Thank you to TapTechNews for the independent photographer's clue! TapTechNews reported on May 13 that Chang Guang Satellite Technology Co., Ltd. officially launched the GSENSE6510BSI, a 10 million pixel resolution back-illuminated, 'scientific-grade' CMOS image sensor. The product is said to have 'high sensitivity, high quantum efficiency, low noise' characteristics, as well as 'large field of view, high frame rate' features. Key highlights of the product include: Effective resolution: 3200(H) x 3200(V) Pixel size: 6.5μm x 6.5μm Diagonal: 29.4mm Peak quantum efficiency: The image sensor maintains 95% peak quantum efficiency with back-illuminated technology; in the 800nm spectral range, the quantum efficiency reaches 67%, meeting the observation needs from ultraviolet to near-infrared wide spectral range. Data transmission method: GSENSE6510BSI uses 72 pairs of LVDS for data transmission Data volume: Chip total data volume 69.12Gbps The chip also integrates 8/11/12bit ADC. In 8bit mode, the highest frame rate can reach 500fps, supporting high-speed scene applications in microscopic imaging. GSENSE6510BSI has 5 working modes to achieve low readout noise, high dynamic range, and ultra-high speed characteristics. The working modes are PGA gain, full well capacity (ke-), readout noise (e-), dynamic range (dB), and frame rate (fps). The CMOS image sensor GSENSE6510BSI supports global reset rolling exposure and supports low dark current mode for long exposure time. Users can set the chip's operating mode according to different detection targets and detection requirements to achieve high frame rate, low noise, and high dynamic range switching. Other aspects: GSENSE6510BSI uses a 284-pin ceramic LGA package with package size 34.2mm x 44.4mm. The glass cover plate is removable, supporting users to remove the glass cover plate to maximize the chip quantum efficiency. Currently, engineering samples and evaluation boards of the CMOS image sensor GSENSE6510BSI are available for pre-order on the Chang Guang Satellite Technology Co., Ltd. website for more information and ordering.