Gpixel NV

🐎 High speed 🐎 🌈 Broad spectrum 🌈 🔎 High sensitivity 🔎 Read more about GSPRINT6502BSI: https://lnkd.in/gy_N8zAJ

Our 5 design centers in China, Japan and Belgium host over 400 engineers in over 11,000 square meters of space, working on image sensor design, validation, qualification, wafer testing and final testing. #imagesensors #fabless #global

Gpixel products with both MIPI and sub-LVDS output options let you prioritize the most important features of your design for the application. #flexibility #embeddedvision #machinevision

Since 2012, we have been delivering the most advanced image sensor technologies available into the specialty applications including scientific imaging, automation and inspection, and professional video. Because we focus exclusively on these applications, we are able to put technology to work in the ways these applications specifically need. Learn more about Gpixel here: https://lnkd.in/gM2K3QxJ #imagesensors #microscopy #astronomy #automation #machinevision #professionalvideo

Thank you to everyone who chose to spend some of their valuable time at #VisionSTR with us at Gpixel. It was a great show!

📢 Live demos at VISION 📢 GSENSE6510BSI GSENSE6510BSI is a 3200 x 3200 (10.2 MP) resolution image sensor with industry-standard 6.5 μm x 6.5 μm pixel and large 29.4 mm diagonal for increased throughput in microscopy applications compared to 19 mm sCMOS devices. With a peak QE of 95% and read noise of 0.7 e‾ median, the sensor achieves exceptional signal-to-noise in extreme low light applications. The sensor offers five imaging modes. In 12-bit mode, the sensor delivers 62.3 dB of dynamic range with a read noise floor or 1.3 e‾ at 88 fps. In 11-bit HDR mode, the sensor uses dual-gain readout to achieve 78.8 dB of dynamic range with a read noise of 1.8 e‾ at the same 83 fps. Additionally, the sensor offers two high-speedmodes, an 8-bit mode reaching 500 fps and an 11-bit mode reaching 166fps. A 12-bit low noise mode achieves 0.7 e‾ read noise. More about GSENSE6510BSI here: https://lnkd.in/gbPjbp6U #highsensitivity #lownoise #microscopy #VISIONSTR

📢 Live product demos at VISION 📢 GLR1205BSI-S GLR1205BSI-S is a single-line linear image sensor with rectangular pixels and analog output designed for use in displacement sensors. The sensor’s 512 pixels are each 12.5 μm (H) x 250 μm (V) and provide a full well capacity of 2.8 million electrons and a maximum signal-to-noise ratio of 71.1 dB. The large pixel also increases the photosensitive area and facilitates easy alignment of the laser spot. Backside thinning technology enables a peak quantum efficiency of 95%, and almost 50% at 650 nm. A charge transfer time of only 2.5 μs ensures excellent lag performance. The single analog output allows image processing using an MCU module, and the small CSP package enables the design of a compact displacement sensor. The GLR1205BSI-S image sensor is designed for the accurate detection of surfaces and precise distance measurement under a variety of lighting conditions. More info about GLR1205BSI-S: https://lnkd.in/gdrAEXwq Watch this space for more information about live demos at VISION! #automation #lasertriangulation #machinevision #VISIONSTR

📢 Live product demos at VISION 📢 GLT5009BSI GLT5009BSI is a Backside illuminated (BSI), Time delay integration (TDI), charge domain CMOS image sensor with 5 μm pixels and 9k resolutions. The sensor has two photosensitive bands, 256 stages and 32 stages respectively, enabling a high dynamic range (HDR) imaging mode. GLT5009BSI is designed to meet the needs of high speed and low light applications by maximizing sensitivity from the ultraviolet to the near infrared with state-of-art BSI scientific CMOS technology and up to 256 true TDI stages. It supports line rates up to 608 kHz using 10-bit single band mode and 300 kHz using 12-bit single band mode. The sensor also supports 10bit dual band HDR mode, employing both 256 stages and 32 stages for HDR image construction. Recently we introduced the GLT5009BSI-DUV image sensor optimized for sensitivity in the deep ultraviolet (DUV) portion of the spectrum to support semiconductor inspection. Based on GLT5009BSI, the DUV version incorporates an optimized antireflection coating to achieve >50% quantum efficiency at 266 nm and >30% at 200 nm, while still maintaining a peak in the visible >70%. About GLT5009BSI: https://lnkd.in/gWfp5KnF About GLT5009BSI-DUV: https://lnkd.in/eFYEaaWf Watch this space for more VISION demo previews! #TDI #UV #Semiconductors #Inspection #MachineVision #VisionSTR

Countdown to VISION! Watch this space for product announcements leading up to the show, and plan to visit our booth in Stuttgart for live product demos and to meet the team. #VisionSTR #Vision2024

🚨 NEW PRODUCT 🚨 We have expanded our family of GMAX global shutter CMOS image sensors with the introduction of the GMAX4416, featuring a popular square aspect ratio, large 4.4 µm pixels, and Gpixel's REDFOX technology for 33% quantum efficiency at 850 nm. Samples and demo systems are available today. Learn more about GMAX4416: https://lnkd.in/gk4CxMxq #globalshutter #NIR #RedFox #MachineVision