

Version: 4.1.3, Issued: Nov. 7, 2008

Updated installer for Quartus II 8.1

Version: 4.1.2, Issued: Oct. 30, 2008

Fixed bug with CKE timing

Version: 4.1.1, Issued: Sep. 29, 2008

Initial release supporting Cyclone III & DDR2 devices only

Version: 4.1, Issued: Sep. 2, 2008

Added support for Arria GX
Added support for DLL in Stratix II and Arria GX
Removed extra compilation stage for Cyclone III and Stratix II

Version: 4.0, Issued: Aug. 25, 2008

Added support for Stratix III

Version: 3.3.1, Issued: Jun. 2, 2008

Improved resource utilization of random port type

Version: 3.3, Issued: May 5, 2008

Added support for Mobile DDR deep power down mode
Added option to disable automatic tcl script execution

Version: 3.2.2, Issued: Dec. 11, 2007

Fixed bug with short unaligned DDR2 writes

Version: 3.2.1, Issued: Nov. 21, 2007

Fixed bug with multiple consecutive pipelined reads of full buffer size
New version numbering scheme

Version: 3.2 Build 3, Issued: Sep. 27, 2007

Added synchronous reset
Added support for unaligned DDR2 transfers
Added support for custom scheduling algorithms, see scheduler manual
Fixed burst port bug

Version: 3.2 Build 2, Issued: Sep. 18, 2007

Fixed bug with bursts crossing page boundaries in SDRAM

Version: 3.2 Build 1, Issued: Sep. 13, 2007

Added fifth port option
Added sixth port option

Version: 3.1 Build 4, Issued: Aug. 8, 2007

OpenCore Plus eval working again with Altera's Quartus II 7.1SP1 Patch 1.13

Version: 3.1 Build 4

Fixed bug causing code download problems with SDR on Nios II

3.1 Build 2

Fixed bug with bursts of length (buffer+1)

3.1 Build 1

Added clock pairs option
Improved Stratix II data path
Improved DQS logic structure

3.0 Build 1

Added Cyclone III support
Added cache disable option

2.8 Build 1

Added avalon data width selection for burst port
Added avalon data width selection for streaming port

2.6 Build 1

Removed simple port type.
Support Quartus II / Nios II 7.0

2.5 Build 1

Added avalon data width selection for streaming port.
Added ODT support.
Fixed burst port datavalid/dataenable behaviour.

2.3 Build 3

Fixed burst port buffer error (16-word buffer)
Fixed burst port clocking error (very slow Avalon clock + very fast SDRAM clock)

2.3 Build 2

Fixed GUI parameter bug
Fixed minor SDR bug

2.3 Build 1

Added avalon burst slave
Added third port option
Added forth port
Added Mobile DDR support
Added DDR2 support
Fixed minor scripting bugs

1.7 Build 2

Fixed scripting bug

1.7 Build 1

Added SDRAM timing parameters tRAS and tRC
Added Streaming port cache release parameter
Added reduced drive strength option
Added sdram devices option
Improved GUI
Fixed minor bugs

1.3 Build 3

Fixed SDR scripting bug

1.3 Build 2

Improved performance of random and streaming port types

1.3 Build 1

Added dual port variable for Nios IDE
Added wizard finish section
Fixed DQ/DQS mismatch for 32-bit DDR

1.0 Build 2

Fixed Opencore+ timeout

1.0 Build 1

Initial release

DX-2200 Product Manager - Web Server Package for Raspberry Pi3

Wed, 05 Jun 2019 20:09:44 GMT

Download Version 1.0.2a Now→

Introduction

The DX-2200 Product Manager is a Web Server User Application for a Raspberry Pi3 platform which provides a Web User Interface (UI) to allow configuration, control and monitoring of a serial-attached DX-2200 product. The download link (above) provides an FTP link to a zipped file (DX2200_Manager.zip) which contains all of the Linux files.

For technical help with installation or use of the application, email Technical Support (support@microtronix.com).

Distribution README Text File

Package contents:
-------------------------
- README (this file)
- the pi-dx2200mgr-x.y.z.deb (x.y.z = version) file
- CGI.tar.gz

Requirements:
--------------------
1) DX-2200 Text Inserter product with firmware version 1.80 or greater,
2) USB serial adapter (one should be present in the DX-2200 package),
3) PC or Raspberry Pi3 with Linux O/S (Debian, RedHat, CentOS), and:
- dpkg
- Perl with CGI modules

Installation Instructions for Raspberry Pi3 Debian:
-------------------------------------------------------------------
1) Put the package in a user directory and install using the command:

# sudo dpkg -i dx2200mgr-x.y.z.deb

2) Check the version of Perl and install CGI modules if needed:

# ls -l /usr/share/perl/

There should be a subdirectory called "5.xx.y"
If "xx" is less than "22", then there might be a CGI subdirectory and CGI.pm file present.
If not, or "xx" is "22 or greater and not present, then install them using the following command:

# sudo tar -C /usr/share/perl/5.xx.y -xzf CGI.tar.gz
(substitute "5.xx.y" with the actual subdirectory name)

3) Connect the USB serial adapter into a spare USB port on the Raspberry PI, and the DB9 connector to the DX-2200 serial port.

4) Optional. Connect the Raspberry PI to the local network via Ethernet port. Alternatively, the Raspberry PI wireless interface may be activated.

5) Restart the Raspberry Pi, and power up the DX-2200.

6) Verify that the web server has started:

Use the local Internet browser to connect to the web server using "127.0.0.1".
An external PC may connect to web server via IP address that the Raspberry Pi
may have obtained from a local DHCP server.

If there is no response, check that the web server is running:

# pgrep mini_httpd

If a PID number is not returned, then start the server manually:

# sudo /usr/sbin/mini_httpd -C /etc/httpd/mini_httpd.conf

If the web server is running, the main page should be displayed.

Contact Microtronix support if there is a problem (support@microtronix.com)

7) Verify that the web server is able to contact the DX-2200 via the serial interface.

The main page should display the model identification obtained from the DX-2200:

"Text Inserter vX.YY".

If not, select the "Serial/TCP Server Daemon Control" option under the "System" menu item.
If the server for ttyUSB0 is not running, then click the "Start" or "Restart" button.
Try the main/home page again.

8) Preview the various menu items for configuration and status actions.

Revision History

Version 1.0.2a, Issued: June 5, 2016
Filename: pi-dx2200mgr-1.0.2a.deb

Initial release

Microtronix Announces DX-2200 Product Manager Web - Raspberry Pi3 Application

Tue, 04 Jun 2019 00:00:00 GMT

LONDON, Ontario, Wednesday June 04, 2019 – Microtronix today announced the release of a Web UI Product Manager application for the DX-2200 Text & Graphics Inserter product. The software is a Web Server application the runs on Linux OS (Debian, RedHat or CentOS) on a PC or on a Raspberry Pi3 Debian platform connected to the DX-2200 unit via a USB – RS-232 Serial adapter.

The Web Server application enables users to use a web browser directly on the Raspberry Pi3, a local PC or WiFi connected tablet to configure, control, monitor and manage files on the DX-2200 product. It also enables the user to integrate control of the DX-2200 Text Inserter product into their embedded Linux application running on the Raspberry Pi3 unit.

The Web UI enables the user to:

View and set the Mode of Operation,
Enter, manage and edit text, graphic elements and image overlay fields,
Configure operation of the SDI video path including video resolution, video conversion, frame delay, PiP window and digital zoom parameters,
Assign Command Strings to DIP and Toggle Switches,
Complete system maintenance functions: upload new firmware, graphic images and font files.

To review the full product capabilities, visit the DX-2200 product page on our website and download the User Manual.

Availability

Contact Microtronix sales today for pricing and delivery of the DX-2200 product. Distributor and Reseller inquiries are welcomed.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 30 years, Microtronix has empowered customers worldwide with custom data networking products and embedded solutions. Today, Microtronix continues to apply their proven engineering practices and expertise in developing cost effective FPGA SoC based HD video products for the broadcast and video production marketplace.

Press Contact:

Norman McCall
Manager International Sales
Microtronix Datacom Ltd.
www.microtronix.com
+01 519- 690-0091 x264
nmccall@microtronix.com

I2C Master/Slave/PIO IP Core, PN: 6232

Thu, 14 Mar 2019 00:00:00 GMT

I2C Master/Slave/PIO IP Core, Version 3.1.0

Download Version 3.1.0 Now →

Released: March 14, 2019

Revision History

Version: 3.0.5, Issued: October 21, 2014

Added support for Qsys simulation model generation in the mtx_avlaon_i2c component by providing an IEEE 1735 encrypted file.
Changes to the core logic to prevent some glitches in the simulator output.

Version: 3.0.5, Issued: October 21, 2014

Fix installer problem with Quartus 14.1

Version: 3.0.4, Issued: May 1, 2014

Allow open cores+ release to run for 24 hours when tethered

Version: 3.0.3, Issued: October 29, 2013

Updated to Qsys
Add back device checking

Version: 3.0.2, Issued: October 12, 2012

Add simulation libraries for stand-alone IP

Version: 3.0.1, Issued: March 19, 2012

Remove device family checking from megafunction

Version: 3.0, Issued: Dec. 22, 2010

Updated SOPC Builder component from old class.ptf system to _hw.tcl
Support for Quartus 10.1

Version: 2.3.5, Issued: June 1, 2009

Fixed HAL compile errors in multi-threaded projects

Version: 2.3.4, Issued: Nov. 7, 2008

Modified installer for Quartus II 8.1

Version: 2.3.3, Issued: Sep. 25, 2008

Fixed bug in PIO slave megafunction symbol creation

Version: 2.3.2, Issued: Aug. 21, 2008

Fixed bug in stand-alone master/slave megafunction OpenCore Plus file

Version: 2.3.1, Issued: Aug. 8, 2008

Added support for software "Reduced device drivers" option. Enabling will leave out all I2C HAL code.
Fixed SOPC generator script to handle SOPC 8.1 modified parameter passing

Version: 2.3, Issued: July 8, 2008

Added stand-alone master/slave megafunction
Added slave address match bit to Avalon master/slave
Added support for Cyclone III, Stratix III, Arria GX

Microtronix Announces Addition of Web UI to DX-4400 3G-SDI Text & Graphic Inserter product

Mon, 04 Mar 2019 00:00:00 GMT

LONDON, Ontario, Wednesday March 04, 2019 – Microtronix today announced the addition of a Web User Interface (UI) for the DX‑4400 – Dual-channel 3G-SDI Text & Graphic Inserter product. The Web UI enhancement offers the user the ability to configure, manage and maintain the DX-4400 unit over a TCP connection using a web browser. The Web UI runs on the DX‑4000 and presents the user with a graphical interface which greatly simplifies the configuration and management of the product.

The Web UI enables the user to:

View and set the Mode of Operation,
Enter, manage and edit text, graphic elements, images overlay fields and the QML scripts,
Configure operation of the SDI video path including video resolution, video conversion, frame delay, PiP window and digital zoom parameters,
Assign Command Strings to DIP and Toggle Switches,
Management of system time, date, user logins, network address and configuration databases,
Complete system maintenance functions: upload new firmware, graphic images, font files and QML scripts,

To review the full product capabilities, visit the DX-4400 product page on our website and download the User Manual.

Availability

Contact Microtronix sales today for pricing and delivery of the DX-4400 product. Distributor and Reseller inquiries are welcomed.

About Microtronix

Press Contact:

Norman McCall
Manager International Sales
Microtronix Datacom Ltd.
www.microtronix.com
+01 519- 690-0091 x264
nmccall@microtronix.com

Microtronix Announces Low-latency & Digital Zoom Feature Enhancement for DX-4400 3G-SDI Text & Graphic Inserter product

Wed, 11 Apr 2018 00:00:00 GMT

LONDON, Ontario, Wednesday April 11, 2018 – Microtronix today announced a firmware upgrade adding a low-latency and digital zoom capability to the DX-4400 – Dual-channel 3G-SDI Text & Graphic Inserter product. The low-latency feature decreases input-to-output frame delay to less than one frame on the primary input when operating as a the Dual-channel 2K Text Inserter, a PiP Text inserter or as a 4K Text Inserter. Digital Zoom allows for dynamic scaling of the incoming video streams for PiP and for picture-and-picture applications.

Low latency is critical for use it real-time text and graphics overlay applications in which a perceived delay in the video stream would negatively impact the viewer's experience. Application examples include:

Medical Robotics in which information is overlaid onto a video stream for display to the medical professional operator the instrument.
Military displays in which instrumentation data must be displayed in real-time to the operator.
Religious production and monitor systems requiring real-time overlay of information to live congregations.

To review the full product capabilities, visit the DX-4400 product page on our website and download the User Manual.

Availability

Contact Microtronix sales today for pricing and delivery. Distributor and Reseller inquiries are welcomed.

About Microtronix

Press Contact:

Norman McCall
Manager International Sales
Microtronix Datacom Ltd.
www.microtronix.com
+01 519- 690-0091 x264
nmccall@microtronix.com

Microtronix Announces DX-4400 Dual-channel 3G-SDI Text & Graphic Inserter/Overlay product

Thu, 30 Mar 2017 00:00:00 GMT

LONDON, Ontario, Thursday March 30, 2017 – Microtronix today announced the release of the DX-4400 – Dual-channel 3G-SDI Text & Graphic Inserter with PIP on-screen display (OSD) product which supports up to video resolutions from SD up Digital Cinema 4K. The product builds on the success of the current DX-2200 SD/HD-SDI Text & Graphics Insert product and offers the following SDI video capabilities:

Dual-channel 3G-SDI a text/graphic overlay inserter with loop-thru output,
Overlay of text & graphics onto two 3G‑SDI video streams.
Live text and logo/graphic inserter/overlay on; interlaced, progressive segmented frame (PsF) and progressive SDI video streams,
Text scrolling and crawling of news feeds,
Dynamic graphic overlays,
Full alpha blending of overlay layers.
Support of ancillary and VBI content including pass-through of the audio channels and embedded metadata,
User control of text/graphic inserter/overlay OSD and PIP functions via a RS-232 serial port or TCP/Ethernet.

To review the full product capabilities, visit the DX-4400 product page on our website and download the User Manual.

Availability

Contact Microtronix sales today for pricing and delivery. Distributor and Reseller inquiries are welcomed.

About Microtronix

Press Contact:

Norman McCall
Manager International Sales
Microtronix Datacom Ltd.
www.microtronix.com
+01 519- 690-0091 x264
nmccall@microtronix.com

Avalon Mobile DDR Memory Controller IP Core, PN: 4240

Sat, 04 Feb 2017 00:00:00 GMT

Download Version 5.13 Now→

Released: February 4, 2017

Revision History

Version 5.13, Issued: February 3, 2017

Changes to support Quartus versions 16.0 & 16.1
Change default DQS delay chain length

Version 5.12, Issued: August 18, 2014

Made the DQ delay chain length a GUI parameter

Version 5.11, Issued: July 17, 2014

Changed tcl script to work with quartus 14.
Made the length of the DQ delay chain settable in the top level vhdl file. Change the default value to 15 for Cyclone V devices.

Version 5.10.1, Issued: June 30, 2014

Resolved a problem with the DQS clock input on cyclone V that causes the controller to stall on read

Version 5.9, Issued: March 7, 2014

Extended run-time of OpenCore Plus evaluation to 24 hrs.

Version 5.9, Issued: August 16, 2013

Added support for Cyclone V devices

Version 5.8, Issued: August 1, 2013

Added support for Stratix IV devices

Version 5.7.1, Issued: June 8, 2012

Invalidate random port buffer when flush is signaled

Version 5.7, Issued: April 9, 2012

Added support for MDDR 3/4 and 1/4 memory drive strength
Removed redundant tCK entry in GUI (this is covered by memory frequency entry)

Version 5.6, Issued: January 31, 2012

Added option for ports to have double the standard width
Added option for Random Ports to have a mechanism for forced buffer flushing through a new control port

Version 5.5.2, Issued: January 18, 2012

Fixed a bug in burst port that could cause a deadlock when using the smallest buffer size.

Version 5.5.1, Issued: December 20, 2011

Fixed bug in burst port that could cause incorrect data to be written if an Avalon write was initiated prior to the first waitrequest being deasserted after memory initialization.

Version 5.5, Issued: August 8, 2011

Added support for Qsys

Version 5.4.1, Issued: March 25, 2011

Fixed bug in hw.tcl script that could cause data corruption from a burst port when connected to a narrower master that requests a large number of pipelined read transfers over a short period of time
Improved SDC constraints

Version: 5.4, Issued: July 9, 2010

Added support for Arria II GX
Fixed bug in DDR generator script
Fixed bug in generator script for Stratix II

Version: 5.3.2, Issued: Apr. 5, 2010

Updated generation of read latency value for SDR

Version: 5.3.1, Issued: Mar. 26, 2010

Moved execution of Quartus settings script to hw.tcl
Fixed bugs in generation script for SDR

Version: 5.3, Issued: Feb. 11, 2010

Added support for Cyclone IV E and Cyclone IV GX

Version: 5.2.3, Issued: Feb. 4, 2010

Fixed generator script error on single DQS

Version: 5.2.2, Issued: Jan. 12, 2010

Added missing CMD_CLK to SOPC component

Version: 5.2.1, Issued: Dec. 22, 2009

Fixed bug in Mobile DDR generator script

Version: 5.2, Issued: Dec. 10, 2009

New faster GUI based on Altera's latest framework in Quartus 9.1
Generation script now saves previous .sdc and .tcl files with .bak extension before overwriting
Ports now signal waitrequest until SDRAM initialization is complete
Added user-settable parameter to scheduler for use in custom designs
Added setting to support small HardCopy 2/3 devices without DDR blocks
Improved SDC constraints
Fixed bug in SDR reads

Version 5.1.2, Issued: August 28, 2009

Fixed burst port off-by-one error during write bursts where write is discontinuous

Version: 5.1.1, Issued: June 8, 2009

Improved DQS input filtering

Version: 5.1, Issued: April 16, 2009

Added support for TimeQuest support for DDR2 devices
Increased ports to sixteen
Added optional command/address clock
Improved port scheduler
Improved datapath to increase fmax
Improved support for multiple controllers in a single design
Removed "streaming" port type

Version: 4.1.5, Issued: Dec. 22, 2008

Fixed bug in Cyclone II LAB assignment script

Version: 4.1.4, Issued: Nov. 26, 2008

Increased timing counter widths to support higher clock frequencies

Version: 4.1.3, Issued: Nov. 7, 2008

Updated installer for Quartus II 8.1

Version: 4.1.2, Issued: Oct. 30, 2008

Fixed bug with CKE timing

Version: 4.1.1, Issued: Sep. 29, 2008

Initial release supporting Cyclone III & DDR2 devices only

Version: 4.1, Issued: Sep. 2, 2008

Added support for Arria GX
Added support for DLL in Stratix II and Arria GX
Removed extra compilation stage for Cyclone III and Stratix II

Version: 4.0, Issued: Aug. 25, 2008

Added support for Stratix III

Version: 3.3.1, Issued: Jun. 2, 2008

Improved resource utilization of random port type

Version: 3.3, Issued: May 5, 2008

Added support for Mobile DDR deep power down mode
Added option to disable automatic tcl script execution

Version: 3.2.2, Issued: Dec. 11, 2007

Fixed bug with short unaligned DDR2 writes

Version: 3.2.1, Issued: Nov. 21, 2007

Fixed bug with multiple consecutive pipelined reads of full buffer size
New version numbering scheme

Version: 3.2 Build 3, Issued: Sep. 27, 2007

Added synchronous reset
Added support for unaligned DDR2 transfers
Added support for custom scheduling algorithms, see scheduler manual
Fixed burst port bug

Version: 3.2 Build 2, Issued: Sep. 18, 2007

Fixed bug with bursts crossing page boundaries in SDRAM

Version: 3.2 Build 1, Issued: Sep. 13, 2007

Added fifth port option
Added sixth port option

Version: 3.1 Build 4, Issued: Aug. 8, 2007

OpenCore Plus eval working again with Altera's Quartus II 7.1SP1 Patch 1.13

Version: 3.1 Build 4

Fixed bug causing code download problems with SDR on Nios II

3.1 Build 2

Fixed bug with bursts of length (buffer+1)

3.1 Build 1

Added clock pairs option
Improved Stratix II data path
Improved DQS logic structure

3.0 Build 1

Added Cyclone III support
Added cache disable option

2.8 Build 1

Added avalon data width selection for burst port
Added avalon data width selection for streaming port

2.6 Build 1

Removed simple port type.
Support Quartus II / Nios II 7.0

2.5 Build 1

Added avalon data width selection for streaming port.
Added ODT support.
Fixed burst port datavalid/dataenable behaviour.

2.3 Build 3

Fixed burst port buffer error (16-word buffer)
Fixed burst port clocking error (very slow Avalon clock + very fast SDRAM clock)

2.3 Build 2

Fixed GUI parameter bug
Fixed minor SDR bug

2.3 Build 1

Added avalon burst slave
Added third port option
Added forth port
Added Mobile DDR support
Added DDR2 support
Fixed minor scripting bugs

1.7 Build 2

Fixed scripting bug

1.7 Build 1

Added SDRAM timing parameters tRAS and tRC
Added Streaming port cache release parameter
Added reduced drive strength option
Added sdram devices option
Improved GUI
Fixed minor bugs

1.3 Build 3

Fixed SDR scripting bug

1.3 Build 2

Improved performance of random and streaming port types

1.3 Build 1

Added dual port variable for Nios IDE
Added wizard finish section
Fixed DQ/DQS mismatch for 32-bit DDR

1.0 Build 2

Fixed Opencore+ timeout

1.0 Build 1

Initial release

Microtronix Announces DX-2200 SD/HD-SDI Text & Graphic Inserter with PIP on-screen display

Thu, 03 Dec 2015 00:00:00 GMT

LONDON, Ontario—Thursday December 3, 2015 - Microtronix® Datacom Ltd. today announced the release of the DX-2200 SD/HD-SDI Text & Graphic Inserter with PIP on-screen display. The product builds on the success of the current SD/HD-SDI Text & Graphics Inserter product and offers the following capabilities:

Overlaying the ancillary SDI input channel as a PIP on the output SDI video stream.
Live text and graphic/logo insertion on interlaced, progressive segmented frame and progressive video streams.
Dual SDI outputs: overlay and loop-thru of the main SDI input.
Up to 48 independent text fields and 48 graphic fields.
Full alpha blending of overlay layers.
Support of ancillary and VBI content including pass-through of the audio channels and embedded metadata from the primary SDI port.
User control of text, graphic and PIP functions via a RS-232 serial port.

To review the full product capabilities, download the User Manual from the product page.

Availability

Contact Microtronix sales today for pricing and availability or visit our website to download user documentation. Distributors and resellers inquiries are welcomed.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom data networking products and embedded solutions. Today, Microtronix continues to apply their proven engineering practices and expertise in developing cost effective Telco B/OSS Call Data Record collection and operational management products and FPGA SoC based HD video products for the broadcast and video production marketplace.

Press Contact:

Norman McCall: nmccall at microtronix dot com President of Microtronix Datacom Ltd., +1 519 690-0091 ext. 264.

Camera Link Aligner IP Core, PN: 6296

Tue, 12 May 2015 00:00:00 GMT

Download Version 1.0 Now→

Released: May 12, 2015

Revision History

Version 1.0, Issued: May 12, 2015

Initial release

Microtronix Introduces Camera Link Aligner IP Core Solution for Altera’s FPGAs

Tue, 12 May 2015 00:00:00 GMT

LONDON, Ontario, Monday, May 11, 2015 — Microtronix, an established developer of high-performance intellectual property (IP) cores and FPGA products, introduced a new Camera Link Aligner IP Core for supporting Medium and Full Camera Link configurations. The core targets a wide range of consumer, industrial, and military frame grabber and image conversion systems. The Camera Link Aligner IP Core offers system integrators a flexible design solution which can be configured to support a wide variety of camera resolutions and data formats. The core is supported with a hardware Design Kit and can be implemented in Altera’s Cyclone™ V, Arria™ V and Stratix™ IV/V FPGA devices. .

The Microtronix Camera Link Aligner IP Core is designed for building vision systems incorporating Camera Link communication interfaces for Medium and Full Channel Link systems in 64-bit and 80-bit configurations. he core performs Alignment of links in Medium and Full Configurations to compensate for different propagation delays between links. The IP Core maps the bits from the LVDS data streams into the 8 bit ports defined in the Camera Link Specification.

The Camera Link core is designed for building Frame Grabber (receiver) devices. It supports camera control signals, bi-directional serial Camera Link communication, and video data. A supporting Altera Quartus® II software configuration GUI streamlines the design implementation process. The use of Altera’s TimeQuest timing analyzer with the supplied design constraint file enables designers to achieve timing closure and design fit over temperature, power and voltage to ensure a stable and reliable end product.

Availability

The new Camera Link IP Core is available immediately through the Microtronix Webstore. . For more information, please contact: Microtronix sales .

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Norman McCall
Microtronix
(888) 690-0091 x264
nmccall@microtronix.com

Microtronix Announces JPEG-LS Lossless Image Encoder IP Core

Mon, 27 Apr 2015 00:00:00 GMT

LONDON, Ontario, Monday April 27, 2015 — Microtronix today announced the release of the Lancero JPEG-LS Lossless Image Encoder IP Core for Altera and Xilinx high performance FPGA devices. The core is a highly efficient implementation of the ITU T.87 Lossless Image Compression Standard which offers a 50% to 70% data reduction in the transmission of photographic images A 12-bit image 16 Megapixel (4K x 4K) encoder implemented for Arria V requires only 4000 ALMs and 9 M20K blocks (77214 bits) and runs at 100 Mpixels/second. Instantiating 16 encoders in parallel on the IP achieves 100 Mpixels per second on Arria V GZ, with 12 bits per pixel.

Functional Overview

Leading lossless image compression results for 8 to 16 bits image sample depths.
Less then one line of encoding latency.
Low resource count, no external memory needed..
Pixel and data FIFO input/output or Avalon Streaming interface with back-pressure.
Accepts and encodes one pixel per clock cycle.
Configurable output data word width.
Configurable image sizes up to Ultra High Definition (8K) and beyond.

Availability

Contact Microtronix Sales today for pricing and availability or visit our website to request an Evaluation Core. Distributors & Resellers inquiries are welcomed.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Norman McCall
Microtronix
(519) 690-0091 x264
nmccall@microtronix.com

Microtronix Issues DX-2200 Dual-view 2x1 SDI Switcher – Firmware Upgrade v3.5

Wed, 11 Feb 2015 00:00:00 GMT

LONDON, Ontario, Wednesday February 11, 2015 — Microtronix today is pleased to announce the release of a firmware upgrade (version 3.5) for the DX-2200, Dual-view 2x1 SDI Video Switcher product. The upgrade adds the following product feature enhancements:

Support for overlaying of graphics images (logos, pictures, etc) onto the output SDI video.
Increased the number of text fields (from 12 to 48) used to display text strings on the Overlay Layer.
Addition of new Layer Commands used to control the Overlay Layer.
Addition of new line/rectangle drawing commands for the Overlay Layer.

In support of these capabilities, we have also upgraded the DX-2200 Software Loader Application used to field upgrade product firmware and facilitate loading of graphic images into flash.

To review these capabilities, you can download the User Manual from the product page, see: http://www.microtronix.com/hd-video-imaging-development-solutions/2x1-dual-viewer-sdi-switcher

Availability

If you wish the firmware to upgrade your product, please email Microtronix Sales at: sales@microtronix.com with the product serial number. There is no charge for the upgrade.

<<< BACK

Avalon Multi-port DDR2 Memory Controller IP Core, PN: 5240

Mon, 18 Aug 2014 00:00:00 GMT

Download Version 5.12 Now →

Released: August 18, 2014

Revision History

Version 5.12, Released: August 18, 2014

Add support for Quartus 14
Remove SOPC support

Version 5.7.1, Released: June 8, 2012

Invalidate random port buffer when flush is signaled

Version 5.7, Released: April 9, 2012

Added support for MDDR 3/4 and 1/4 memory drive strength
Removed redundant tCK entry in GUI (this is covered by memory frequency entry)

Version 5.6, Released: Jan. 31, 2012

Added option for ports to have double the standard width
Added option for Random Ports to have a mechanism for forced buffer flushing through a new control port

Version 5.5.2, Released: Jan. 18, 2012

Fixed a bug in burst port that could cause a deadlock when using the smallest buffer size.

Version 5.5.1, Released: Dec. 20, 2011

Fixed bug in burst port that could cause incorrect data to be written if an Avalon write was initiated prior to the first waitrequest being deasserted after memory initialization.

Version 5.5, Released: August 2, 2011

Added support for Qsys

Version 5.4.1, Issued: March 25, 2011

Fixed bug in hw.tcl script that could cause data corruption from a burst port when connected to a narrower master that requests a large number of pipelined read transfers over a short period of time
Improved SDC constraints

Version 5.3, Released: Feb 11, 2010

Added support for Cyclone IV E and Cyclone IV GX

Version 5.2.3, Released: Feb 4, 2010

Fixed generator script error on single DQS

Version 5.2.2, Released: Jan 12, 2010

Added missing CMD_CLK to SOPC component

Version 5.2, Released: Dec. 22, 2009

New GUI based on Altera's latest framework
Generation script now saves previous .sdc and .tcl files with .bak extension before overwriting
Ports now signal waitrequest until SDRAM initialization is complete
Added user-settable parameter to scheduler for use in custom designs
Improved SDC constraints

Version 5.1.2, Released: Dec. 10, 2009

Fixed burst port off-by-one error during write bursts where write is discontinuous

Version 5.1.1, Released: Apr. 16, 2009

Improved DQS input filtering

Version 5.1, Released: Mar. 30, 2009

Added support for TimeQuest
Increased ports to sixteen
Added optional command/address clock
Improved port scheduler
Improved datapath to increase fmax
Improved support for multiple controllers in a single design
Removed "streaming" port type

Version 4.1.2, Released: Oct. 31, 2008

Fixed bug with CKE timing

Version 4.1.1, Released: Oct. 2, 2008

Initial release supporting Cyclone III & DDR2 devices only

Microtronix Products Not Affected by Heartbleed Bug

Fri, 11 Apr 2014 00:00:00 GMT

Customer satisfaction and quality assurance is important to Microtronix. Therefore, we are posting this message regarding the recent news about OpenSSL technology vulnerability to Heartbleed. Rest assured that all of our products and firmware are not affected by the Heartbleed bug that is afflicting so many Web sites that use OpenSSL (Secure Socket Layer) technology.

About Heartbleed

The Heartbleed bug is a serious vulnerability in the security software used by millions of Web sites. According to www.openSSL.org , the affected versions are 1.0.1 and 1.0.2-beta of OpenSSL, a technology that is used by many Internet services to keep user data secure.

Why Microtronix Products Are Not Affected

Microtronix products and firmware does not use v1.0.1 or v1.0.2 of OpenSSL, the versions which have been identified as vulnerable. Many of the company’s data networking products use a version of SSL that is not based on the vulnerable versions of Open SSL, while other products do not incorporate SSL at all.

Media Contact

Microtronix Sales at sales@microtronix.com or Technical Support at support@microtronix.com with any questions or call (888) 690-0091

Video LVDS SerDes Transmitter/Receiver IP Core, PN: 6246

Wed, 26 Feb 2014 00:00:00 GMT

Download Version 2.2.1 Now→

Released: 26 February 2014

Revision History

Version 2.2.1 - Issued: February 26, 2014

Extended run-time of OpenCore Plus evaluation to 24 hrs.

Version 2.2 - Issued: August 29, 2013

Version 2.1.1 - Issued: August 19, 2011

Added support for Stratix III & IV, Arria II GX & Arria GX

Version 2.0 - Issued: March 3, 2011

Added support for Cyclone IV E and Cyclone IV GX
Added information on TimeQuest timing constraints

Version 1.2 - Issued: March 11, 2008

Improved receiver timing on Cyclone III
Improved documentation

Version 1.1 - Issued: December 18, 2007

Fixed receiver 5-channel compile bug

Version 1.0 Build 1 - Issued: April 11, 2007

Initial release

Microtronix Announces DX-2200-TI SD/HD-SDI Text Inserter

Mon, 02 Dec 2013 00:00:00 GMT

LONDON, Ontario—Monday December 2, 2013 - Microtronix® Datacom Ltd. today announced the release of the DX-2200-TI, a SD/HD-SDI Text Inserter supporting text overlay on standard definition (SD) NTSC/PAL and high definition (HD) SDI video streams. The unit supports interlaced, progressive segmented frame (PsF) and progressive formats. Up to 12 independent text fields on three independent overlay layers can be independently controlled for color size, font background color and positions.

The unit supports on screen display (OSD) of overlay text delivered to the unit through the RS-232 Serial Control Port. An extensive command set allows for full control of size, font type, color, position, transparency and background color and background transparency. Serial commands can optionally be used assign switch functions to control the display of text fields. Text, graphics and custom user configurations can be stored in on-board flash.

The DX-2200-TI is designed for use in broadcast, professional video recording, surveillance, point-of-sale, security and embedded applications requiring live, high-speed text insertion with no degradation of the video content. All ancillary and vertical blanking information (VBI) content including audio channels and embedded metadata is passed through transparently.

Availability

Contact Microtronix sales today for pricing and availability or visit our website to download user documentation. Distributors & Resellers inquiries are welcomed.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative solutions to design cost effective embedded networking and HD video products, FPGA based hardware, Memory Controller IP cores and printed circuit boards.

Press Contact:

Norman McCall: nmccall at microtronix dot com President of Microtronix Datacom Ltd., +1 519 690-0091 ext. 264.

Streaming Multi-port SDRAM Memory Controller IP Core, PN: 6248

Tue, 29 Oct 2013 00:00:00 GMT

Download Version 4.2 Now →

Released: 29 Oct. 2013

Revision History

Version 4.2 Issued: Oct. 29, 2013

Added Cyclone V Support

Version 4.1 Issued: Oct. 12, 2012

Update SDR PLL phase shift script to support TimeQuest

Version 4.0 Issued: May 22, 2012

Add SystemVerilog language support

Version 3.5.2 Issued: March 16, 2012

Clean up Design Assistant warnings

Version 3.5.1 Issued: December 15, 2011

Added assertion of BUSY until memory initialization complete

Version 3.5 Issued: August 24, 2011

Added Stratix IV support
Improved timing constraints

Version 3.4.1, Issued: November 2, 2010

Fixed bug in write port that that could cause missed data after a reset, when local port frequency is significantly lower than SDRAM frequency

Version 3.4, Issued: July 13, 2010

Added Arria II GX support
Improved timing script
Fixed simulation error

Version 3.3.1, Issued: May 21, 2010

Fixed bug in write port that caused BUSY to be stuck high when local port frequency is significantly lower than SDRAM frequency

Version 3.3, Issued: Feb. 8, 2010

Added Cyclone IV device support

Version 3.2.3, Issued: Dec. 22, 2009

Improved timing script
Improved read DQS filter

Version 3.2.2, Issued: Sept. 29, 2009

Fixed bug in GUI generation of buffer size parameters

Version 3.2.1, Issued: July 30, 2009

Improved timing script
Renamed files that confilicted with other Microtronix IP
Fixed bug in write port for consecutive short writes

Version 3.2, Issued: July 13, 2009

Added TimeQuest support
Improved reset timing

Version: 3.1.1, Issued: June 1, 2009

Fixed potential deadlock in write port

Version: 3.1, Issued: March 25, 2009

Improved BUSY signal behavior in read and write ports

Version: 3.0.1, Issued: Jan. 6, 2009

Fixed bug in Cyclone II LAB assignment script

Version: 3.0, Issued: Sep. 3, 2008

Added support for Stratix III and Arria GX
Improved timing with DLL support for Stratix II and Arria GX
Removed extra compilation step for Cyclone III

Version: 2.1, Issued: June 2, 2008

Added support for Mobile DDR deep power down mode
Fixed GUI incorrectly loading DQS, ODT and Port J parameters

Version: 2.0.4, Issued: April 30, 2008

Fixed GUI bug in lsp_burst_width generation

Version: 2.0.3, Issued: April 25, 2008

Fixed bug with SDR read transfers

Version: 2.0.2, Issued: April 16, 2008

Fixed bug with SDR script generation

Version: 2.1, Issued: June 2, 2008

Fixed bug with read port init and address timing

Version 2.0, Issued: Dec. 28, 2007

Improved flow control signalling in read and write ports

Version: 1.4 Build 1

Increase maximum number of ports to 10

Version: 1.3 Build 2

Added OpenCore Plus evaluation patch information for Quartus 7.1

Version: 1.3 Build 1

Improved DQS routing in Cyclone III and Stratix II

Version: 1.2 Build 1

Improved Stratix II data patch
Improved DQS logic structure

Version: 1.1 Build 1

Added Cyclone III support

Version: 1.0 Build 1

Initial release

Microtronix Announces DX-2200 Dual-view 2x1 SDI Video Switcher

Wed, 27 Mar 2013 00:00:00 GMT

LONDON, ON—Monday, March 25, 2013 —Microtronix®, today announced the release of the DX-2200, a Dual-view 2x1 SDI Video Switcher supporting glitch-free switching of non-synchronous video sources. The unit is a multi-function professional grade 2x1 SDI video switcher designed for professional video systems and high-end video surveillance systems requiring glitch-free video switching of non-synchronized sources. The unit provides dual display views of the input video including: picture-in-picture (PIP), picture-and-picture, split-screen and text insertion on screen display.

Designed to operate with non-synchronous video sources, proprietary frame-synchronous video switching IP ensures seamless glitch-free video output whether: switching between inputs, swapping inputs for PIP display, or when switching modes of operation between PIP, PAP (dual display) or Split-Screen display. Switching occurs between frames for progressive video and between fields for interlaced video. The switcher supports most standard interlaced, progressive and progressive segmented frame (PsF) video formats.

Functional Features

Alpha blended Picture-in-Picture
Alpha blended text inserter/overlay on screen display (OSD)
Dual-display: side-by-side and vertically stacked Picture-and-Picture
Digital zoom and video scaling
Alpha blended wipe/video switching transitions
On-screen Frame Counter display
Standby Switcher
User control via switches and RS-232 serial port

Availability

Contact Microtronix sales today for pricing and availability or visit our website to download user documentation. Distributors & Resellers inquiries are welcomed.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative solutions to design cost effective embedded networking and HD video products, FPGA based hardware, Memory Controller IP cores and printed circuit boards.

Press Contact:

Norman McCall: nmccall at microtronix dot com
President of Microtronix Datacom Ltd.
+1 519 690-0091 ext. 264

Microtronix Announces ViClaro IV GX Camera Link Development Kit

Mon, 17 Sep 2012 00:00:00 GMT

LONDON, ON—Monday, September 17, 2012 —Microtronix®, a leading provider of Intellectual Property (IP) cores for Altera field programmable gate array (FPGA) devices, today the ViClaro IV GX Camera Link™ Development Kit targeting low cost high performance Altera Cyclone™ IV GX FPGA devices.

The Kit is a versatile video and image processing development platform targeting Camera (transmitter) and Frame Grabber (receiver) interface applications used in commercial and industrial vision systems and products. It supports base, medium and full cameral link configurations.

“The ViClaro IV GX Camera Link Development Kit is the only Altera based Camera Link development platform available on the market today. The Kit comes complete with a trial license for our Camera Link IP Core providing users with a single vendor Camera Link development solution,” said Norman McCall, President of Microtronix.

The Camera Link Receiver and Camera Link Transmitter HSMC Daughter Cards can be purchased separately as add-on kits targeting Arria and Stratix FPGA development platforms.

Availability

The Microtronix ViClaro IV GX Camera Link Development Kit is available for immediate sale through the Microtronix Webstore and through our International Distributor Network . For more information, please contact: Sales at Microtronix or visit our website to download user documentation.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Norman McCall: nmccall at microtronix dot com
President of Microtronix Datacom Ltd.
+1 519 690-0091 ext. 264

Microtronix Announces Link Alignment Support for Medium and Full Camera Link IP Core Configurations

Tue, 31 Jul 2012 00:00:00 GMT

LONDON, ON—Tuesday, July 31, 2012 —Microtronix®, a leading provider of Intellectual Property (IP) cores for Altera® field programmable gate array (FPGA) devices, today announced link alignment support for medium and full Camera Link IP Core configurations.

The addition of a Link Aligner enables the Camera Link IP Core to support medium and full configurations in which variances in cable length cause timing delays between links or the use of Camera Link cable extenders introduce clock drift in multi-links (medium and full) systems resulting in data errors and artifacts in the video stream. The Link Aligner block uses FIFOs to adjust for phase delays and automatically bring the links into alignment. Additionally, it synchronizes the output Ports to the STROBE/XCLK clock.

“By adding the Link Aligner to the Camera Link Receiver we can now offer customers an integrated solution which assures data integrity of Camera Link systems in real world applications,” said Norman McCall, President of Microtronix.

The Camera Link core is designed for building both Camera (transmitter) and Frame Grabber (receiver) devices. It supports camera control signals, bi-directional serial Camera Link communication, video data and automatic link alignment. For ease of use, a Quartus® II software configuration GUI streamlines the design process. The use of Altera’s TimeQuest timing analyzer and design constraints achieves timing closure and design fit over temperature, power and voltage to ensure a stable and reliable end product.

Availability

The Microtronix Camera Link IP Core is available for immediate sale through the Microtronix Webstore and through our International Distributor Network . For more information, please contact: Sales at Microtronix or visit our website to download a free evaluation copy of the core.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Norman McCall: nmccall at microtronix dot com
President of Microtronix Datacom Ltd.
+1 519 690-0091 ext. 264

Hyperdrive Multi-Port DDR2 Memory Controller IP Core, PN: 6243

Fri, 30 Sep 2011 00:00:00 GMT

Download Version 3.0.1 Now →

Released: 30 September 2011

Revision History

Version 3.0.1, Issued: Sept. 30, 2011

Fixed bug in write port caused by odd-length writes from local bus

Version 3.0, Issued: Aug 16, 2011

Added support for Stratix IV devices
Improved BUSY signal behaviour for better flow-control

Version 2.3, Issued: Oct. 14, 2009

Added TimeQuest SDC support
Added support for Arria II GX

Version: 2.2.1, Issued: Apr. 9, 2009

GUI modified to support 200 MHz & 233 MHz.

Version: 2.2, Issued: Dec. 12, 2008

Added support for ECC modules

Version: 2.1, Issued: Nov. 27, 2008

Increased maximum ports to 10

Version: 2.0.4, Issued: Oct. 31, 2008

Increased timing parameter ranges to handle higher clock speeds

Version: 2.0.3, Issued: Oct. 15, 2008

Fixed read port occasionally capturing address when init is low

Version: 2.0.2, Issued: Oct. 9, 2008

Fixed write port deadlock when writing odd-length bursts

Version: 2.0.1, Issued: Oct. 7, 2008

Fixed potential race condition in write port

Version: 2.0, Issued: Sep. 3, 2008

Added support for Stratix III and Arria GX
Added support for Stratix II and Arria GX DLL

Version: 1.0 Build 2,

Added OpenCore Plus evaluation patch information for Quartus 7.1

1.0 Build 1

Initial release

1.0 Build 2

Added OpenCore Plus evaluation patch information for Quartus 7.1

1.0 Build 1

Microtronix Introduces Camera Link IP Core Solution for Altera’s Cyclone FPGAs

Wed, 06 Jul 2011 00:00:00 GMT

LONDON, ON—July 07, 2011—Microtronix®, a leading developer of high-performance intellectual property (IP) cores and FPGA products, introduces a new Camera Link IP Core for supporting all three performance tiers: base, medium and full configurations. The core targets a wide range of industrial and military imaging applications including machine vision, frame grabber and image conversion systems. The Camera Link IP Core offers system integrators a flexible design solution which can be configured to support a wide variety of camera resolutions and data formats. The core is supported with a hardware Design Kit and can be implemented in Altera’s Cyclone® FPGAs.

“The new Camera Link IP Core delivers an affordable solution for base, medium and full Camera Link configurations. Capable of supporting pixel speeds up to 85 MHz in Cyclone III FPGAs, the IP core provides system designers an ideal solution for building cost-effective camera link products.” Blair Bryce, Product Manager, International Sales & Marketing. “The core enables system designers to meet the ever-increasing bandwidth, cost and power requirements of performance vision systems by leveraging the benefits of Altera’s low-cost, low-power FPGA family.”

The Camera Link core is designed for building both Camera and Frame Grabber devices. It supports camera control signals, bi-directional serial Camera Link communication, and video data. A supporting Quartus® II software configuration GUI streamlines the design process. The use of Altera’s TimeQuest timing analyzer and design constraints achieves timing closure and design fit over temperature, power and voltage to ensure a stable and reliable end product.

Availability

The new Camera Link IP Core is available immediately through the Microtronix Webstore and through our International Distributor Network . For more information, please contact: Sales at Microtronix .

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Blair Bryce

Microtronix

(888) 690-0091 x297

sales@microtronix.com

ViClaro III HD Video Development kit Update

Fri, 25 Mar 2011 00:00:00 GMT

Released: pending

Email Sales to request download.

Microtronix Selected as a Preferred Arrow Partner for Mobile DDR Memory Controller IP Core

Mon, 22 Nov 2010 00:00:00 GMT

LONDON, Ontario—Monday, November 22, 2010—Microtronix, a leading supplier of performance memory controller intellectual property (IP) cores today announced it has been selected as the preferred memory controller IP Core partner for Arrow Electronics’ new FPGA-based BeMicro software development kit (SDK). Microtronix enhanced its Multi-port SDRAM Memory Controller IP Core to support mobile DDR memory devices on Cyclone IV family of FPGAs. As a committed Altera AMPP partner, Microtronix offers designers a free 1-year evaluation license to build and test hardware designs on the low-cost BeMicro SDK. IP Core licenses and reference design is available online here.

The BeMicro SDK is an Altera Cyclone® IV FPGA-based evaluation board in a plug-and-play USB stick form factor and includes a full suite of software development tools and hands-on training labs. The BeMicro SDK enables embedded software developers and hardware engineers to evaluate Altera’s Nios® II embedded soft-core processor targeting low-cost embedded designs.

“We selected Microtronix as a partner IP core vendor for the BeMicro SDK for their expertise in building high-performance Mobile DDR Memory Controller IP cores.” said Tom Shaar, Director, Altera Business at Arrow Electronics, Inc. “The Microtronix Memory Controller met all of our design objectives performance and their technical support and responsiveness was outstanding.”

Microtronix Multi-port SDRAM memory controller IP cores are targeted at high-performance single and multi-port streaming data and Altera Avalon-MM bus applications. To assure the highest level of performance and reliability, the IP core deliverables include full Synopsys Design Constraint support for the Altera TimeQuest timing analyzer and IP functional simulation models.

“The Microtronix Multi-port MDDR Memory Controller IP Core enables design engineers to leverage the benefits of Mobile DDR devices for building low-power embedded systems using next-generation Cyclone IV FPGA technology.” said Blair Bryce, Microtronix Product Manager. “By partnering with Arrow to support their BeMicro SDK program, we enable software developers and hardware design engineers to easily evaluate the Nios II embedded processor in a cost effective way.”

Availability

The Microtronix MDDR Memory Controller IP Core is available for immediate sale. For more information please visit our website or contact sales for details.

Hands-on Workshops

Arrow Electronics is conducting hands-on workshops globally, with demonstrations of the BeMicro SDK board and the use of soft-core processors. Attendees will learn how to create, compile, run and debug a software project in a Nios II embedded processor. More than 100 workshops are planned throughout North America, Asia and Europe starting in November 2010. Visit: www.arrow.com/bemicrosdk for more information.

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Blair Bryce
Microtronix Datacom Ltd.
(519) 690-0091 x297
bbryce@microtronix.com

Lancero SGDMA IP Core update now supports x8 PCI Express

Tue, 07 Sep 2010 00:00:00 GMT

LONDON, ON—September 7, 2010—Microtronix, a leading producer of highly integrated video imaging and intellectual property (IP) development solutions, today announced the release of the new Lancero. The new version targeting high bandwidth FPGA PCI Express applications now supports x8 PCI Express.

Lancero is a complete scatter-gather DMA PCI-Express solution for Altera FPGAs and processors running Linux.

Features

1, 2, 4 and 8 lanes PCI-Express (Gen1/Gen2).
Bidirectional read/write, read only, write only and target only configurations.
Configurable DMA data widths.
Asynchronous PCI-Express and DMA clock domains.
32 and 64-bits addressing.
MSI and legacy interrupts.
Altera SOPC Builder ready.
Altera Stratix IV GX, Arria II GX and Cyclone IV GX.
Intel x86, Intel Atom, PowerPC and ARM processors.

Windows

The next Lancero release will offer Windows driver support. We are currently looking for Windows customers, interested in participating in our beta test program to provide feedback on the Windows driver.

Availability

The new Lancero supporting x8 PCI Express is available immediately through the Microtronix Webstore and through our International Distributor Network.

An evaluation design is available for the Altera Stratix IV GX, Arria II GX and Cyclone IV GX development boards. To test drive the Lancero on your own hardware, please contact: Sales at Microtronix .

About Microtronix

Microtronix is a full service product development company offering an integrated suite of hardware and software design services tailored to quickly get new products to the marketplace. For over 20 years, Microtronix has empowered customers worldwide with custom networking communications products. Today, Microtronix continues to apply their proven engineering practices and expertise in developing innovative video solutions to design cost effective embedded products, FPGA based hardware, IP cores and printed circuit boards.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix and Marben Products team to Deliver a Single Box Solution for Migrating Legacy Network

Wed, 02 Jun 2010 00:00:00 GMT

Marben Products, an established provider of portable protocol suites for the control and management plans of New Generation Networks, announced today that it has signed a formal distribution agreement with Microtronix, a world leader in X.25 integration and migration with operations in North America, Europe and Latin America to distribute Microtronix Access 3000 and 4000 X.25-TCP/IP gateway products worldwide.

“In a context where carriers are phasing out their X.25 networks and where X.25 networks gets less and less market support, it is imperative for all x.25 users to find alternative solution”, said the Marben Products Marketing and Sales Director Michel Perin. “We do believe that Microtronix Access 3000/4000 products will enable us to offer our customers a solution to transparently move from X.25 to TCP/IP networks while preserving their current investment”.

Many legacy applications like CDR Collections using FTAM or CMISE/CMIP and X.400 messaging systems in various markets such as banking, defense, local and federal administrations still use X.25 networks. “By replacing the X.25 network modems and eliminating the need to lease expensive dial-up costs, Access 3000/4000 X.25-TCP/IP gateways reduce the amount of protocol overhead support, lower operating costs and increase efficiency” said Blair Bryce, Product Manager for Microtronix.

The Access 3000 Gateway offers comprehensive solutions to a migration from X.25 networking to TCP/IP networking. The product supports both X.25 to TCP conversion and X.25 over TCP encapsulation via XOT over IP (RFC 1613). By tunneling the X.25 packet layer over TCP, the gateway allows for seamless integration without modification or re-configuration of the X.25 devices. All network addressing is preserved. By transporting the packets, the gateway preserves all of the options of the X.25 protocol.

The new Access 4000 CDR Collection Manager offers a Call Detail Records (CDRs) collection platform in addition to an all-in-one X.25-TCP/IP protocol conversion gateway. It resides between the network elements and OSS management applications providing a complete end-to-end Switch (PSTN switches like Alcatel E10, Ericsson AXE10, Siemens EWSD, …) to Billing solution for service providers and large enterprise networks. Marben Products will present Microtronix Access 3000 and 4000 X.25-TCP/IP gateways during the OSS Billing & OSS World in Washington, DC on June 9-10 at the booth number #320.

About Microtronix

Microtronix began as a design and embedded engineering firm for custom networking equipment for the Telco marketplace, pioneering the X25 protocol. Today, Microtronix uses these same engineering skills to develop and support their own line of embedded products, specializing in the rapid development of FPGA based hardware, IP cores, printed circuit board and software solutions for embedded products. Microtronix provides a turnkey design-development service, with proven expertise in taking products from initial concept through to production.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
sales@microtronix.com

About Marben Products

For more than 25 years, Marben is providing key software solutions to telecom equipment manufacturers and services application providers for next generation service-driven networks. We deliver interoperable, robust and efficient solutions to help our customers accelerate their time to market. Our key products include:

MPLS/GMPLS control plane solution to improve the network capability and to offer new added-value services (fast path provisioning, bandwidth on demand…);
AAA solution to quickly connect your application to IMS and NGN control plane for dealing with Authentication, QoS, Policy and intelligent charging services;Efficient ASN.1 and XML data optimization tools to speed up the transfer of information over low-bandwidth network.

Over a half million MARBEN protocol stacks have been deployed in Telecom, DOD, financial and auto industries to name a few. Telecom players know for dependability such as Adtran, Alcatel-Lucent, Ciena, Cisco, Ericsson, Fujitsu, HP, Nortel, Oracle, NEC, Nokia Siemens Networks, and Tellabs have trusted MARBEN products for its high quality performance products, expertise and industry leading support.

Marben Products is located in Puteaux near Paris in France with sales office in Atlanta (Norcross) US and India.

Press Contact:

Robin Rice
Sales Director
Office: +1-770-709-7230
Mobile: +1-404-667-1936
robinrice@netechinc.com
Marben Products is an affiliate of NE Technologies, Inc.

Microtronix Introduces Scatter Gather DMA Engine for Altera PCIe Hard IP Cores

Mon, 03 May 2010 00:00:00 GMT

LONDON, ON—April 30, 2010—Microtronix, a leading producer of highly integrated video imaging and intellectual property (IP) development solutions, today announced the release of their new Lancero Scatter-Gather DMA Engine for PCI Express for Altera® FPGA's incorporating PCI Express Hard IP cores. The kit provides the IP and Linux software drivers to implement a bidirectional Scatter-Gather Direct Memory Access (DMA) Engine for PCI Express interfaces on Linux host computer systems.

The Lancero Design Kit offers a complete end-to-end hardware IP core and software driver package for exchanging full-duplex, high bandwidth streaming data over PCI Express. It leverages the Altera Avalon bus architecture to provide design engineers with an off-the-shelf, easy to use building block solution for interfacing high speed peripherals to Linux host computer systems. Applications include: medical and print imaging; wireless radio; high bandwidth data acquisition and logging; NAS solid state and memory storage systems; video surveillance, video capture, graphics frame-buffer overlays and digital signage.

“By packaging a powerful Scatter-Gather DMA Engine, a PCIe Bridge with Linux drivers, the Lancero Design Kit streamlines the engineering design task of adding high bandwidth peripherals into embedded systems.” said Norman McCall, president of Microtronix. "Using the supplied reference designs with the supporting Microtronix and Altera's IP cores, customers can significantly reduce their deign risk and time to market.”

Availability

The new Lancero Scatter-Gather DMA Engine for PCI Express is available immediately through the Microtronix Webstore link on the product page and through our International Distributor Network .

For more information, please contact: Sales at Microtronix .

About Microtronix

Microtronix has been in business for over 30 years. The company had its beginning as a designer of custom networking equipment targeted at the TELCO marketplace. The company has intensified their engineering skills on a line of embedded networking products and on providing a turnkey engineering design-development service from product concept through to full production. Microtronix specializes in the rapid development of FPGA-based hardware, IP cores, printed circuit boards and software solutions for embedded applications.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix Introduces new Video Over IP Add-on Kit for Altera and Microtronix FPGA Development Board

Fri, 30 Oct 2009 00:00:00 GMT

LONDON, ON—Oct. 30, 2009—Microtronix® Datacom Ltd., a leading producer of highly integrated video imaging and intellectual property (IP) development solutions, today announced the release of their new Video Over IP Add-on Kit for Altera® and Microtronix Cyclone III and Stratix III FPGA Development Boards. The kit provides the hardware, software, and IP required to implement a bidirectional bridge between DVB-ASI interfaces and RTP-UDP/IP over Ethernet.

The IP core accepts a video transport stream and encapsulates it for transmission over an Ethernet network using industry standard user datagram protocol (UDP)/IP network encapsulation, with real-time transport protocol (RTP) encapsulation. Pro-MPEG Code of Practice #3 (CoP3) forward error correction (FEC) is available as an option. The core supports full-duplex 100 Mbps and 1 Gbps Ethernet connections and can process up to 256 individual video streams. By using hardware encapsulation, the core can achieve line-rate gigabit Ethernet performance with minimal transmission latency.

“By supporting existing as well as new Cyclone III and Stratix III FPGA development platforms, the Video Over IP Add-on Kit enables designers to maximize their investment and knowledge in Altera Quartus tools and their existing FPGA development platforms." said Norman McCall, president of Microtronix. "Using the supplied reference designs with the supporting Microtronix and Altera's IP cores, customers can significantly reduce their design risk and time to market.” The reference designs can easily be tailored to specific application or onto other FPGA development platforms containing a HSMC header.

Availability

The new Video Over IP Add-on Kit is available immediately through the Microtronix Webstore and through our International Distributor Network .

For more information, please contact: Sales at Microtronix .

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix Boosts Mobile DDR Performance in Cyclone FPGA Designs

Fri, 04 Sep 2009 00:00:00 GMT

LONDON, Ontario—Monday, September 14, 2008—Microtronix®, a leading supplier of performance memory controller intellectual property (IP) cores today announced an upgrade of their Multi-port MDDR Memory Controller IP Core to support 200 MHz Mobile DDR (MDDR) memory devices in Cyclone II and Cyclone III devices. This upgrade represents an approximate 20% boost in system performance from the previous version enabling designer engineers to leverage the price-performance advantage of Cyclone FPGA's for high-volume, low-power and memory intensive consumer applications.

Microtronix SDRAM memory controller IP cores are targeted at high performance single and multi-port streaming data applications. To assure the highest level of performance and reliability, the IP core deliverables include full Synopsis Design Constraint support for the TimeQuest timing analyzer and IP functional simulation models.

“The Microtronix MDDR Memory Controller IP Core enables design engineers to leverage the benefits of Mobile DDR devices in next generation embedded system.” said Blair Bryce, Sales & Marketing. “For example: by switching existing design from DDR and DDR2 designs to MDDR devices they can minimize the power dissipation without sacrificing the clock speed of their memory system. They also benefit from the longer product life-cycle of MDDR devices compared with DDR and DDR2 consumer memory solutions.”

The Microtronix MDDR Memory Controller IP Core is available with either a native Read and Write bus interface or an Altera Avalon bus for incorporation into Nios II soft-core processor systems. The cores support Cyclone, Stratix and Arria FPGA devices. Customers can request a free evaluation here .

Pricing & Availability

The Microtronix MDDR Memory Controller IP Cores are available for immediate sale. Contact: sales@microtronix.com for details.

About Microtronix

Microtronix has been in business for more than 20 years. The company had its beginning as a designer of custom networking equipment targeted at the TELCO marketplace. The company now focuses their engineering skills on a line of embedded networking products and on providing a turnkey engineering design-development service from product concept through to full production. Microtronix specializes in the rapid development of FPGA based hardware, IP cores, printed circuit board and software solutions for embedded applications.

The company has two business groups: networking products for the Telecom marketplace and specialty high performance, specialty IP Cores based on Altera family of FPGA devices and supporting FPGA development platforms. The company also offers engineering design service for each of these technologies with the goal to provide customers with cost effective solution, which exceed their requirements for service, quality and functionality.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix appoints new South America Sales Director

Thu, 03 Sep 2009 00:00:00 GMT

LONDON, ON – Sept. 03, 2009 - Microtronix® Datacom Ltd., a world leader in X.25 integration and migration, is very pleased to announce the appointment of Mr. Alberto J. de Barros as our Director - South America.

Alberto brings a wealth of experience and a long history with Microtronix. He is fully supported with an exceptional design, software, hardware and engineering team with world class success in integration and migration of legacy X.25 protocols onto IP networks.

Microtronix Brasil

R. Moacir Avidos 514/302
Vitoria, ES
Tel: (55) 27-9941-9595

Alberto J. de Barros
Director - South America
alberto@microtronix.com

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix wins major contract in Asia-Pacific

Wed, 15 Apr 2009 00:00:00 GMT

LONDON, ON – April 15, 2009 - Microtronix® Datacom Ltd., a world leader in X.25 integration and migration, is pleased to announce that it has been awarded a major contract from Telekom Malaysia (TM). Microtronix will install one hundred and forty-five (145) of its' Access 3000 X.25 TCP/IP Gateway systems and provide installation and ongoing technical support for TM's IP backbone from their Alcatel and NEC switches.

“We are very pleased with the level of customer service KW Leung and his team at Dascom Technology Ltd. have displayed in supporting our products in the rapidly expanding Malaysian marketplace." said Norman McCall, President, CEO of Microtronix. Microtronix markets and sells its products and software development to major Telecoms and Telco's in 43 countries worldwide. Customers include: AT&T, Bell Canada, Qwest, Pac-Bell, Verizon, British Telecom, Deutsche Telecom, Time Warner and numerous mid-sized and regional Telco's.

"Based on the results of the intensive study, we discovered that the Access 3000 X.25 - TCP/IP Gateway offers an array of benefits that are crucial to TM's environment, an iron-clad system reliability, breakthrough application performance, and superior level of technical support,” KW Leung, Director of Dascom Technology Ltd.

About Telekom Malaysia Berhad (TM)

Telekom Malaysia is the largest telecommunication company in Malaysia and is also Southeast Asia's second-largest telecommunication company with operating revenue of more than RM16 billion and total assets over RM41.8 billion. TM has government shareholdings of over 36%. Telekom Malaysia is headquartered in Kuala Lumpur, Malaysia and is a publicly traded company with over 30,000 employees.

For further information, visit: Telekom Malaysia Berhad

About Dascom Technology Ltd.

Dascom Technology headquartered in Hong Kong and with offices in Beijing and Malaysia is the Microtronix distributor responsible for the Telekom Malaysia application. Dascom has a major manufacturing facility in Jiangmen in Guangdong province and has over 150 direct sales offices across mainland China.

Press Contact:

KW Leung
Dascom Technology
+852-2498-1507
kwleung@dascom.com.hk

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Video Demonstrating Key Advantages of Altera's Cyclone III FPGAs is Now Available on the Microtronix Website

Thu, 26 Feb 2009 00:00:00 GMT

LONDON, ON – February 26, 2009 -Microtronix® Datacom Ltd., a leading producer of highly integrated video imaging and intellectual property (IP) development solutions, has released a downloadable video demonstrating the key advantages of the Altera® Cyclone III processing 480i - 1080p video scaler, motion-adaptive deinterlacer IP and alpha blending graphics overlay is now available on the Microtronix website. In addition, the demo highlights the major advantage of the Microtronix Multi-port DDR2 Memory Controller IP Core which is its ability to achieve a memory access efficiency of 95% in Avalon multi-master video applications. The Microtronix Multi-port DDR2 Memory Controller IP Core outperforms all other leading off-the shelf single-port memory controllers by over 30%.

"Design engineers looking for Stratix performance on a Cyclone budget can now see first hand how the Microtronix ViClaro III HD Video IP Development Kit outperforms all other Cyclone III development kits," says Norman McCall, President, CEO of Microtronix. "View the demo by visiting "View the demo by visiting YouTube and discover what all the excitement is about.”

Bundled with the world-class Microtronix Multi-port DDR2 Memory Controller IP Core and suite of Quartus HD video Reference Designs, the ViClaro III HD Video IP Development Kit features the highest density Cyclone III FPGA, the EP3C120 device, as well as an HD multimedia interface (HDMI), PCI Express, USB 2.0 PHY, and a four-lane PCI Express PHY. With its system integration capabilities, the kit is an ideal starting point for developing HDTV systems, broadcast video conversion/processing applications, HD projectors or plasma/LCD TVs, DVD recorders and cameras, video test and measurement equipment, and medical diagnostic equipment.

Supplied Quartus Reference Designs

Leverage the performance capabilities of the Microtronix Multi-port DDR2 Memory Controller to drive the 64-bit DDR2 data bus at up to 190 MHz in a Cyclone III C7 speed grade device!

HD Frame Capture to LVDS
Deinterlace and scale 480i input to 720p
Motion Adaptive Deinterlacer: 1080i input to 1080p
Dynamically scale progressive input formats to 1080p
Logo overlay on 720p input
Quad LVDS links driving 1080p 100/120 Hz display panel
PCI Express demo

Included Suite of IP Cores

One Year Single User Node License for the following:

Avalon Multi-port DDR2 Memory Controller IP Core
Video LVDS Transmitter / Receiver IP Core
I2C Master Controller IP Core

Availability

The Microtronix ViClaro III HD Video IP Development Kit is available for immediate sale. For full details on how to order contact: Sales at Microtronix

About Microtronix

Microtronix has been in business for more than 30 years. The company had its beginning as a designer of custom networking equipment targeted at the TELCO marketplace. The company now focuses their engineering skills on a line of embedded networking products and on providing a turnkey engineering design-development service from product concept through to full production. Microtronix specializes in the rapid development of FPGA-based hardware, IP cores, printed circuit board and software solutions for embedded applications.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix and Galaxy Far East Corp. Announce Distribution Agreement for FPGA-based and IP Core Development Kit

Fri, 02 Jan 2009 00:00:00 GMT

LONDON, ON – Jan. 2, 2009 - Microtronix® announced today that it has signed a formal distribution agreement Galaxy Far East Corp. (GFEC), one of the leading distributors of electronic components in Taiwan, Hong Kong and China. GFEC carries the complete line of Microtronix FPGA and intellectual property (IP) Core products. The two companies are focusing on increasing the presence of highly integrated video imaging processing and IP development solutions in Taiwan.

"Microtronix is delighted to extend our dealer network with the addition of GFEC to offer a variety of quality video IP development products to meet the needs of their customers." said Norman McCall, President, CEO of Microtronix. "Using our advanced multi-port memory controller IP technology we enable customers to leverage the cost advantages of Altera's Cyclone III FPGAs to build next-generation consumer HD 1080p, 100/120 Hz video display systems."

Bob Hsia, President of GFEC comments, “Our signing with Microtronix confirms our respect for their product line up and market leading position in FPGA and IP Core products. The partnership with Microtronix is comprehensive and includes training, technical and marketing programmes. We're pleased to be bringing our competitive strengths of successful product strategy, vertical integration of product ranges and our specialist technical distribution approach to our partnership with Microtronix.”

Microtronix provides designers with all of the building blocks they need to integrate Flat Panel Displays into their next product and to develop advanced HD video systems. The new ViClaro III Video IP Development Kit with its suite of HD Video Quartus Reference Designs leverages the design advantages of the Altera Avalon-ST video interconnect framework and the Microtronix Avalon Multi-port DDR2 Memory controller to greatly simplify the development of HD 1080i/1080p video systems reducing the engineering design cycle and development costs. The Kit is an ideal solution for building next-generation HD 1080p 100/120 Hz video systems used in a broad range of applications such as: video surveillance, broadcast, video conferencing, medical imaging and flat panel displays.

About GFEC

Founded in 1979, Galaxy Far East Corporation (GFEC) is the first A/D converter importer in Taiwan and the first local electronic component distributor introducing Harris and Altera products into Taiwan. Over the past 20 years or so, GFEC has been a successful technology and service oriented distributor with glorious achievements. Now GFEC is a public company in Taiwan listed on TSE (Taipei Stock Exchange).

GFEC has been growing steadily over the years as witnessed by the progress in various aspects, either in product R&D or market expansion, and all have been getting on the right track. GFEC has a well-organized technology application team to provide technical support for customers developing products with its products. GFEC's customers are coming from all industries and areas, including IT, communication, industrial electronics, and military industry. Today, GFEC is one of the leading distributors of IC products in Taiwan and China. Especially in recent years when high-tech industries are growing rapidly, GFEC has taken the opportunity to accelerate the R&D of PLD technology to facilitate the enterprise to enter the market and to help customers develop their products according to their time to market.

Nowadays, almost all high-tech chipsets and ASICs (Intersil, Micrel, Micrel-Synergy, GenesysLogic, Teknovus, IXYX, Crystal Media), PLDs (Altera), logic ICs (AverLogic, Terawin), wireless BB & RF (Altair, DesignArt, TM ), GPS solution (Trimble), audio codec (Tenor), processor (IntellaSys, Cyan, CoreRiver), multimedia platform (Socel), high-speed connector (Samtec), etc are distributed by GFEC.

Press Contact:

Mr. Shane Lo,
Executive Assistant to President,
Galaxy Far East Corp.,
14F, No. 207-5, Sec. 3, Peihsin Rd.,
Hsintien City, Taipei County,
Taiwan
Tel: +886 (02) 8913-2200
Fax: +886 (02) 8913-2277
Shane.lo@gfec.com.tw
www.gfec.com.tw

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix updates Multi-port SDRAM Memory Controller IP Cores to support Stratix III and Arria GX FPGA devices.

Mon, 10 Nov 2008 00:00:00 GMT

LONDON, ON.,—Nov. 10, 2008—Microtronix® Datacom Ltd., a leading producer of highly integrated video imaging and intellectual property (IP) development solutions, announced today it has updated its high performance line of Multi-port SDRAM Memory Controller intellectual property (IP) cores to support the growing demand for next generation Altera® Stratix® III and Arria® GX family of field programmable gate array (FPGA) devices. Engineers designing high performance video and image processing systems can now leverage the latest in FPGA technology in combination with world class memory controllers to produce leading edge video processing solutions.

To improve performance of the Memory Controller IP cores, the internal structure was redesign to improve clock distribution networks and incorporate new architectural features available in Stratix III devices. These design changes improved timing closure and boosted DDR2 memory performance from 333 MHz in a Stratix II to over 400 MHz in a top speed grade Stratix III device.

“Our knowledge of FPGA device architectures enables Microtronix to maintain our leadership position in supplying performance memory controller for Altera FPGA and HardCopy™ devices.” said Norman McCall, president of Microtronix. "By purchasing an off-the-shelf memory controller core, customer's decrease their engineering design risk, time to market schedules, and reduce their total project development costs.”

Microtronix IP cores target SDR, DDR, Mobile DDR and DDR2 memory devices. They support Altera Cyclone®, Stratix®, and Arria® GX device families.

Availability and Support

Microtronix intellectual property (IP) cores are currently available for immediate sale. The standard license includes one year of maintenance updates. For full details on licensing and available selection of Microtronix off-the-shelf IP cores contact: Sales at Microtronix

An OpenCore Plus evaluation license is available to allow engineers to simulate the behavior of a Microtronix IP core within the targeted system, verify in-circuit the functionality of the design, and evaluate its size and speed quickly and easily. To obtain a free OpenCore Plus evaluation license please visit the product webpage and click on the request evaluation license icon.

About Microtronix

Microtronix has been in business for over 30 years. The company had its beginning as a designer of custom networking equipment targeted at the TELCO marketplace. The company has intensified their engineering skills on a line of embedded networking products and on providing a turnkey engineering design-development service from product concept through to full production. Microtronix specializes in: the rapid development of FPGA-based hardware, IP cores, the design of printed circuit boards and software solutions for embedded applications.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.

Microtronix and Fujisoft announce Asian Pacific (APAC) Distribution Agreement

Tue, 02 Sep 2008 00:00:00 GMT

LONDON, ON—Sept. 02, 2008 - Microtronix® Datacom Ltd. announced today that it has signed a formal distribution agreement with Fujisoft Incorporated Japan's largest and leading embedded technology distributor with 22 offices throughout the country. Fujisoft carries the complete line of Microtronix FPGA and IP Core products. The two companies are focusing on increasing the presence of highly integrated video imaging and intellectual property (IP) development solutions in Japan.

Fujisoft offers Microtronix access to an extensive dealer network and user base, which has tremendous growth potential," said Norman McCall, President, CEO of Microtronix. "This is a major step towards greater access to Microtronix products and realizing the growth targets we have set."

Microtronix provides designers with all of the building blocks they need to integrate Flat Panel Displays into their next product and to develop advanced HD video systems. The new ViClaro III Video IP Development Kit with its suite of HD Video Quartus Reference Designs leverages the design advantages of the Altera Avalon-ST video interconnect framework and the Microtronix Avalon Multi-port DDRr2 Memory Controller to greatly simplify the development of HD 1080i/1080p video systems reducing the engineering design cycle and development costs. The Kit is an ideal solution for building next-generation HD 1080p 100/120 Hz video systems used in a broad range of applications such as: video surveillance, broadcast, video conferencing, medical imaging and flat panel displays.

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix to Present, “We Can Drive Your Next Video Application!” training session to over 150 Arrow field application engineers (FAEs) in Denver, CO.

Wed, 27 Aug 2008 00:00:00 GMT

LONDON, ON-August 27, 2008 - Microtronix® Datacom Ltd., a leading supplier of highly integrated video imaging and intellectual property (IP) development solutions, announced today that its premier distributor partner Arrow has invited Microtronix to provide an accelerated training program during the Arrow Centralized Training event slated for the second week of September.

Attendees will learn how Microtronix provides designers with all of the building blocks they need to integrate Flat Panel Displays into their next product with the ViClaro III Video IP Development Kit. Bundled with all of the necessary Reference Designs and IP Cores, including the High Performance Multi-port DDR2 Memory Controller the kit serves a broad range of markets, including consumer, military, medical, and automotive applications. Whether your application is 640x480, 1600x1200 or 1920 x 1080 at 120 Hz or beyond, Microtronix can deliver all your video application requirements.

"We are extremely pleased to be able to participate in this unique event this year," said Norman McCall, President, CEO. "By quickly learning how to use our new HD Video IP development technology based on an Altera® Cyclone® III FPGA, FAEs can help design engineers take advantage of Altera's Quartus® II design software to accelerate their design process and shorten their time-to-market.”

Having already shipped the ViClaro III HD Video IP Development Kit throughout the Middle East, South Asia, Asia-Pacific. Microtronix is pleased to announce this fall's new, “We Can Drive Your Next Video Application!” promotion with Arrow and Altera to make available to the rest of the world.

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix partners with Aldec to increase availability and portability of its High Performance Multi-port SDRAM Memory Controller IP cores.

Tue, 12 Aug 2008 00:00:00 GMT

LONDON, ON—August 12, 2008 - Microtronix® Datacom Ltd., a leading supplier of highly integrated video imaging and intellectual property (IP) development solutions, announced it has partnered with Aldec Inc., Henderson, USA, a pioneer in mixed language verification and advanced debugging tools for FPGA and ASIC devices.

The High Performance Multi-port SDRAM Memory Controller IP Cores from Microtronix is ideally suited for building low latency Avalon multi-master streaming data systems and video applications. Advanced design features enable maximum system clock rates using low speed FPGA's and standard memory devices with fewer memory components, lowering your production cost, and saving you money.

The core allows the system bus architecture to be partitioned and independently clocked to achieve maximum performance. Each port is supported with a data FIFO cache which effectively doubles memory bandwidth on sequential address or cache hits. FIFO depth can be tailored for either streaming or random access. Fast tracking your project and minimizing your engineering design effort. The partnership will ensure that Aldec's Active-HDL and Riviera simulator users can readily download and simulate a very advanced and mature MP SDRAM MC IP Cores.

"Partnering with Aldec to support their simulator tools is proving to be a successful way to increase the availability and portability of our IP cores between design environments." stated Norman McCall, CEO of Microtronix. "We are extremely pleased with the support we have received from Aldec's engineering team to ensure our IP cores are compatible with the Active-HDL and Riviera mixed language simulators operating on Windows and Linux platforms".

Availability

The Multi-port SDRAM Memory Controller IP Cores with Active-HDL and Riviera support is available today. To download an evaluation copy please email sales@microtronix.com. The Multi-port SDRAM Memory Controller IP core library is sold and supported by Microtronix and its distributors, while Active-HDL and Riviera are sold and supported by Aldec, Inc and its distributors.

About Aldec

Aldec, Inc., established in 1984 EDA tool provider, is committed to delivering high-performance, HDL-based design verification software for UNIX®, Linux® and Windows® platforms. Aldec is dedicated and responsive to serving its customers' needs. It is recognized that to be productive in today's market and to best serve customers in the future, new technologies and innovations that go beyond traditional methods of conducting business in the EDA industry must be pursued. Aldec is committed to customer service and is actively developing a company that will evolve along with its customers' designs. Additional information about Aldec is available at http://www.aldec.com .

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Kane Computing signs United Kingdom (UK) Distribution Agreement with Microtronix

Tue, 15 Jul 2008 00:00:00 GMT

LONDON, ON—July 15, 2008 - Microtronix® Datacom Ltd., a leading supplier of highly integrated video imaging and intellectual property (IP) development solutions today announced that it has signed a distribution agreement with Kane Computing Ltd, to distribute Microtronix solutions including the ViClaro III™ HD Video IP development kits in the UK and throughout Europe.

ViClaro III™ is ideal for building next-generation HD 1080p 100/120 Hz video systems to be used in a broad range of applications such as: video surveillance, broadcast, video conferencing, medical imaging and flat panel displays. An integrated suite of HD Video Quartus Reference Designs, which greatly simplifies the development of HD 1080p video systems to reduce the overall costs of many workflows, are based on Altera's Avalon VIP system interconnected framework and supported by the Microtronix Avalon Multi-port DDR2 Memory Controller IP core.

The ViClaro III HD Video IP Development Kit includes the following:

Video Host board featuring an Altera EP3C120 Cyclone™ III FPGA and 256 MB 64-bit DDR2 memory
4-lane PCIe PHY
DVI or HDMI Receiver / Transmitter Daughter Cards
Quad Link LVDS supports up to 1080p 100/120 LCD Display Panel
72 LVDS channels on HD Video Host board
Suite of HD Video Quartus Reference Designs
LVDS loopback cables

“We are delighted to partner with Microtronix” said KCL Managing Director, Richard White. “Offering its cutting edge HD Video IP Development solutions is in perfect keeping with KCL's commitment to provide our customers with the latest and most innovative products to expedite engineers' development efforts and reduce their time to market.”

“We are proud to be part of the KCL family of product offerings,” said Norman McCall, President, CEO of Microtronix. “Design engineers, located in the UK, can now take advantage of a flexible, powerful DVI, HDMI, SDI, HD/HDTV and PCIe design-evaluation platform for the development of video processing IP algorithms.”

About Kane Computing Ltd.

KCL ( www.kanecomputing.co.uk ) has been providing Image Processing, DSP and high performance computing products for use in industry, education and research since 1987. KCL has extensive knowledge and experience of providing video compression solutions for many industries particularly for digital video security and high quality broadcast applications. KCL has a policy of continual improvement and operates its business in accordance with the requirements of ISO9001:2000. KCL is also approved under the Investors in People programme.

Press Contact:

Pauline Lightburn
Kane Computing Ltd.
Tel; 01606 351006
pauline@kanecomputing.com

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix and Cranes Software International Ink Middle East Distribution Agreement

Wed, 25 Jun 2008 00:00:00 GMT

LONDON, ON—June 25, 2008 - Microtronix® Datacom Ltd. and Cranes Software International Limited announced today that the companies have entered into a Middle Eastern agreement for the distribution of Microtronix FPGA and IP Core solutions.

Microtronix provides a complete range of innovative, highly integrated, out-of-the-box, video imaging and intellectual property (IP) development solutions. Ideal for building next-generation HD 1080p 100/120 Hz video systems to be used in a broad range of applications such as: video surveillance, broadcast, video conferencing, medical imaging and flat panel displays.

Microtronix products available from Cranes Software International Ltd include the ViClaro III™, Avalon SDRAM Multi-port Memory Controller IP Core™, Streaming SDRAM Multi-port Memory Controller IP Core ™, HD Video LVDS SerDes Transmitter / Receiver IP Core™ and Firefly II Product Starter Kit. These products are featured in Cranes Software International Ltd.'s print and online catalogs and are available for purchase directly from Cranes Software International Ltd.'s.

About Cranes Software International Limited

Cranes Software International Limited is a company that provides Enterprise Statistical Analytics and Engineering Simulation Software Products and Solutions across the globe. The Company's business interests span Products, Productized Solutions, Services and R & D in future technologies.

Today, Cranes Software has its presence in 39 countries across the world and has a 350,000 strong global user base. Cranes Software offers a range of proprietary products - SYSTAT, SigmaPlot, SigmaStat, SigmaScan, TableCurve 2D, TableCurve 3D, PeakFit, NISA, XID, XIP, Survey ASYST, iCapella, InventX and world-renowned products from reputed principals such as Engineering Technology Associates, Livermore Software Technology Corporation, The Mathworks, Texas Instruments and IBM.

Press Contact:

Imran Sayeed
Cranes Software International Limited
+ 91 080 40105200
imran@cranessoftware.com@cranessoftware.com

About Microtronix

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

PSK Development Kit Version 1.4

Sun, 18 May 2008 00:00:00 GMT

Request Download →

Released: 18 May 2006

Overview

The Microtronix PSK is designed to work with Quartus II v7.0 and the Altera Nios II Development Kit v7.0 or the Altera Nios II Processor and Toolchain evaluation package.

The Microtronix PSK CD includes the following items:

A series of reference designs that support the PSK and Ethernet - USB Expansion and CompactFlash Expansion boards.
The Microtronix PSK SOPC components.
The PSK Configuration Software package.

Installing and Removing the Release

It is recommended that you install the Microtronix Nios II Linux Distribution v1.4.1 before the Microtronix PSK.

This release has been wrapped with an installer application and therefore removal of the software should be done following the normal Windows procedure ("Add or Remove Programs" from the Control Panel, or the shortcut "Microtronix -> PSK 1.4 -> Uninstall Microtronix PSK" under the Start menu).

The readme.txt should open automatically after the installation process is complete.

Directory Structure

After the installation has completed the following locations should have been populated (assuming NR = C:altera70nios2eds, QR = C:altera70quartus):

QRsopc_buildercomponentsmtx_psk_1c12
QRsopc_buildercomponentsmtx_psk_2c20
QRsopc_buildercomponentsmtx_psk_2c35
QRsopc_buildercomponentsmtx_psk_2c50
NRexamplesverilogmtx_psk_1c12
NRexamplesverilogmtx_psk_2c20
NRexamplesverilogmtx_psk_2c35
NRexamplesverilogmtx_psk_2c50
NRexamplessoftwarelinux
QRsopc_builderdocumentsmicrotronix_psk
QRsopc_builderdocumentsmicrotronix_pskmicrotronix_firefly
QRsopc_builderdocumentsmicrotronix_pskmicrotronix_firefly2

Support

The niosforum website ( www.niosforum.com ) is an excellent place to leave feedback and/or ask questions. Microtronix also provides various support packages.

ViClaro II Video Enhancement IP Development Platform Version 1.1

Fri, 09 May 2008 00:00:00 GMT

Download Now →

Released: 9 May 2007

Overview

The Microtronix ViClaro II Video Enhancement IP Development Platform is targetted at the development of consumer video display and imaging systems. It is designed to demonstrate the capabilities of Altera's Cyclone II for video and image enhancements applications in Video Display Controller ASSP systems.

This kit is designed to install on a system with:

Quartus II v7.0 or Quartus II v7.0 Web Edition (available from the Altera web site).

The ViClaro II Board includes the following items:

Quartus project reference design that works with Quartus II v7.0 or Quartus II v7.0 Web Edition
Microtronix HDMI Receiver and Transmitter SOPC Builder Components
Documentation
Evaluation versions of Microtronix Multi-port SDRAM and I2C IP (required to build reference design)

Rebuilding the Example Design

The example design makes use of the Microtronix I2C Master/Slave IP Core and the Microtronix Multi-Port SDRAM Memory Controller IP Core. Evaluation versions are included in this distribution. Evaluation licenses can be obtained by contacting sales@microtronix.com

Before compiling this project the following steps must be completed:

1. From the Project menu, select Add/Remove Files In Project

2. Remove all existing files

3. Add Microtronix I2C package file (default location C:/altera/70/quartus/sopc_builder/components/mtx_avalon_i2c/mtx_avalon_i2c_package.vhd)

4. Add Microtronix SDRAM package file (default location C:/Program Files/Microtronix/Multi-Port SDRAM Controller/synthesis/mtx_sdram_package.vhd)

5. Select User Libraries from the Category column

6. Remove existing Microtronix I2C and SDRAM libraries

7. Add Microtronix I2C library (default location C:/altera/70/quartus/sopc_builder/components/mtx_avalon_i2c/)

8. Add Microtronix SDRAM library (default location C:/Program Files/Microtronix/Multi-Port SDRAM Controller/synthesis/)

9. Click OK

Installing and Removing the Release

The release has been wrapped with a setup program. To install the release, run the setup.exe file that is included in the package. Removal of the software package should be done by following the normal Windows procedure ("Add or Remove Programs" from the Control Panel).

Directory Structure

After the installation has completed the following locations other than the install directory should have been populated (assuming QR is the Quartus II directory):

QRsopc_builderdocumentsmicrotronix_viclaro_ii [Related documentation]
QRsopc_buildercomponentsmtx_viclaro_ii [board component]
QRsopc_buildercomponentsviclaroii_avalon_hdmi_rx [HDMI receiver]
QRsopc_buildercomponentsviclaroii_avalon_hdmi_tx [HDMI transmitter]

Support

Microtronix provides various support packages.

Cyclone II - Firefly II Module CD Package Version 1.3

Thu, 20 Mar 2008 00:00:00 GMT

Download Version 1.3 Now →

Released: 20 March 2007

Overview

The Microtronix Firefly II is designed to work with Quartus II v7.0 and the Altera Nios II Development Kit v7.0 or the Altera Nios II Processor and Toolchain evaluation package.

The Microtronix Firefly II CD includes the following items:

Reference designs that support the Firefly II 2C20, 2C35 and 2C50.
The Microtronix Firefly II SOPC components.
Documentation

Installing and Removing the Release

This release has been wrapped with an installer application and therefore removal of the softwaree should be done following the normal Windows procedure ("Add or Remove Programs" from the Control Panel or the Microtronix -> Firefly II 1.3 -> Uninstall Microtronix Firefly II shortcut under the Start menu).

The readme.txt file should open automatically after the installation process is complete.

Directory Structure

After the installation has completed the following locations should have been populated (assuming QR = Quartus directory NR = Nios II directory):

QRsopc_buildercomponentsmtx_psk_2c20
QRsopc_buildercomponentsmtx_psk_2c35
QRsopc_buildercomponentsmtx_psk_2c50
QRsopc_builderdocumentsmicrotronix_firefly2
NRexamplesverilogmtx_psk_2c20
NRexamplesverilogmtx_psk_2c35
NRexamplesverilogmtx_psk_2c50

Support

The niosforum website ( www.niosforum.com ) is an excellent place to leave feedback and/or ask questions. Microtronix also provides various support packages.

Lancelot VGA Controller IP Design Kit Version 4.1

Tue, 01 Jan 2008 00:00:00 GMT

Download Now →

Released: 28 November 2005

Overview

The Microtronix Lancelot is a VGA video controller for the Altera Nios II Embedded Processor. Lancelot can display an image with a resolution up to 1024 x 768 pixels with 256 colors.

The Lancelot core is written in VHDL and can be synthesized for all Altera FPGA devices including the new Stratix II and Cyclone II devices. The Lancelot VGA board can be used on any Altera Nios II development board. It has an 24-bits video DAC, VGA connector, stereo audio jack and two PS2 connectors.

The Microtronix Lancelot Kit is designed to work with Quartus II Version 6.0 and the Altera Nios II Development Kit Version 6.0 or the Altera Nios II Processor and Toolchain evaluation package.

The Microtronix Lancelot download includes the following items:

Reference designs that support Altera Development Boards.
The Lancelot SOPC components.
Documentation

Installing and Removing the Release

This release has been wrapped with an installer application and therefore removal of the softwaree should be done following the normal Windows procedure ("Add or Remove Programs" from the Control Panel or the Microtronix -> Lancelot 4.1 -> Uninstall Microtronix Lancelot shortcut under the Start menu).

The readme.txt file should be open automatically after the installation process is complete.

Directory Structure

After the installation has completed the following locations should have been populated (assuming QR = Quartus directory NR = Nios II directory):

QRsopc_buildercomponentslancelot_vga
NRexamplesverilog
QRsopc_builderdocumentslancelot

Getting Started

To run the demonstration for the Lancelot Board:

Plug the Lancelot board onto header J11, J12, and J13 on the Altera Development Board (J15, J16, J17 on Altera Cyclone II Board)
Connect a VGA monitor to J4 on the Lancelot Board
Start the Nios II IDE.
Build a C/C++ application using the lancelot software example. Be sure to select one of the installed quartus projects from this download.
Program the SOF file from the quartus project directory into the FPGA
Upload the image.bin to offset 0x200000 of your flash. The file can be found in your C/C++ application project.
Run the C/C++ application.
The connected VGA monitor will toggle between two different images.

Support

The niosforum website ( www.niosforum.com ) is an excellent place to leave feedback and/or ask questions.

Microtronix Enhances 1080p Display Quality With Cyclone III FPGA-Based Development Kit

Wed, 05 Dec 2007 00:00:00 GMT

Comprehensive Image-Enhancement Kit Accelerates Design Process

San Jose, Calif., Dec. 5,2007—Tapping into the high functionality, low power and low cost of Cyclone® III FPGAs from Altera Corporation (NASDAQ: ALTR), Microtronix Datacom Ltd. has released the newest member of its ViClaro family of video intellectual property (IP) development kits, the companies announced today. Developed in cooperation with Altera, the ViClaro III HD Panel Display Interface - Video IP Development Kit helps high-definition (HD) video display designers proficiently build highly integrated, next-generation HD 1080p, 100‑/120‑Hz frame rate conversion television sets or panel display systems.
“Our ViClaro III kit, with the Cyclone III FPGA as its engine, provides a comprehensive engineering design and evaluation platform,” said Norman McCall, CEO at Microtronix. “Using our kit, designers can efficiently develop video-processing IP algorithms to support an array of display applications providing superior picture quality.”

The ViClaro III kit features the highest density Cyclone III FPGA, the EP3C120 device, as well as an HD multimedia interface (HDMI) and USB 2.0 PHY. With its system integration capabilities, the kit is an ideal starting point for developing HDTV systems, broadcast video conversion/processing applications, HD projectors or plasma/LCD TVs, DVD recorders and cameras, video test and measurement equipment, and medical diagnostic equipment.

“Microtronix's ViClaro III board will help NXP develop and deliver the most advanced visual enhancements in the shortest time possible. This capability supports NXP's commitment to enhancing the HDTV experience, as demonstrated by the recently launched PNX5100, the market's first video postprocessor with our proprietary Motion Accurate Picture Processing technology,” said Jos Klippert, marketing director for digital television at NXP. “We'll be able to quickly deliver the exact display features consumers desire when they demand them, while also creating a low-risk bridge between major chipset releases. Quite simply, employing Cyclone III FPGAs in this way provides us with a clear advantage in this rapidly changing market.”

Leading video processing technology company Let It Wave, a longtime user of Altera® FPGAs, recently began developing with the kit. “The ViClaro III kit helps us introduce new video processing products and demonstrations to our customers more quickly,” said Mark Shand, vice president, engineering, Let It Wave. “Cyclone III FPGAs are the ideal vehicle for allowing us to develop the most advanced and affordable display enhancement technologies.”

Kit's Rich Resources Deliver Quality and Design Efficiency

With Microtronix's kit, designers have access to:

ViClaro III HD Video Host Board, which contains the Cyclone III EP3C120 FPGA, USB 2.0 PHY, and DDR2 memory interface
Quad Link LVDS Panel Display Interface Card, which supports 48 LVDS receive and transmit links, each with five data channels and one clock for a total of 48 LVDS channel pairs
Two Altera device-compliant high-speed mezzanine connectors (HSMC) and one dedicated HSMC LVDS connector for adding an application-specific daughtercard
HDMI 1.3 Dual Receiver Card (optional), which interfaces two 36-bit deep-color HDMI 1.3 input video ports to the ViClaro II host board

“Cyclone III FPGAs are packed with features that drive video image enhancement, from their high memory bandwidth to embedded multipliers, integrated differential I/Os and dynamically reconfigurable phase-locked loops,” said Todd Scott, senior director of Altera's broadcast business unit. “The ViClaro III kit is the latest joint effort that demonstrates the commitment between Altera and Microtronix to support higher quality, more affordable, low-power video display products for a variety of industries.”

The ViClaro III development kit is priced at $3995. For more information, visit www.microtronix.com . For more information on Cyclone III FPGAs, visit www.altera.com/cyclone3 .

About Altera

Altera programmable solutions enable system and semiconductor companies to rapidly and cost effectively innovate, differentiate and win in their markets. Find out more at www.altera.com .

Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations and all other words that are identified as trademarks and/or service marks are, unless noted otherwise, the trademarks and service marks of Altera Corporation in the U.S. and other countries. All other product or service names are the property of their respective holders.

Press Contact:

Ivanya Terrazas
Altera Corporation
(408) 544-6397
newsroom@altera.com

About Microtronix

Microtronix has been in business for over 30 years. The company had its beginning as a designer of custom networking equipment targeted at the telco marketplace. The company has intensified their engineering skills on a line of embedded networking products and on providing a turnkey engineering design-development service from product concept through to full production. Microtronix specializes in the rapid development of FPGA-based hardware, IP cores, printed circuit board and software solutions for embedded applications.

Press Contact:

Blair Bryce
Microtronix Datacom Ltd.
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix Responds to Lucent 3A Translator Market Demands with Replacement SMDI Translator

Tue, 29 May 2007 00:00:00 GMT

LONDON, Ontario—Tuesday, May 29, 2007—Microtronix®, a leading provider of Telcom solutions, declares its strategy for Lucent 3A Replacement technology with an increase in production for its SMDI (Simplified Message Desk Interface), MDR (Message Detail Records) and API (Application Programming Interface) Translator. Due to significant increase in market demand for Lucent 3A Translator replacements, Microtronix has initiated the largest production build-out in the company's history.

Microtronix, the sole source for the replacement of Lucent 3A Translator's, announced today this extended production will provide our North American distributors with 48 hour turnaround and on-hand SKU's.

Philippe Morin, Vice President of Sales and Marketing, Microtronix, said: "This roadmap will ensure that the Microtronix SMDI Translator retains the leading position for Lucent 3A replacement products. Providing end-users with a cost-effective replacement solution and flexible options. The SMDI Translator is available in AC or DC with NEBS powered units, includes installation support and comes with a one (1) year warranty.

Key Hardware Features

RS-232 port for direct connection to VMS
RS-232 diagnostic/statistics port
RS-232 console port
ISDN BRI “U” interface
NEBS approved

Key Software Features

Converts 5ESS® Switch API protocol to 1AESS Switch SMSI protocol
No limit on BCIDs
Configurable LCEN/OEN
Protocol Gateway software provides alternate TCP/IP connectivity to VMS
VMS port configurable for X.25 connectivity
Interface tracing
Telnet remote management

Pricing & Availability

The Microtronix SMDI Translator is available for immediate sale. Please the product page or contact sales for details.

About Microtronix

Since 1977, Microtronix has pioneered the X.25 protocol for the telecommunication market. Today, Microtronix continues to lead the industry in innovation with its AMA CDR Collection, network conversion, mediation, X.25-TCP/IP Gateways, and SMDI/SIP MWI Solutions. Microtronix is also spearheading the embedded engineering design revolution with its complete range of services from engineering design to manufacturing. Microtronix also specializes in the rapid development of Intellectual Property and embedded applications for FPGA devices. Much has changed since 1977 but our mission to provide the same high quality embedded engineering solutions to answer today's changing market demands, using faster embedded platforms, operating systems and high-speed connectivity that support our customers' business and strategic objectives remains unchanged.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix Premieres Performance SDRAM Memory IP Core For HDTV Applications

Sat, 05 May 2007 00:00:00 GMT

LONDON, Ontario—Monday, May 5, 2007—Microtronix® today premiered the Streaming Multi-port SDRAM Memory Controller IP Core targeted at consumer, medical, and military applications incorporating high-bandwidth streaming data, video or image processing systems. The multi-port core interfaces up to six high-speed streaming-data devices into one high-bandwidth SDRAM memory system; a capability which addresses a broad range of hardware applications across a large market segment including consumer HDTV, medical image processing or automotive entertainment systems. The core sets the standard for ease of design, usability, performance and affordability by incorporating: a new proprietary source-synchronous data capture technology, an intelligent auto-fitter to optimize the device specific architectures of FPGA logic families, and an easy to use graphical user interface (GUI) to simplify the design-entry process.

“The Microtronix Streaming Multi-port SDRAM Memory Controller IP Core integrates a burst SDRAM memory controller core, a multi-port arbitrator and an intelligent look-ahead FIFO cache controller into one easy-to-use core,” said Philippe Morin, VP Sales & Marketing. “By supporting SDR, DDR, DDR2 and Mobile DDR device families in a single IP Core assures designers of a smooth low-risk migration path with changing technology. It outperforms standard controllers by almost 20 percent.”

Leading manufacturers of high-end visual products who have purchased the Streaming Multi-port SDRAM Memory Controller IP Core have also bought the Microtronix ViClaro II HD Video Enhancement Development Platform to propel their HD 1080p engineering projects. Combined with video IP, the board is being used to convert, enhance image quality and convert video formats. Applications include; motion judder removal, 720p-1080p up-conversion, auto-scaling, frame rate conversion, motion-adaptive filtering, and colour enhancements.

The Microtronix Streaming Multi-port SDRAM Memory Controller IP Core supports Cyclone I, II, III, Stratix I, II and GX devices. A risk free evaluation for 30 days is available for download here

Pricing & Availability

The Microtronix Streaming Multi-port SDRAM Memory Controller IP Core is available for immediate sale. Contact: sales@microtronix.com for details.

About Microtronix

Microtronix has been in business for more than 20 years. The company had its beginning as a designer of custom networking equipment targeted at the TELCO marketplace. The company now focuses their engineering skills on a line of embedded networking products and on providing a turnkey engineering design-development service from product concept through to full production. Microtronix specializes in the rapid development of FPGA based hardware, IP cores, printed circuit board and software solutions for embedded applications.

The company has two business groups: networking products for the Telecom marketplace and speciality high performance, specialty IP Cores based on Altera and Xilinx family of FPGA devices and supporting FPGA development platforms. The company also offers engineering design service for each of these technologies with the goal to provide customers with cost effective solution, which exceed their requirements for service, quality and functionality.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix Announces New Web Site Design

Tue, 03 Apr 2007 00:00:00 GMT

LONDON, Ontario—April 03, 2007—Microtronix® launched its new web site www.microtronix.com with a dynamic, new look. The former Microtronix web site, www.X25.com , has been merged with www.microtronix.com to form a site that provides online visitors with dramatic improvements in navigation, uniformity, appearance, and accessibility to users with our new download liabrary.

With eye-catching images of the team at Microtronix, the new home page welcomes visitors to discover the people behind the great products we design, create and distribute. The online visitor has immediate access to the web site's major products and design services allowing for quick and easy access to information about DATACOM, Embedded Linux, and FPGA product data sheets, downloadable files, software updates, and technical support documents.

Enhancements to the web site include:

Improved Navigation - Making it easier for visitors to find what they are looking for and know where they are within the web site.
Improved Look and Feel - Enhanced graphics and the new page layouts provide visitors with an improved user experience.
New Features - New features on the web site include print-friendly versions of the web pages, news and events, Request a Quote with a drop-down box to select area of interest, a site index, and an FAQ page.
New Shopping Cart – Our new secured online store provides a peace of mind shopping experience. Easy to add and remove products, update quantity, and faster checkout process.

While the appearance and high-level organization of the web site are enhanced, the information located on the original web site is available via the new address. Existing bookmarks will be redirected to the new home page or the exact location of the new page.

About Microtronix

Since 1977, Microtronix has pioneered the X.25 protocol for the telecommunication market. Today, Microtronix continues to lead the industry in innovation with its AMATPS, X.25/TCP Gateways, and SMDI/SIP Solutions. Microtronix is also spearheading the embedded engineering design revolution with its complete range of services from engineering design to manufacturing. Microtronix also specializes in the rapid development of Intellectual Property and embedded applications for FPGA devices. Much has changed since 1977 but our mission to provide the same high quality embedded engineering solutions to answer today's changing market demands, using faster embedded platforms, operating systems and high-speed connectivity that support our customers' business and strategic objectives remains unchanged.

Press Contact:

Blair Bryce
Microtronix
(888) 690-0091 x297
bbryce@microtronix.com

Microtronix News & Updates

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Combining GPS NMEA 0183 Protocol and HD Video Processing Board for Real-Time Performance

Understanding the Role of GPS NMEA 0183 in Embedded Systems

What an HD Video Processing Board Actually Brings to the Table

Microtronix: The Real MVP Behind the Scenes

Real-Time Overlays and the Power of Fusion

Got Challenges? Let’s Talk Through 'Em

When Timing is Everything

Scaling Up? Let’s Future-Proof It

What People Ask About GPS NMEA 0183 Protocol and HD Video Processing Board?

Final Thoughts: Real-Time Performance with Real-World Payoff

Frequently Asked Questions

Creating Engaging Visuals with Advanced Text and Image Overlay Tools

The Power of Overlays: What Are Text and Image Overlays?

Key Industries Benefiting from Text and Graphics Overlay Tools

Microtronix: A Leader in Video Overlay Solutions

The Technology Behind Text and Graphics Overlay Tools

Addressing Latency and Performance Challenges

How to Choose the Right Text and Graphics Overlay Solution for Your Application

The Future of Text and Image Overlays

Conclusion:

Frequently Asked Questions:

What are text and image overlays, and how do they work?

Which industries benefit the most from text and graphics overlay tools?

What technologies power real-time text and image overlays?

How does Microtronix ensure low-latency overlays for real-time applications?

What factors should be considered when choosing a text and graphics overlay solution?

Enhancing Visual Experience with Picture Display Technology: A Quick Insight

The Evolution of Picture Display Technology

Why Video On-Screen Display Matters?

Picture in Picture Display in Embedded Systems

The Role of Microtronix in Advancing Display Solutions

Applications of Picture-in-Picture display technology

Overcoming Challenges in High-Performance Video Display

The Future of Video On-Screen Display Technology

Final Thoughts

Text and Graphics Overlays: The Ultimate Tool for Custom Video Creation

Why do Overlays Matter in Video Creation?

Customization is Key: Why You Need Flexibility

The Impact of 4K UHD Video Overlays

Live Streaming and Broadcasts: Enhance Your Content Instantly

Seamless Integration with Embedded Applications

Versatility Across Different Industries

Overlays: More Than Just Text

Conclusion:

How HD Video On-Screen Display is Shaping the Future of Visual Tech?

What Exactly Is an HD Video On-Screen Display?

The Rise of 4K UHD Video Overlay Solutions

The Role of HD Video On-Screen Displays in Broadcast Systems

How OSDs Are Enhancing Embedded Applications

Improving User Interaction with OSDs

Customization and Flexibility: The Benefits of HD Video On-Screen Displays

The Impact on Gaming and Interactive Media

The Future of HD Video On-Screen Displays: What's Next?

Conclusion:

Create Visual Magic: How Text and Image Overlay Elevates Videos

What is Text and Image Overlay?

Enhancing Viewer Engagement Through Visuals

Perfect for Live Broadcasts and Events

Boost Your Brand with Professional Overlays

Accessibility and Inclusivity Through Text Overlays

Why Microtronix Leads the Way in Video Overlay Solutions?

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