Built around SONY and PROPHESEE’s cutting-edge EVS technology, this developer kit simplifies the prototyping process and helps companies reduce time to market.

Event-based Vision Sensing (EVS)

Unlike conventional sensors that transmit all visible data in successive frames, the EVS sensor captures only the changed pixel data, specifically luminance changes. Each event package includes crucial information: pixel coordinates, timestamp, and polarity, resulting in efficient bandwidth usage.

By reducing the transmission of redundant data, this technology lowers energy consumption and optimizes processing capacities, reducing the cost of vision solutions.

EVS sensors provide high-speed and low-latency data output. They give outstanding results in monitoring vibration and movement in low-light conditions.

The FSM-IMX636 Development Kit consists of an IMX636 Event-based Vision Sensor board with a lens, all necessary adapters, accessories, and drivers, crafted into a comprehensive, easy-to-integrate solution for testing EVS in embedded applications systems on NVIDIA® Jetson AGX Xavier and NVIDIA® Jetson AGX Orin platforms.

The PROPHESEE Metavision® Intelligence Suite provides machine learning-supported event data processing, analytics, and visualization modules.

FRAMOS’ new Development Kit is an affordable, simple to use, and intelligent platform for testing, prototpying, and faster launch of diverse EVS-based applications in in a wide range of fields, including industrial automation, medical field, automotive and mobility, and IoT and monitoring.

For more information, visit this link.

About FRAMOS

FRAMOS® is the leading global expert in vision systems, dedicated to innovation and excellence in enabling devices to see and think.

For more than 40 years, the company has supported clients worldwide in building pioneering vision systems.

Throughout all phases of vision system development, from hardware and software solutions to component selection, customization, consulting, prototyping, and mass production, companies worldwide rely on FRAMOS proven expertise.

Thanks to its engineering excellence and a large base of loyal clients, the company operates successfully on three continents.

Over 180 experts working in Munich, Ottawa, Zagreb, and Čakovec offices commit themselves to developing cutting-edge imaging solutions for various applications across various industries.

For more information, please visit www.framos.com or follow us on LinkedIn, Facebook, Instagram or Twitter.

The post FRAMOS Launches Event-based Vision Sensing (EVS) Development Kit appeared first on Edge AI and Vision Alliance.

The construction of the campus is a result of the company’s growth and the need to expand its production capacities, establish advanced R&D laboratories, and provide spacious and comfortable offices for current and future FRAMOS employees.

The biggest investment in FRAMOS’s history will quadruple the production capacities to address the megatrend of cognitive systems, the core of the AI revolution. Imaging technologies expand across all areas, from medicine and agriculture to autonomous vehicles, smart city technologies, and home appliances, creating a huge demand for FRAMOS’ expertise and products.

Currently, FRAMOS occupies a space of 1000 square meters in Čakovec and employs 70 people.

The new 3500 square meters building will be constructed on approximately 10,000 m2 area. From 2023 to 2025, FRAMOS will invest more than 6 million euros in constructing and equipping high-tech laboratories, manufacturing facilities, and office spaces.

In the first phase, the new campus will accommodate 150 employees. The building’s design allows easy expansion to support the company’s long-term development and growth plans—additional laboratories, manufacturing facilities and office spaces can quickly be built when needed.

Business Development and Expanded Production Capacity

Markus Walluschnig, the director of Supply Chain & Production, explains FRAMOS’s goals: “Through this investment, we plan to increase production capacities, drive further technological advancement, and solidify our position in the international embedded vision technology market. The new space will enable greater efficiency and increased business productivity through process optimization. Investing in Međimurje is a strong commitment to Croatia and EU-based high-tech manufacturing.”

Damir Dolar, the Director of Embedded Engineering, highlighted the importance of the new campus for attracting and retaining high-quality employees: “We believe that our pleasant and modern spaces, along with cutting-edge technology projects, will make us even more attractive to current and future employees.”

Sustainability and Reduced CO2 Emissions

The new campus is designed following the highest DGNB (Deutsche Gesellschaft für Nachhaltiges Bauen) standards for green construction. DGNB sets various best practices for ecological, economic, and social sustainability in the construction industry.

Following DGNB criteria, FRAMOS’s campus will utilize environmentally friendly construction materials and energy-efficient, renewable energy sources.

Andreas Franz, CEO of FRAMOS Group, states, ”FRAMOS aims to align its operations with green business practices and minimize CO2 emissions. The construction methods, materials, and manufacturing facilities meet the highest sustainability standards.”

Green construction also ensures high standards of employee well-being through air quality, lighting, acoustics, and ergonomically designed workspaces.

The company plans to move to campus by the end of 2024.

About FRAMOS

FRAMOS® is an imaging expert, trusted advisor, and vision solutions provider. Since 1981, FRAMOS implements the best current and emerging imaging technologies to address specific customer requirements and applications. FRAMOS meets these requirements with advanced and proven imaging components from a global network of renowned partners and with FRAMOS IP.

More than 180 FRAMOS employees worldwide are passionate about the unlimited potential of imaging and help customers achieve the optimum results from every possible scenario. FRAMOS drives and ensures the entire product development journey from POC through prototyping to mass production. FRAMOS carefully selects imaging components, like image sensors, lenses, or various 3D technologies, and offers custom developments tailored to individual needs and time frames. FRAMOS listens and understands customer challenges. With innovative solutions, FRAMOS ensures successful project outcomes and develops long-term customer relations.

For more information visit: www.framos.com, LinkedIn or Twitter.

The post FRAMOS’ New High-tech Campus In Čakovec, Croatia appeared first on Edge AI and Vision Alliance.

Back in 2013, when this Munich-based imaging company sought its inaugural base for North American operations, it chose to grow its team in the heart of Canada’s capital, resulting in the founding of the new FRAMOS office on July 12th, 2013

Initially comprised of 12 talented individuals, the team has since grown to over 25 dedicated employees. Year after year, as new members join the FRAMOS group, the office expanded in 2022 to provide a nurturing environment that fosters personal and professional growth.

Over the past decade, the Ottawa FRAMOS office has achieved numerous significant milestones, including:

• 2014. Setup first office on Auriga Drive
• 2015. Secured Sony Americas franchise; First Automate show in 2015 ; First Canadian MV show, hosted in Ottawa; Sony CCD EOL start; First cleanroom installation
• 2016. First Photonics West Show; office is moved to current location on Lancaster Road
• 2017. Award Ottawa’s Fastest Growing Company 2017
• 2018. Passed first of the yearly Sony Audit
• 2021. First summer party after Covid at indoor go cart track
• 2022. Expanded Lancaster office with a very large climate-controlled cleanroom, dedicated shipping/receiving area, new engineering support lab and more offices and workspaces

To truly capture the essence of working at the FRAMOS office in Ottawa, we turn to the individuals who have stood by FRAMOS through the years, witnessing its growth and success firsthand:

“We’ve been growing and expanding so rapidly over the past 10 years that many records have been made and broken every single year. There has never been a dull moment! I’m so proud of the team we’ve built here who are vision experts, go-getters and miracle makers. Happy 10th Anniversary to all the FRAMOSians in this part of the world! “ – Sarah Wu, Sales Director, Americas

“When I first joined, I was curious about why FRAMOS chose Ottawa/Canada, and the answer lies in the abundance of imaging expertise in the region and Ottawa’s strong reputation in the High-Tech industry. Being part of a growing business and team, in collaboration with our European counterparts, has positioned us as a significant player in the Imaging field that has presented numerous challenges and valuable lessons.” – Steve Sweeney, Inside Sales Manager, Americas

“Wow, looking back at the 9 years I have been at FRAMOS it is amazing to see all the changes. We all came into FRAMOS with the entrepreneurial spirit. We had to build up everything from scratch: processes, cleanrooms, infrastructures, client bases, and sales funnels. In the beginning, we were even building our own desks!  We were able to leverage on the experience of our European colleagues for some time, but much was done on our own, with our own blood, sweat and tears. We had a lot of challenges early on but have since overcome them and have become very successful and well known in our territory as Vision Experts and the go-to provider for Imaging products and advice. It has been great working here with all my other FRAMOSians! Happy 10th anniversary to FRAMOS Americas! What a great ride! Wish you continued success in the next decades!” – Darren Bessette, Senior Partner Manager

“I joined FRAMOS NA in 2016. Looking back, it has been an incredible journey filled with learning, excitement, and remarkable achievements. Witnessing the tremendous growth of FRAMOS over this time has been truly inspiring. The unique blend of family spirit, unwavering passion, and relentless drive within our global team of FRAMOSIANS empowers us to continuously push boundaries. Collaborating with multinational companies, we have played a pivotal role in bringing their vision projects to life. As we celebrate the 10th anniversary of FRAMOS NA, I raise a toast to another decade of remarkable expansion and continued success. Here’s to an extraordinary future ahead.” – Mohamed Haidara, Key Account Manager

“I joined Framos in February 2017 to help in the warehouse. In 2018, Framos Tech passed its first yearly Sony Audit and in 2019, even got our first outdoor sign. Have you ever seen a wall of sensors that started in Japan, assembled in Thailand and reconstructed in Canada? Framos Tech acquired a new space and expanded the warehouse back in 2022… We even had to get a cart to get around it was so large!”– Yoann Matte, Specialist Logistics, Americas

About FRAMOS

FRAMOS® is an imaging expert, trusted advisor, and vision solutions provider. Since 1981, FRAMOS has implemented the best current and emerging imaging technologies to address specific customer requirements and applications. FRAMOS meets these requirements with advanced and proven imaging components from a global network of renowned partners and with FRAMOS IP.

With a team of over 180 dedicated professionals spread across the globe, FRAMOS is fueled by an unwavering passion for the endless possibilities of imaging. FRAMOS drives the entire product development journey from Proof-of-Concept, to prototyping, and finally mass production. FRAMOS carefully selects imaging components, like image sensors, lenses, or various 3D technologies, and offers custom developments tailored to individual needs and time frames. With innovative solutions, FRAMOS ensures successful project outcomes and develops long-term customer relations.

For more information visit: www.framos.com, LinkedIn or Twitter. 

The post FRAMOS Celebrates a Decade of Success in Ottawa appeared first on Edge AI and Vision Alliance.

Lenses are one of the most important components of the vision system. A wrongly chosen lens can lead to a wrong outcome in the system. Therefore, choosing the right lens is crucial to ensure optimized image quality for vision devices.  In addition to choosing a lens, there are several parameters and challenges that make the choice difficult from technical data to look for, supply chain challenges and constantly evolving technology. To answer all the questions and challenges faced by customers in the optics segment, we sought answers from expert Okan Ülgen, who is part of the FRAMOS Technical Solutions & Support team as a Technical Imaging Specialist.

FRAMOS: Hi Okan, could you start out by telling us a little about yourself and your role here at FRAMOS?

OKAN: I work on the FRAMOS Technical Solutions & Support team as a Technical Imaging Specialist. While I’m still relatively new in my role, I bring a perspective from my engineering and academic background. From developing optics knowledge and advising on optics selection to checking quality standards based on test results, I work on a range of tasks.

FRAMOS: We talk a lot about selecting the “right” lens for an application. Can you explain why this is so important?

OKAN: Sure. The right lens is key to getting the most out of the image sensor. It’s not enough to just mount the lens onto the camera; the whole setup needs to be fine-tuned for maximum image quality. A well-chosen lens will let the image sensor perform to its fullest potential, and let you capture every important detail with no information lost.

FRAMOS: There are a lot of articles and videos about this topic, and it seems like selecting a lens presents difficulty for a lot of people. Why is choosing the right lens such a complex task?

OKAN: It’s because the imaging system, the needs of the application, and the surrounding conditions must all be known in order to choose the best lens. There are a lot of different types of lenses on the market, such as wide-angle, zoom, and prime lenses, and it can be hard to figure out which one is going to suit your application best.

On the one side, we have imaging system needs and, on the other, we have application requirements. When picking a lens, all of these things must be taken into account together for the best results. It’s like putting together a puzzle, where each bit is important to the whole.

FRAMOS: What factors should one consider when choosing a lens?

OKAN: To start with, the size and resolution of your image sensor are very important, as we want a lens that fits well with the sensor. You’ll also want to think about the field of view you want and the working distance. The aperture size is also important because it affects the depth of field and the amount of light you can capture.

Aberrations and spectral response are sometimes overlooked but these can indeed have important effects on the clarity of your images. And finally, it’s important to make sure that the lens can be used with a proper lens mount so that the scene can be properly focused on the image sensor.

FRAMOS: Can you elaborate on these factors a bit more?

OKAN: Sure! The first thing to consider is the image sensor size because ideally, we should illuminate entire effective pixel area of the image sensor for image generation with proper color correction. Then, we must consider the sensor pixel size and resolution.

As CMOS manufacturing techniques advance, pixel sizes decrease, placing more and more strain on the lens as the limiting factor in how finely details can be resolved. I should say it is not always easy to match sensors’ sampling rate due to optical diffraction, aberrations, and manufacturing issues, but ideally, we should look for a lens that can project the smallest feature from the object space to an area corresponding to two pixels on the image sensor.

FRAMOS: What are the object-space factors to consider?

OKAN: To begin with, the field of view and working distance are critical in determining the focal length that will produce the desired result. This will be determined by the application settings. We need a shorter focal length to increase field of view, but keep in mind that a wide field of view will likely introduce distortion into our image.

Second, aperture size has a significant impact on image quality because it affects depth of field and resolution. In low-light situations, a wider aperture allows more light into the camera, resulting in better exposure and less noise.

FRAMOS: How can FRAMOS Optics expert help with this selection process?

OKAN: FRAMOS Optics experts can definitely be your go-to partner that can share over four decades of experience in vision solutions and a wealth of optics knowledge. We will offer products from our ecosystem designed to seamlessly integrate with one another, ensuring that you achieve the desired imaging quality.

We go a step further, as we have advanced lens testing capabilities in our production line, ensuring that the lens we recommend will perform to the highest standards. So, whether you want to improve your industrial automation or implement machine vision in your medical equipment, we’re able to help out.

FRAMOS: What sort of technical data can people look for that would be useful in lens selection?

OKAN: The datasheet specifications that manufacturers publish are certainly useful in selecting a lens, but there is so much more to consider. You’ll need to delve deeper into the design data and test results to understand the performance in practice.

For example, the modulation transfer function and aberration curves can reveal a lot about how a lens performs across its entire field of view, which is especially important when working with large-format sensors.

We also shouldn’t forget about environmental reliability! This is frequently reported separately based on some industry standards, and it is critical if you are setting up a camera system to work in harsh conditions. We’ll get the data to you swiftly and provide detailed analyses and consultation to ensure you get the best lens for your needs – no need to send several inquiries to vendors overseas.

FRAMOS: The events of the past couple of years have really led people to take a hard look at their supply chain. What are some supply chain challenges that might affect a vision project?

OKAN: Supply chain issues can have a significant impact on the success of a vision project, and as a technical imaging expert, I can tell you that producing high-volume lenses requires complex testing mechanisms to ensure quality consistency. Any unplanned production yield issues can cause delays and put the entire project at risk.

Transporting optical components is also difficult and requires special packaging and shipping methods to deliver everything on time and without damage.

Manufacturing and shipping disruptions can lead to significant delays and difficulties, and it is possible that lens materials fluctuate in price and availability. This might increase production costs and delays, but open communication helps resolve supply chain issues and ensures that project timelines and deliverables are met.

FRAMOS: How can supply chain problems be avoided?

OKAN: A smooth supply chain is essential for delivering high-quality products to our customers. FRAMOS values supplier relationships, timely communication, and collaboration. We collaborate with a diverse set of suppliers so that we offer a large portfolio of optics. Our team communicates with the suppliers on a regular basis to stay up to date on their latest product offerings and any potential issues that may arise.

In addition, when needed, our suppliers offer RMA support and additional technical documentation. A structured process and open communication can help us avoid supply chain issues and deliver the best products to our customers.

FRAMOS: What are the challenges your customers see most frequently in terms of price matching?

OKAN: We want to make sure that our customers are getting the best value for their money without sacrificing performance or reliability. I understand that customers may have trouble finding vendors who are willing to match the prices of competitors, which can make it hard to maintain a target budget.

As a technical imaging expert, I collaborate with our Sales team to help customers navigate these challenges by providing clear and transparent pricing and technical information. We offer guidance and advice on how to balance cost and quality to achieve the best possible results.

FRAMOS: Sensor technology is constantly evolving, how these changes are affecting lens technology?

OKAN: That’s absolutely true. Image sensors are rapidly evolving – particularly with advances in pixel technology that is more effective than ever at light collection, and sensors with sub-micron pixel sizes are already available. While this is great for increasing image resolution, it puts more pressure on lens technology to catch up to cutting-edge image sensors.

The smaller the pixel size, the more critical the lens becomes in order to fully leverage these sensors’ resolution capabilities. As a result, there is a continuous push for lens innovation. From my perspective, this is definitely an exciting time!

FRAMOS: How is FRAMOS keeping up to date with these changes to obtain the intended increase in imaging performance?

OKAN: FRAMOS is at the forefront of new imaging technologies, and we always pursue collaborations on innovative imaging solutions for our customers.

Coming from academic background, I am well aware that research and development in optics is costly. This can deter suppliers from investing in new products. Therefore, we use customer feedback to identify research areas precisely and tailor new products to these needs. Our optics experts and engineers keep up with industry trends and explore new materials, methods, and techniques to push imaging limits.

We are able to prototype new products quickly and rigorously evaluate them to meet our high performance standards. We are passionate about imaging, and always thrilled to introduce innovative solutions to the market.

FRAMOS: The Automotive sector is one important segment of FRAMOS portfolio. Is the selection of lenses any different for automotive applications than for other applications?

OKAN: Automotive lenses have to withstand extreme temperatures, vibrations, and magnetic fields. And let’s not forget waterproofing – nobody wants a blurry rearview camera on a rainy day. In the automotive industry, only lenses that have been through extensive testing and certified to meet industry-specific standards, such as IATF16949, can be used.

In addition to reliability, automotive lenses often require unique optical qualities. For surround vision, as an example, you need ultra-wide angle lenses with low distortion and clarity.  I am sure automotive lenses will remain in the spotlight as demand for advanced driver assistance systems rises.

FRAMOS: What can you do when selecting a lens to ensure good image quality across the entire field of view for high resolution applications?

OKAN: I should start by saying that there’s more to it than just the number of megapixels given on a datasheet. We can’t think about resolution without considering contrast. We expect the lens to give enough contrast to reveal high-frequency details. Some lenses may have good resolution in the center of the image, but their performance can quickly degrade on the corners due to spherical aberrations and dispersion.

That is where the artistry of optical design, manufacturing, and testing comes into play. For high-resolution imaging, our team collaborates with lens manufacturers to arrive at custom design solutions that incorporate additional aberration correction elements or aspherical lenses to minimize these effects. We aim for the highest resolution possible while balancing cost and quality.

FRAMOS: Which segment of Optics interests you the most, and what motivates you the most in your work?

OKAN: I am constantly drawn to the intricate details of optical design and image analysis as a technical imaging expert with a passion for optics. Using careful engineering and design to improve and customize optics never fails to amaze me. I also find that picturing the end product and its use motivates me greatly at work. I particularly enjoy working on medical imaging applications, having previously worked on the development of endoscopic point-of-care imaging systems. Medical imaging is just one example among others, and it’s a privilege to work at FRAMOS in this exciting and always-changing field.

FRAMOS: Where could someone go to learn more about getting help selecting a lens from your team?

OKAN: That’s a good point. You can find out more on the FRAMOS website at framos.com by simply looking for “Optics”.

Vision system engineers can learn more about the Optics and Lenses on the FRAMOS website.

The post Lens Selection for Vision Projects appeared first on Edge AI and Vision Alliance.

At FRAMOS booth #705, visitors will be able to explore the full range of embedded vision products, capabilities, and services via an interactive touchscreen kiosk. They can connect with imaging experts and learn about emerging technologies and products developed by FRAMOS’s industry partners, including Sony, Intel RealSense, NVIDIA, AMD, and Prophesee.

To find out more about embedded vision solutions from FRAMOS, attendees at the Embedded Vision 2023 Summit are invited to book an appointment with the company’s Imaging Experts, who will be available for meetings throughout the summit.

The FRAMOS team is looking forward to welcoming visitors to booth #705 and to providing insights into their comprehensive range of technologies for embedded vision applications.

About FRAMOS

FRAMOS is an imaging expert, trusted advisor, and vision solutions provider. Since 1981, FRAMOS implements the best current and emerging imaging technologies for specific customer requirements and applications. FRAMOS meets these requirements with advanced and proven imaging components from a global network of renowned partners, and with FRAMOS IP.

More than 180 FRAMOS employees world-wide are passionate about the unlimited potential of imaging and help customers achieve the optimum results from every possible scenario. FRAMOS drives and ensures the entire product development journey from POC, through prototyping, to mass production. FRAMOS carefully selects imaging components, like image sensors, lenses, or various 3D technologies, and offers custom developments tailored to individual needs and time frames. FRAMOS listens and understands customer challenges. With innovative solutions FRAMOS ensures successful project outcomes and develops long-term customer relations.

Find out more at www.framos.com or follow us on LinkedIn and Twitter.

The post FRAMOS to Showcase Leading-edge Embedded Vision Imaging Technologies at 2023 Embedded Vision Summit appeared first on Edge AI and Vision Alliance.

FRAMOS has introduced a ToF camera development kit for vision system engineers who are investigating Time-of-Flight technology, or who are working to develop ToF cameras for machine vision applications. When we set out to create a development kit and camera module for evaluating Time-of-Flight technology, we determined to build it around the most performant indirect Time-of-Flight (iToF) image sensor we could find.

We ended up selecting Sony Semiconductor Solutions new IMX570 ToF sensor. The sensor is positioned to become the industry leading sensor for a wide range of embedded vision applications. Here’s why:

Back-Side Illumination Technology

Like many of Sony’s next-generation CMOS sensor products, the IMX570 was developed using back-side illumination (BSI) technology.

One of the challenges in reducing the pixel size of CMOS sensors stems from the fact that in standard sensor designs, the chip wiring and other components have to be overlaid on top of the active matrix of photosensitive material. This requires the addition of microlenses to direct light between the upper elements of the chip, and restricts the degree to which the pixels can be miniaturized without a corresponding loss of sensitivity.

This can be overcome to a degree by increasing the gain of the sensor, but this is always a trade off, as this results in increased signal noise as the sensor density increases.

Back-side illumination architecture eliminates this problem by inverting the structure of the sensor, and effectively moving the wiring from the top to the bottom of the sensor. This is accomplished by carefully polishing the back-surface of the wafer to allow light to reach the sensitized active matrix of the sensor.

BSI architecture requires nanometer precision polishing and advanced manufacturing methods, but the result is a net increase in sensitivity to low light with lower noise and while allowing the development of denser, higher resolution sensors with a smaller footprint.

5 Micrometer Pixel Architecture

The IMX570 image sensor features 5 micrometer pixel architecture, resulting in smaller sensor dimensions. The sensor size is only 1 / 4.5”, allowing the construction of more compact cameras using smaller optics.

The sensor’s small size means that it’s ideal for embedded vision applications where a small camera footprint is desirable.

High Resolution ToF Sensing

The IMX570 sensor is 644 by 488 pixels, and delivers an effective resolution of 640×480 (VGA) resolution.

While this may seem like a modest resolution when compared to image sensors for ordinary visible light cameras, this is higher resolution that is available in most Time-of-Flight image sensors and provides a degree of fidelity previously unavailable in Time-of-Flight cameras.

The high resolution and fidelity of this sensor make it a good choice for robotics and object recognition applications.

High Operating Speed

The IMX570 sensor operates at up to 56 frames per second, reducing image blurring of moving objects, and making it an ideal choice for real-time applications.

However, it should be noted that the ToF camera module in our development kit has been capped at 30 frames per second for thermal management reasons. This is because the development kit is provided with a high-output illumination board, equipped with four 1-watt VCSEL (Vertical Cavity Surface-Emitting Laser) laser emitters.

If you are interested in evaluating the IMX570 ToF sensor at higher frame rates, our engineers can work with you to modify the illumination board and sensor module in our development kit to run at lower power levels.

Robust Under Varied Lighting Conditions

Since Time-of-Flight cameras are an active sensing technology that provides its own illumination, they tend to work well indoors or in low light conditions, but they tend to be less effective outdoors or in bright conditions where the laser illumination can be washed out by ambient light sources.

The IMX570 sensor features a “pixel drive” processing circuit to reduce the effects of unwanted ambient light. This improves accuracy of the sensor in highly illuminated environments or outdoors under bright sunshine. The IMX570 sensor is also effective in dark environments, such as an unlit warehouse.

Robust Feature Set

The IMX570 includes a robust feature set, which is useful when developing application software for a new ToF camera.

We have exposed access to complex sensor features in the software and drivers provided with our Time-of-Flight development kit, including access to the raw sensor data.

Evaluate the IMX570 For Yourself

If you are interested in evaluating Time-of-Flight technology for a new application, or have a camera development project in mind, the FRAMOS FSM-IMX570 development kit can provide you with an easy way to experiment with Sony’s ToF technology, or to develop your own prototype camera system.

The development kit provides vision system engineers with a simple, coherent framework for quickly developing a working prototype of an indirect Time-of-Flight (iToF) camera system based on Sony’s industry-leading iToF technology. The kit includes a calibrated camera module and is designed to interface with NVIDIA Jetson family of System-on-Module embedded computers, including Jetson Xavier and Orin series SoMs.

To learn more about the FSM-IMX570 development kit, you can view the product specifications.

The post Why the Sony IMX570 is the Leading iToF Sensor appeared first on Edge AI and Vision Alliance.

The FSM-IMX570 Devkit provides vision system engineers with a simple, coherent framework for quickly developing a working prototype of an embedded indirect Time-of-Flight (iToF) embedded vision system based on Sony’s leading iToF technology. The development kit is built around Sony’s IMX570 iToF image sensor, and includes the necessary hardware modules, software drivers, and documentation to allow engineers to integrate the system with widely-used platforms like NVIDIA’s® Jetson embedded computers and create a working camera prototype within a few hours.

Time-of-Flight, or ToF devices use pulses of infrared laser light to illuminate the subject and measure the time it takes for the reflected light to reach the image sensor to determine depth information. Indirect Time-of-Flight, or iToF cameras are a variation of ToF cameras. While ToF cameras directly measure the time it takes for the emitted light to be reflected back to the camera, indirect ToF cameras send out continuously modulated pulses of light, and then measure the phase shift of the reflected light to calculate the distance to an object.

Because of their ability to sense depth and distance accurately, ToF cameras are used in a variety of machine vision and embedded systems applications. These include applications like industrial robotics, where ToF cameras can be used instead of LiDAR to help robots navigate autonomously. Other applications of ToF cameras include logistics, where they are used to allow automated forklifts to accurately pick up pallets and package sorting, where ToF cameras can quickly sense and sort package dimensions.

ToF cameras are also finding their way into the mobility and transport sectors, where they are used for attention tracking and gesture recognition, and in retail automation, where they are used for people counting and seamless checkout systems.

FRAMOS’s FSM-IMX570 Devkit has been developed to address some of the difficulties vision system engineers face when developing camera systems with emerging technologies. These include the fact that creating a working camera requires integrating multiple components that aren’t always easy to interface to accessible platforms for processing and calibrating the raw data from the sensor. Since ToF is an emerging technology, there isn’t a lot of documentation available for some components, and what little there is often proprietary.

“Our development kit is the only calibrated solution on the market aimed at evaluating Sony’s iToF technology with IMX570 on NVIDIA Jetson family of embedded computers as an image processing hardware solutio n ”, explained André Brela, Product Manager at FRAMOS . “The development kit provides a complete working solution, including illumination and calibrated, on-board depth processing. The development kit is also compatible to a family of versatile processing boards that are directly applicable in the field, so the engineers can develop and run their own software applications taking ready to use point cloud data from our API.”

The development kit allows engineers to get a working device system up and running quickly. It allows them to visualize depth data as false color video, or as a 3D point cloud stream. Besides the preprocessed and corrected depth data, the FSM-IMX570 Devkit also allows users access to the raw pixel data from the image sensor, for the purpose of development and benchmark with own processing pipelines.

Andr Brela explained that in addition to the development kit, FRAMOS provides customization and support services for companies seeking to develop new products: “While the development kit provides basic functionality out of the box, we understand that it won’t provide the exact fit, function or performance our individual clients are seeking when developing very effective and efficient new products, embedding 3D sensing for a particular application”, he said. “Because of this, the development kit is primarily a tool supporting the requirement engineering together with our customers to quickly come to the best solution with our comprehensive list of custom solution and production services for device builders.”

FRAMOS can customize all elements of the development kit, pouring it into the perfect fit for performance and producibility. Starting from the form, size and layout of the printed circuit boards, over driver porting and tuning, to adaption of the whole optics and illumination system for the specific application and operating distances. The goal is to provide a complete solution from one hand, relieving customers from the duties and risks managing technology and supply chain quality when moving into volume.

The FSM-IMX570 Devkit includes a FRAMOS sensor module board, with the Sony IMX570 sensor; a laser illumination board; a sensor adaptor board, to provide synchronization with the laser illumination and on-board depth processing, and a FRAMOS processor board adapter, to provide connectivity to the NVIDIA Jetson family of embedded computers, including the Jetson Xavier and Jetson Orin platforms.

Vision system engineers can learn more about the FSM-IMX570 Devkit on the FRAMOS website at this URL:
https://www.framos.com/en/products/fsm-imx570-development-kit-for-jetson-agx-orin-xavier-26926

The post FRAMOS Announces Release of FSM-IMX570 Devkit for the Development of Time-of-Flight (ToF) Cameras with Sony’s IMX570 iToF Image Sensor appeared first on Edge AI and Vision Alliance.

FRAMOS will focus on its specific capabilities and product offerings that help enable the development of imaging solutions for machine vision and embedded systems.  The theme of their presentation is “The Journey: From Sensor to Solution”.  The FRAMOS booth will feature multiple video screens, and two large, touch-screen panels that allow booth visitors to explore and interact with a range of FRAMOS’s product offerings and services.

This year, FRAMOS will also be hosting a series of workshops featuring industry experts on a range of topics, including Time-of-Flight (ToF) sensor technology, event-based vision systems, and the creation of Image Quality Profiles (ISP Tuning) to get the best possible image from your combination of optics, image sensor, and application.

FRAMOS will be hosting the following workshops:

• What’s new? – Sony Technology Overview and Roadmaps: David Kallenbach
• Optical modules tailored to your demands: Dr. Frederik Schönebeck
• Event-based vision systems: Technology Overview and FRAMOS solution: Giuseppe Contini
• Building an iToF camera: Christopher Baldwin
• ISP Tuning – an example with NVIDIA: Christopher Baldwin
• Depth sensing made easy with FRAMOS D400e industrial stereo cameras: Giuseppe Contini

Multiple sessions of the workshops will be delivered over the course of three days, in meeting room 10.4 adjacent to the exhibit hall.

Those interested in attending a workshop can register online at https://imaging.framos.com/vision-show-2022 . The number of available seats is limited.

Please join the FRAMOS team as they present their wide range of products and solutions in Hall 10, Booth E54.

About FRAMOS

FRAMOS is an imaging expert, trusted advisor, and vision solutions provider. Since 1981, FRAMOS implements the best current and emerging imaging technologies for specific customer requirements and applications. FRAMOS meets these requirements with advanced and proven imaging components from a global network of renowned partners, and with FRAMOS IP.

More than 180 FRAMOS employees world-wide are passionate about the unlimited potential of imaging and help customers achieve the optimum results from every possible scenario. FRAMOS drives and ensures the entire product development journey from POC, through prototyping, to mass production. FRAMOS carefully selects imaging components, like image sensors, lenses, or various 3D technologies, and offers custom developments tailored to individual needs and time frames. FRAMOS listens and understands customer challenges. With innovative solutions FRAMOS ensures successful project outcomes and develops long-term customer relations.

Find out more at www.framos.com  or follow us on LinkedIn and Twitter

The post FRAMOS to Showcase ToF, SWIR, and Other Leading Edge Imaging Technologies, Deliver Live Workshops at Vision 2022 Show appeared first on Edge AI and Vision Alliance.

Learn about what new opportunities this fast, reliable, and cost-effective technology can bring to those developing 3D imaging systems for any application.

During this webinar, you will explore how Time of Flight sensors enable the transformation of raw data into 3D information, what tools are required for tuning and calibrating, which environments are optimal for product development, how to enhance the performance of your systems, and real-life application examples.

For more information and to register, visit the event page.

The post Upcoming Webinar Explores Time of Flight Technology, Benefits and Applications appeared first on Edge AI and Vision Alliance.

The FSM-IMX547 is capable of streaming high-quality colour or monochrome images to the Kria KR260 robotics starter kit. The fully integrated camera kit is compatible with the 10GigE Vision Camera App, available for free evaluation and download at the AMD-Xilinx App Store. The camera kit enables developers to design their own high-performance, high-speed, and high-resolution machine vision applications.

Based on Sony’s Pregius S IMX547 1/1.8″ sensor, FRAMOS’s FSM-IMX547 Camera Accessory utilizes the 5 Megapixel global shutter CMOS image sensor to its fullest. It also leverages FRAMOS’s SLVS-EC Rx IP so that is runs smoothly and efficiently on the AMD-XILINX Kira FPGA via Sony’s SLVS-EC high speed interface. This allows the KR260 Robotics Starter Kit to stream at resolutions of up to 2472 x 2128 pixels at 120 fps, flawlessly. The included lens and lens mount ensure the best out-of-the-box experience while providing excellent image quality.

A Robotics Starter Kit for the Intelligent Factory of the Future

The AMD-XILINX Kria KR260 Robotics Starter Kit is a scalable  development platform for robotics and is the latest addition to the Kria portfolio of adaptive system-on-modules (SOMs) and developer kits. The Kria KR260 offers a seamless path to production deployment with the existing Kria K26 adaptive SOMs. It includes native ROS 2 support, a standard framework for robotics application development, and pre-built interfaces for robotics and industrial solutions.

This new SOM starter kit enables rapid development of hardware-accelerated applications for robotics, machine vision, and industrial communication and control. Customers who are working with the KR260 are encouraged to contact FRAMOS for a field hardened, ready to use SLVS-EC Core; tailor-made to any Sony SLVS-EC based sensor module of their choice.

Machine vision is becoming increasingly important in the field of robotics development, explains Nathan Dinning, Director of Product Management at FRAMOS. “The most demanding imaging projects in the robotics industry that require robust data transfer will leverage this technology to its full extent. The SLVS-EC high speed interface paired with the Kria KR260 is a powerful combination that will give Vision to a new age of robotics.”

Further information about the Kria KR260 Robotics Starter Kit is available at: https://www.xilinx.com/products/som/kria/kr260-robotics-starter-kit.html

Camera Kit for all Product Creation Phases

During the evaluation and proof-of-concept phases, developers can interface the Kria KR260 Robotics Starter Kit or other open processing platforms with the latest image sensor technology using the FSM-IMX547 Camera Accessory and its versatile adapter framework.

Reference implementations and sample applications from FRAMOS deliver images immediately after installation, supporting Linux V4L2 for easy integration. In the development phase, electrical design references and driver sources provide developers a solid and proven foundation for rapid porting to custom system designs or scope expansion – reducing development effort and risks.

Further Information

 The FSM-IMX547 Camera Accessory from FRAMOS is available from Mouser today. For more information and availability of the Kria KR260 Robotics Starter Kit, visit Kria KR260.

FRAMOS is proud to be presenting demos of the FSM-IMX547 Camera Kit at embedded world 2022 exhibition and conference (June 21-23, 2022, Nuremberg, Germany) at booth 2-555, located in Hall 2.

The monochrome version of the FSM-IMX547 Camera Kit is available on Mouser’s website here: https://www.mouser.com/ProductDetail/FRAMOS/FSM-IMX547M-C01-Bundle-V1B?qs=t7xnP681wgUuiwHkMIR1aA%3D%3D, while the Color version can be found here: https://www.mouser.com/ProductDetail/FRAMOS/FSM-IMX547C-C01-Bundle-V1B?qs=t7xnP681wgXCbtqkgAuwhQ%3D%3D.

About FRAMOS

FRAMOS is an imaging expert, trusted advisor, and vision solutions provider. Since 1981, FRAMOS implements the best current and emerging imaging technologies for specific customer requirements and applications. FRAMOS meets these requirements with advanced and proven imaging components from a global network of renowned partners, and with FRAMOS IP.

More than 180 FRAMOS employees world-wide are passionate about the unlimited potential of imaging and help customers achieve the optimum results from every possible scenario. FRAMOS drives and ensures the entire product development journey from POC, through prototyping, to mass production. FRAMOS carefully selects imaging components, like image sensors, lenses, or various 3D technologies, and offers custom developments tailored to individual needs and time frames. FRAMOS listens and understands customer challenges. With innovative solutions FRAMOS ensures successful project outcomes and develops long-term customer relations.

Find out more at www.framos.com or follow us on LinkedIn and Twitter

The post FRAMOS Launches FSM-IMX547 Camera Accessory for the AMD-Xilinx Kria KR260 Robotics Starter Kit appeared first on Edge AI and Vision Alliance.