Forza Silicon’s Post

Low-noise GS sensors have a 10-megapixel 3D stacked design, along with a 2-micrometer ADC pitch and global and rolling shutter pixel drivers. Designs support 120 frames per second and include a 12-bit column-parallel ADC, multiple volt supplies and 2.2 Gbps CML serial interface. The top layer has a 65-nanometer backside illumination (BSI) imager chip, while the bottom layer has a 40-nanometer logic chip. Learn more: https://lnkd.in/eY4dRChF #chips #chipdesign #sensors #imaging

The OmniVision OV6948 is the world's smallest commercially available image sensor, boasting a diminutive size of 0.575 x 0.575 x 0.232mm. This remarkable device is capable of capturing high-quality 40,000-pixel color images using an RGB Bayer back-side-illuminating chip. #security #safety #cctv #engineering #technology #technologies #camera #cameras #imagesensor #sensor #sensors

Micro LEDs have a big impact: https://lnkd.in/gwvTSQzB These semiconductor devices have high luminance, fast response times, independent pixel control and are useful in automotive lighting, HUDs, high-speed communication and more. What's in store for Micro LEDs? #OpticaCorporateMember Ansys says emerging display technology has significant potential for investment and growth. Optica CTO Jose Pozo says: “There’s significant potential for microLEDs in consumer electronics. Technology leaders have knowingly set a precedent of ongoing ‘next-generation’ expectations. Consider how every new iteration of a smartphone comes with the latest enhancements and boasts a better experience. That mindset now applies to any new technology entering the landscape." #Technology #ConsumerElectronics #Semiconductors

Displays are all around us, from large TV screens to tiny displays inside AR/VR gear just in front of our eyes. Display technology has come a long way from the days of the bulky cathode ray tubes to transparent and flexible #OLED displays utilizing light emitting organic molecules! In the following blog post we look a bit closer at the use of lasers in OLED and #microLED display #manufacturing: https://bit.ly/3LCWVAT

Case Sharing: #Smart #Sensor #Faucet #Solution Functionality: Human Detection / Proximity Sensing   #Chip: Single-channel Touch IC - #SC01B   Solution Highlights: Highly Resistant to Interference #Touch IC

Optically clear pottants and encapsulants are used with image sensors, photodetectors, and LED displays. Our new video describes these products. #Video #Adhesives #DesignEngineers #Potting #Encapsulation #Optics #Sensors #LED #Displays

Can you use #infrared for a force sensor? 👈 🔹 Vishay Intertechnology, Inc. has IR solutions that can act as force sensors, with resolution of up to 20 µm. 📏 🔹 Enhance your #HMI and simplify your #electronics design. 📐 📩 Get more details and support: davin.moorman@rutronik.com RUTRONIK Electronics Worldwide #humanmachineinterface #force #sensors #sensing #IR #displays #controllers #gaming #touchpads #steering #controls

💡What technology is behind OLED Microdisplays? Sony Semicon (EU) OLED microdisplays feature a unique front-plane and back-plane design that ensures high resolution without compromising luminance uniformity or viewing angle. The front plane uses an OCCF (on-chip color filter) structure and a new color filter array, while the backplane has a proprietary pixel compensation circuit and driver circuit. Their wide use is not surprising as silicon-based OLED high-resolution technology can: ✅ Overcome challenges in achieving higher resolution ✅ Achieve smaller pixel pitch and luminance uniformity ✅High-framerate driving with less-resolution degradation ✅ On-chip color filter structure and original color array If you want to use their exceptional benefits, including high resolution, low power consumption, and rapid response times click the link and explore more. ➡️https://bit.ly/3GhYd3K Sony Semicon (EU) Sony Semicon (IL) #FRAMOS #Sony #OLED #microdisplays #innovation

The POE-C5311 features the Sony Pregius IMX542 Global Shutter CMOS image sensor with a native resolution of 5328 x 3040 in a 1.1” optical format delivering up to 7.4 frames per second with GigE Vision® Power over Ethernet (PoE) output. The Pregius S technology uses a stacked back-illuminated pixel structure offering reduced pixel size, increased peak quantum efficiency, and improved sensitivity with fast lenses. CMOS technology eliminates smear columns from areas of ultra-bright intensity and specular reflections in uncontrolled lighting applications. The camera has excellent sensitivity, fast frame rates, exceptional dynamic range and supports strobe outputs, trigger inputs, automatic exposure, automatic gain control with multiple LUTs, and other high-value functions. The Imperx POE-C5311 camera provides exceptional video image quality with Imperx proprietary processing in a wide range of environments and conditions. The POE-C5311’s  flexibility, image quality, and speed make it suitable for a broad range of diverse and demanding applications, but “one size doesn’t fit all,” and Imperx can help optimize the camera to your exact requirements. In addition, Imperx puts you in control and gives you full access to raw data without corrections. Using the simple, intuitive graphical user interface, you can quickly apply image corrections, if desired. This camera is also available in CXP and P67 variants. To see the full list of available cameras, visit our camera selector: https://lnkd.in/gufHHsWH #machinevision #automation #aerospace #ruggedized

🚀Explore the FSM: GO! A deployable ready-to-go optical sensor module that combines the industry’s most powerful image sensors paired with a perfect lens, allowing you to achieve the best off-the-shelf image quality that is built around you and your specific industry requirements. FSM:GO is fully supported for the NVIDIA Jetson and NXP Semiconductors i.MX8MP. This compatibility harnesses the power of leading embedded processing platforms to maximize performance. Whether you are building security solutions, AI enabled sports cameras, surveying & mapping devices, or webcams, the FSM:GO optical sensor modules are deployable across a range of embedded vision systems. Explore the technical aspects that make FSM:GO stand out, simplifying the process of finding the right solution. 🖇️ https://bit.ly/3HlW5sl Sony Semicon (EU) Sony Semicon (IL) #FRAMOS #FSMGO #embeddedvision #imaging #sensor #module NVIDIA | NXP Semiconductors | NXP Partner Channel