Forza Silicon

🌟 WE ARE HIRING 🌟 Exciting opportunity to join our talented Engineering team as a Principal Mixed Signal Design Engineer at Forza Silicon based in Pasadena, California. Forza Silicon

🌟 WE ARE HIRING 🌟 Exciting opportunity to join our talented Engineering team as a Mixed Signal Design Engineer at Forza Silicon based in Pasadena, California. Forza Silicon

Forza’s extensive experience from over 300 custom IC developments now shapes its new breakthrough CMOS sensor portfolio. Message us to schedule a meeting at Vision for an introductory conversation. #cmos #vision #machinevision #2D #3D

Introducing: The Ultimate Ultra-Fast, Low-Noise CMOS Sensor Redefining Advanced Imaging! Engineered and manufactured in the USA and EU for exceptional quality and reliability. Forza Silicon STMicroelectronics UHD 3840 (H) x 2160 (V) 4/3", 5µm, Backside-Illuminated 1200 FPS @ 10-Bit, 1500 FPS @ 8-Bit 78% Peak QE @ 550 nm 68 db Excited to share Forza's latest image sensor, designed for cutting-edge 3D laser scanning, industrial inspection, and biomedical applications. With versatile, configurable modes, it delivers optimized performance, including: · Row/column windowing for ultra-high frame rates · Selectable output ports, balancing throughput with power efficiency · CDS for low-noise or non-CDS for high-speed operations · High dynamic range with programmable pixel gain modes · Adjustable ADC bit depth for superior frame rate control A game-changer in precision imaging. Curious to hear more? Connect with us to explore how we can help drive innovation in your field! #cmos #imaging #3D #machinevision #highspeedimaging

World's Largest Image Sensor: A Groundbreaking Collaboration by Sphere Entertainment, STMicroelectronics, and Forza Silicon. #SphereVegas #sensors #imaging #cmos #imagesensors #semiconductor

Rounding out our technology spotlight is our work with 3D stacked single-photon avalanche diode (SPAD) sensors with the following features: large, medium and small SPAD arrays, extreme high speed histogramming, ~40,000 frames per second and an up to 5.6 Gbps CML serial interface. Check out our website to learn more: https://lnkd.in/ecSnsXee #chips #chipdesign #sensors #imaging

Next up in our technology spotlight is a high-resolution digital still camera imager with a 40-megapixel, 1D stitched design. The chip design includes ~4.75-micrometer dual-gain pixels with vertical and horizontal binning, a 14-bit column-parallel ADC and multiple volt supplies. Designs support 10 frames per second, as well as rolling and global reset shutter modes. Check out our website to learn more: https://lnkd.in/eFMvkWfM #chips #chipdesign #sensors #imaging

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

Next up in our technology spotlight is a biomedical imager for medical sensors. The design features 24 megapixels, a 5.0-micrometer ADC pitch and 1.8 Gbps CML serial interface. It also supports 100 frames per second (8-bit) or 60 frames per second (10-bit) column-parallel single slope ADC. Check out our website for more: https://lnkd.in/eDj97pzw #chips #chipdesign #sensors #imaging #biomedical #medical

High-speed CMOS sensors with a 1-megapixel backside illumination (BSI) imager can support 100,000 frames per second — and recording speeds as high as 320,000 frames per second in binning mode. Check out our website to learn more about this sensor technology: https://lnkd.in/eRdSkHJq #chips #chipdesign #sensors #imaging