GMAX4002 is a 1/1.7" optical format image sensor with 2048 x 1200 effective pixels. Featuring an advanced charge domain global shutter pixel, GMAX4002 operates with true CDS for low noise and high dynamic range. Gpixel’s Red Fox technology is employed to deliver enhanced QE for NIR applications. GMAX4002 is configurable through I2C. It integrates both Sub-LVDS and MIPI interfaces, for frame rates of 344 fps and 166 fps respectively. GMAX4002 supports 2×2 on-chip binning to achieve higher sensitivity and faster frame rate. It includes an on-chip sequencer and OTP functions.Assembled with 74-pin CLCC package, GMAX4002 enables a cost-effective camera solution, easy integration and high-reliability mass production.

GSPRINT4502 is a 2 MP (2048 x 1216) 2/3 sized (10.7 mm) high speed, global shutter image sensor designed with the latest 4.5 μm charge domain global shutter pixel. It achieves more than 30k e¯ FWC, less than 4 e¯ rms read noise and > 68 dB dynamic range, optionally to be increased with multi-slope HDR mode. Using an advanced 65nm CIS process and light pipe technology, the sensor achieves >65% QE and more than 1/40,000 shutter efficiency. With on-chip charge binning, FWC can be further increased to > 120ke¯ and frame rate is quadrupled. GSPRINT4502 consists of 64 pairs sub-LVDS channels running at 1.2Gbps which delivers a stunning 3300 fps at 8 bit per pixel and full resolution and over 10000 fps with binning mode. These unique features make it an ideal solution for demanding imaging in applications such as 3D laser profiling, industrial inspection, motion analysis and high speed imaging.

GSPRINT4510 is a 10MP (4608 x 2176) 4/3” (22.9mm) high speed image sensor designed with the latest 4.5 µm charge domain global shutter pixel. It achieves more than 30 ke¯ charge capacity and less than 3 e¯ rms read noise. Using an advanced 65 nm CIS process with light pipe technology, the sensor achieves >67% QE and more than 1/40,000 shutter efficiency. With on-chip charge binning, full well capacity can be further increased and frame rate is almost quadrupled. GSPRINT4510 will be offered in two variants to support in the most optimal way different end-use use cases. One version is dedicated to 3D laser profiling and supports 144 pairs sub-LVDS channels running at 1.2Gbps each, which delivers a stunning 2000 fps in 8-bit operation at 2048 rows and > 3500 fps with an ROI of 1024 rows in combination with several HDR modes. Incorporating unique, tailored features such as a thinner glass lid to reduce stray light reflection, the option to have no micro lenses, and either a sealed or removable glass lid makes GSPRINT4510 the ideal solution for 3D laser scanning applications. For other applications including high-speed industrial inspection, life science imaging and 4K video applications, the sensor is offered in monochrome, color sensor configuration, and achieve up to 500 fps @ 12-bit, 1008 fps @ 10-bit and 1928 fps @ 8-bit with full resolution. On-chip 2×2 charge binning can boost frame rates more than x3 with a full well charge increase to 120 ke¯. Flexible output channel multiplex modes make it possible to reduce frame and data rate to make it compatible with all available camera interface options. This version of the sensor incorporates micro lenses on top of the pixels and a sealed glass lid making GSPRINT4510 the ultimate choice for many applications such as 4/3”(Micro Four Thirds) format global shutter cameras in slow motion capture or drone-mounted videography.

GSPRINT4521 is a 21 MP (5120 x 4096) APS sized (29.5mm diameter) high speed, global shutter image sensor designed with the latest 4.5 μm charge domain global shutter pixel. It achieves 32 ke¯, less than 3 e¯ rms read noise and > 69 dB dynamic range, optionally increased to 81 dB with a dual gain HDR mode. Its state-of-the-art 65nm CIS process allows the sensor to use on-chip charge binning, further increasing FWC and almost quadrupling frame rate. GSPRINT4521 will be offered in two speed variants. The full speed variant consists of 160 pairs sub-LVDS channels running at 1.2Gbps which delivers a stunning 1000 fps in single gain operation at 8 bit per pixel and full resolution, and more than 3500 fps with a ROI of 1024 rows in a dedicated 3D laser profiling mode. These unique features make it an ideal solution for demanding imaging in high-end applications such as high speed 4K video, industrial inspection, motion analysis and life science imaging.

GMAX2505 achieves more than 65% peak QE and excellent angular response. Thanks to the latest light pipe technology, more than -80dB shutter efficiency can be achieved. The sensor supports both 10bit and 12bit output, with frame rate up to 290fps and 121fps. It is assembled in a ceramic Land Grid Array (LGA) package, allowing easy integration and mass production. GMAX2505 is pin-compatible with GMAX0505, GMAX2509 and GMAX2518, where GMAX0505 is a 25MP (5120x5120) 1.1" sensor, GMAX2509 is a 9MP (4200x2160) 2/3" sensor, and GMAX2518 is a 18MP (4508x4096) 1" sensor. All four sensors are designed with the same 2.5μm global shutter pixel architecture and same sequencer operation, allowing reduced system costs and R&D cost for customers.

GMAX2509 achieves more than 65% peak QE and excellent angular response. Thanks to the latest light pipe technology, more than -80dB shutter efficiency can be achieved. The sensor supports both 10bit and 12bit output, with frame rate up to 290fps and 121fps. It is assembled in a ceramic Land Grid Array (LGA) package, allowing easy integration and mass production. GMAX2509 is pin-compatible with GMAX0505, GMAX2505 and GMAX2518, where GMAX0505 is a 25MP (5120×5120) 1.1" sensor, GMAX2505 is a 5MP (2600×2160) 1/2" sensor, and GMAX2518 is a 18MP (4508×4096) 1" sensor. All four sensors are designed with the same 2.5μm global shutter pixel architecture and same sequencer operation, allowing reduced system costs and R&D cost for customers.