GMAX3413 12.7 MP resolution into a 4/3" image format in a wide aspect ratio offering an optimal coverage of the field of view of interest in the intended applications such as Intelligent Traffic System (ITS) and logistics and parcel sorting. Like other GMAX products, the advanced low noise global shutter technology and generous pixel achieves a full well capacity of 8.6 ke¯ and noise of 2.3 e¯ which delivers more than 71.4 dB linear dynamic range. Gpixel’s Red Fox technology is employed to deliver a NIR-enhanced QE of 30% at 850 nm for excellent performance in intelligent traffic systems. GMAX3413 is configurable through SPI or I2C and supports on-chip color offset calibration, LED flicker mitigation, multiple region HDR and OTP functions. GMAX3413 is housed in a 163-pin ceramic LGA package with outer dimensions of 32.7 mm x 17.9 mm and an LGA pad pattern optimized for reliable solder connections.

GMAX3405, a 5 MP resolution sensor with 3.4 μm charge-domain global shutter pixel. With 16 pairs of sub-LVDS providing 100 fps @ 12bit and 164 fps @ 10bit. With 4 lanes MIPI providing 73 fps @ 12bit.

GMAX3412, a 12 MP resolution sensor with 3.4 μm charge-domain global shutter pixel. With 16 pairs of sub-LVDS providing 60 fps @ 12bit and 128 fps @ 10bit. With 4 lanes MIPI providing 30 fps @ 12bit.

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.

GMAX3809 fits 4096(H) x 2160(V) (8.8 MP) resolution into a 1.1" image format with low noise, charge domain Global Shutter pixels running at 65 fps at 12 bit ADC resolution per pixel. GMAX3809’s 3.8 μm pixel achieves a full well capacity of 10.5 ke¯ and noise of 3.3 e¯, delivering over 70 dB linear dynamic range. Similar to other GMAX products, the advanced pixel technology brings a Parasitic Light Sensitivity of -92 dB and excellent angular response (>15° @ 80% response). Gpixel’s Red Fox technology is employed to deliver a NIR-enhanced QE of 30% at 850 nm for excellent performance in intelligent traffic systems. GMAX3809 is configurable through SPI or I2C and supports on-chip color offset calibration, LED flicker mitigation, multiple region HDR and OTP functions. GMAX3809 is housed in a 163-pin ceramic LGA package with outer dimensions of 27.1 mm x 17.9 mm and an LGA pad pattern optimized for reliable solder connections. The sensor assembly includes a double side AR coated cover glass lid.

Featured with the latest generation 3.2 μm charge-domain global shutter pixel and 152 MP resolution, GMAX32152 is the leading-edge image sensor offering a large image plane of 60.6 mm diagonal which ideally for high resolution industrial inspection applications. The state of art pixel operates with true correlated double sampling (CDS), allowing low read noise and high dynamic range. In addition, the light pipe technology provides excellent PLS and angular response. GMAX32152 delivers 16 fps with 38 pairs of sub-LVDS channels running at max. 960 Mbps. It provides high throughput and high quality images for demanding imaging applications such as flat panel display inspection. GMAX32152 is assembled using 183-pin micro-PGA ceramic package for reliability and good heat dissipation.

The 103MP GMAX32103 is a medium sized ultral high resolution image sensor using advanced processing technology the 3.2 μm global shutter pixel achieves 66.9% peak QE @ 500nm, excellent angular response, and a parasitic light sensitivity -83.9 dB. The sensor supports 12bit operation for a maximum full-resolution frame rate of 24 fps. Channel multiplexing of the 52 pairs of sub-LVDS channels allows for optimization between speed and dynamic range to suit the application. The sensor is available in both monochrome and Bayer versions to support use in a variety of applications including machine vision, QA inspection, surveillance, biometrics, document imaging and flat panel inspection.

GMAX2518 has an optical format of 1" and features 18 MP (4508 × 4096) Global Shutter pixels based on the proven GMAX 2.5 μm architecture, operating with true correlated double sampling (CDS) for low read noise and high dynamic range. In addition, the dual light pipe technology provides excellent PLS and angular response, with 32 pairs of sub-LVDS each run at 960 MHz, the sensor output with maximum 30.72 Gbps data, achieving maximum frame rate of 139 fps in 10 bit output and 64 fps in 12 bit output. The sensor integrates an on-chip sequencer, programmable through SPI, and is designed to be fully pin compatible with GMAX0505, GMAX2509 and GMAX2505 to significantly shorten time to market for camera manufactures. GMAX2518 is assembled in a 19.5 x 20.8 mm 226-pins LGA ceramic package, which is mechanically compatible to fit into an industry standard 29 mm x 29 mm camera housing.

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.

GMAX0505, designed with the world’s smallest 2.5μm charge domain global shutter pixel, offers the highest resolution of 25 Megapixels within 1.1" optical format. Despite its small pixel pitch, GMAX0505 achieves more than 65% peak QE and excellent angular response thanks to the latest light pipe technology. In addition, with optimized tungsten shielding structure on top of the pixel’s memory node, the sensor’s shutter efficiency is more than 80dB. GMAX0505 supports 10bit and 12bit output, and the frame rate is up to 150fps. The sensor is assembled in a ceramic Land Grid Array (LGA) package, allowing easy integration and mass production. The superior performance and the cost-effective packaging of GMAX0505 offer camera manufactures great advantage over various applications, including machine vision, high resolution industrial inspection, ITS and surveillance. GMAX0505RF is processed with Red Fox Technology for NIR sensitivity enhancement. GMAX0505 is pin-compatible with GMAX2505, GMAX2509 and GMAX2518, where GMAX2505 is a 5MP (2600×2160) 1/2" sensor, GMAX2509 is a 9MP (4200×2160) 2/3" 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.

The 51MP GMAX4651 delivers 8k video at 30 fps in a 35 mm optical format, making it ideal for applications in broadcast imaging, surveillance, aerial mapping and biometrics. It’s large 4.6 μm pixel easily provides 65.5 dB of dynamic range, excellent sensitivity with a peak QE of 67%, and exceptional PLS at <-92 dB. At full resolution and full speed, the power dissipated is less than 2.8 W. 12bit data is delivered via 24 pairs of sLVDS channels, and channel multiplexing allows operation of the sensor through 14, 8, 6 or 4 channels. The sensor is assembled in a 238-pin PGA package for excellent reliability and heat dissipation. Available in both monochrome and Bayer versions, the GMAX4651 can provide excellent 8k video or high resolution stills for traditional and non-traditional video and photography applications.

The 65MP GMAX3265 is sized to fit comfortably behind a 35 mm lens, making it a cost-effective solution for applications ranging from high end surveillance to high resolution inspection. Using advanced processing technology the 3.2 μm global shutter pixel achieves 65% peak QE, excellent angular response, and a parasitic light sensitivity less than -83.5 dB. The sensor supports both 10bit operation for a maximum full-resolution frame rate of 71 fps, and 12bit operation for a dynamic range over 66 dB at 31 fps and <2.1W. Multiplexing of the 56 pairs of sub-LVDS channels allows for optimization between speed and dynamic range to suit the application. The sensor is available in both monochrome and Bayer versions to support use in a variety of applications including machine vision, QA inspection, surveillance, biometrics, document imaging and flat panel inspection.

GSENSE3243BSI is a 31-mm diagonal stacked BSI image sensor designed with 3.2 μm pixels. The full resolution of the sensor can be read out at a bit depth of 14 bits and a maximum frame rate of 100 fps using an on-chip high speed serial interface or at 50 fps over 32 sub LVDS channels operating at 1.05 Gbps/channel. The image sensor has a peak quantum efficiency over 80%, a wide angle response, read noise of 3.3 e‾ at full speed, and a dark current less than 1 e‾/pixel/second at 0degree. The sensor incorporates multiple features to enhance dynamic range including the dual-gain output, on-chip compression HDR function and digitally programmable piecewise linear HDR feature. The sensor achieves a dynamic range of 75 dB in dual gain mode and up to 104 dB using the more advanced HDR features.

GSENSE1081BSI is designed with large imaging area for demanding scientific imaging applications. Sensor provides active resolution of 8900(H) x 9120(V) with 10μm x 10μm pixel size. An inter-scene dynamic range is 84.5dB combined from maximum full well capacity of 90ke¯and readout noise of 5.35e¯. Sensor supports on-chip 16bit ADC, with LVDS channel running up to 250MHz, providing frame rate up to 0.34fps. GSENSE1081BSI is assembled in high-end SiC package with one flexi-cable, by this design, the dead space at 3x package sides is minimized and makes sensor well fit for applications require a mosaic sensor array. The thermal expansion of SiC is close to silicon die which is suitable for deep cooling applications.

GSENSE4040BSI is a BSI CMOS image sensor of 16.8MP (4096 x 4096) resolution with 9 μm × 9 μm pixel size, and a photosensitive area of 36.8 mm x 36.8 mm (52 mm diagonal). Using dual gain HDR operation mode, 85 dB is achieved with 39k e¯ full well capacity and 2.3 e¯ readout noise. 18 pairs of LVDS channels running at 600 MHz per channel support full-resolution imaging at a frame rate of 24 fps. GSENSE4040BSI is assembled in 140-pin PGA ceramic package with a removable glass lid. This sensor is pin compatible with GSENSE4040FSI for fast and easy integration

GSENSE4040 is a 16.8Mega pixel resolution CMOS image sensor. Featured with five transistor (5T) HDR pixel design on a 9 μm pitch, the sensor could achieve 3.7 e‾ dark noise and 74 ke‾ FWC simultaneously in HDR mode. GSENSE4040’s maximum frame rate (will full resolution) is 24 fps in HDR mode. It supports 2 x 2 charge binning mode in which x 4 frame rate is achieved. These features make GSENSE4040 an ideal image sensor for various applications. GSENSE4040 is offered in two variations: CMN and CMT. CMN is a monochrome sensor without microlens array and protected by a removable glass lid, which is ideal for X-ray imaging, charged particle detection, and micro-CT application; while CMT is a monochrome sensor with microlens array and sealed with D263<sup class="xiao">®</sup> T lids with anti-reflective coating on both sides, ideal for medical imaging and astronomy applications.

GSENSE6060, and its pin-compatible back-thinned version GSENSE6060BSI, are designed with a large imaging area for demanding astronomical and scientific imaging applications. With its top and bottom readout chains consisting of 2×25 LVDS pairs running up to 630MHz, GSENSE6060’s frame rate is up to 44 fps with 12bit ADC, allowing scientists to observe with the never-achieved temporal resolution of large format imagers. The two readout chains also provide the possibility for HDR combination up to 89dB. GSENSE6060 supports up to 4 times correlated multiple sampling (CMS). In CMS mode, both the reset and signal levels of pixel output are sampled for multiple times and summed up for pixel-related noise suppression. The Aluminum Nitride package of GSENSE6060 provides 10x thermal conductivity than the traditional Alumina package, as well as excellent flatness both at the room temperature and deep-cooled temperatures.

GSENSE6060BSI is designed with a large imaging area for demanding astronomical and scientific imaging applications. With its top and bottom readout chains consisting of 2×25 LVDS pairs running up to 420 MHz, GSENSE6060BSI’s frame rate is up to 26 fps with 12bit ADC, allowing scientists to observe with the never-achieved temporal resolution of large format imagers. The two readout chains also provide the possibility for HDR combination up to 90 dB. GSENSE6060BSI supports up to 4 times correlated multiple sampling (CMS). In CMS mode, the reset and pixel output are sampled for multiple times and summed up for pixel-related noise suppression. The Aluminum Nitride package of GSENSE6060BSI provides 10x thermal conductivity than the traditional Alumina package, as well as excellent flatness both at the room temperature and deep-cooled temperatures. GSENSE6060BSI is equipped with removable glass lids.

The GSENSE400BSI is a high-performance 2k x 2k image sensor designed for the most demanding scientific applications. It’s generous 11 μm rolling shutter pixel combined with the sensor’s dual gain HDR functionality deliver over 94 dB of dynamic range while maintaining a frame rate of 24 fps. If higher frame rates are required, 48 fps can be sustained in standard imaging mode with a dynamic range of 65 dB. The sensor’s exceptional sensitivity is due to its 1.3 e¯ read noise floor, low dark current, and backside thinning technology with peak QE of 95%. The 12bit data is delivered over 8 pairs of LVDS outputs and the total power consumption is below 650 mW. The sensor is packaged in a 115-pin PGA with removable cover glass for easy integration into cooled camera systems. The 22.5 mm x 22.5 mm square active imaging area is ideally sized for microscopy applications. Whether used to capture long exposures of faraway nebulae or for high-throughput imaging of biological samples, the GSENSE400BSI is the scientific industry’s high-performance imaging workhorse.

The GSENSE400 is a 4 Megapixels resolution CMOS image sensor using 11μm pitch high dynamic range pixel. The sensor operates in electronic rolling shutter and features an extremely low temporal noise of 1.5 e‾ The sensor peak QE is around 58% without μlens. High sensitivity combining the very low noise and low dark current makes it perfect for scientific applications. This image sensor has two operation modes, STD mode in 48 fps or HDR mode which is optimized for high dynamic range (HDR) applications with half frame rate. In HDR mode, the sensor achieves a linear dynamic range of more than 95.6 dB. GSENSE400 integrates a 12bit ADC, a temperature sensor, a PLL and SPI control on-chip. The power consumption of the image sensor running at full speed is less than 600mW.

GSENSE2020BSI is a backside illuminated (BSI) scientific CMOS image sensor, with 4MP resolution and 6.5 μm pixel size. With six-transistor (6T) pixel architecture, GSENSE2020BSI features readout noise of 1.6 e¯, full well of 55 ke¯, as well as peak QE of 95%. In addition, the sensor supports correlated multiple sampling (CMS), the read noise can be further reduced to 1.2 e¯ with 2-CMS operation. GSENSE2020BSI’s max. frame rate is 74 fps with 11bit HDR mode. The frame rate, as well as the global reset function, make GSENSE2020BSI the best solution for industrial inspection requiring superior UV sensitivity. In addition, GSENSE2020BSI is pin-compatible with GSENSE2020 and GSENSE2011, allowing easy hardware integration with minimized development, and fast time-to-market.

GSENSE2020 is a 4MP resolution scientific CMOS image sensor, capable of operating with either global or rolling shutter. Featured with six transistor (6T) pixel design on a 6.5 μm pitch, the sensor has a very low readout noise of 2.1 e¯ in rolling shutter HDR mode with maximum frame rate of 47 fps / 370 fps. Sensor’s HDR mode is based on dual gain HDR, meaning sensor outputs two images with Low gain setting and High gain setting after each exposure, combining the two images off chip with HDR construction algorithm allow up to 87dB dynamic range. Sensor also supports global shutter mode with maximum frame rate of 370fps.

GSENSE2011 is a 2Mega pixel resolution scientific CMOS image sensor, capable of operating with either global or rolling shutter. Featured with six transistor (6T) pixel design on a 6.5 μm pitch, the sensor has a very low readout noise of 2.1 e¯ in rolling shutter HDR mod with max. frame rate is 83 fps in 12bit rolling HDR mode. Sensor’s HDR mode is based on dual gain HDR, meaning sensor outputs two images with Low gain setting and High gain setting after each exposure, combining the two images off-chip with HDR construction algorithm allow up to 87 dB dynamic range. The sensor also supports 653 fps Global DDS mode with trade-off on readout noise. These features make GSENSE2011 an ideal sensor for various applications.

GLUX1605BSI is a 0.5 Megapixel resolution BSI CMOS image sensor with 16μm x 16μm pixel size. The sensor operates in electronic rolling shutter in two operation modes: low noise mode, and HDR mode. User can choose which to operate in camera based on practical application’s requirement on full well capacity, noise, dynamic range, etc. It integrates two types of output channels(sub-LVDS and MIPI) and on-chip sequencer, which enables the sensor development less effort and hardware resource. GLUX1605BSI is pin compatible with GLUX9701BSI (1inch SXGA of GLUX image sensor family), users can operate both sensors with one set of PCB design.

GLUX9701BSI, a 1" sized, high sensitivity BSI sCMOS image sensor with a resolution of 1.3 MP (1280 x 1024) and large 9.76 μm x 9.76 μm pixels. Sensor supports a dual-gain HDR mode, achieving dynamic range of 89.5 dB by combining 1.6 e¯ readout noise. A dedicated low noise mode further optimizes imaging performance with read noise of 0.85 e- and power consumption of only 122 mW.

GSPRINT4502 is a 2 Megapixel (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 Megapixel (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.

GCINE4349 is a 49MP (35.2 x 25.8 mm) full frame image sensor with a 4.3 μm BSI pixels designed specifically for the demands and performance of high-end video imaging. With a maximum resolution of 8192 x 6000 pixels, several readout modes are supported to read out 8K or binned 4K video with maximum frame rates of up to 120 fps at 8K resolution and up to 240 fps at binned 4K resolutions, all with a pixel bit depth of up to 16 bit/pixel interfaced over 64 sub LVDS channels @ 1.2 Gbps/channel. GCINE4349 is developed using a 2-wafer level stacked BSI architecture. The top layer consists of a BSI pixel array with 49M 4.3 um pixels achieving a maximum QE of up to 75% at 525 nm. The bottom digital CMOS layer consists of an array of core cells each including 16-bit ADC blocks and SRAM memory blocks which are used to sum and store up to 4 subsequent sub-frames with seamless exposure, enabling an in-pixel full well charge of up to 160k e- for a dynamic range of 80 dB. GCINE4349 architecture also supports two additional HDR modes. Firstly, a proprietary Variable Slope High Dynamic Range method achieving an exceptionally high 110 dB of Dynamic Range. Secondly, a classic dual gain read out achieving up to 87 dB of Dynamic Range. An additional Digital Still Camera (DSC) mode can be enabled for low noise read out down to 1.7 e¯ and dedicated shutter control for DSC operation. GCINE4349 is packaged in a 431-pin LGA ceramic package and comes with a double side AR coated glass lid.

GCINE3243 is a 43MP 26.2 x 16.7 mm² sized APS-style image sensor with a 3.2 μm² BSI pixel size designed specifically for the demands of high-end video imaging. With a resolution of 8192 x 5232 pixels and highly configurable read out, 8K video at 60 fps or binned 4K video at 120 fps is supported, all at an impressive bit depth of up to 14 bits per pixel. Read out of the image data occurs over 32 sub LVDS channels @ 1.05 Gbps/channel. The stacking technology used in the GCINE3243 sensor enables excellent optical performance and read-out speeds. Sensor also support a variety of operation modes tailored for specific applications. A dedicated Digital Still Camera (DSC) mode is supported, improving the read-out noise and offering global reset shutter control. Additional HDR features, like dual gain read-out, on-chip digital compression and multi-slope pixel response are all available.

GTOF0503 is a VGA sensor featuring a 5 μm 3-tap state-of-the-art iTof pixel incorporating a pixel array with a resolution of 640 x 480 pixels. The BSI technology provides excellent sensitivity at NIR wavelengths. In addition, the wafer stacking enables very high modulation frequencies of up to up to 3ns pulse width and 30 depth frames per second which results in industry-leading depth accuracy at short, mid and long-range distances even in challenging ambient light conditions by using pulse modulation iToF technique. Advanced features such as multiple acquisition modes, depth with single and dual-frequency, low-power standby modes and an industry standard MIPI CSI-2 interface, allow very versatile and flexible operation.

GL1402 is available in color and mono variants. GL1402 color features red, green, and blue rows with 14 µm gaps between each row to minimize color crosstalk. Read out speed is 27 kHz. GL1402 mono features a three row monochrome option with a read out speed of 27 kHz, or a one row monochrome option with a readout speed of 81 kHz. GL1402 has a 28.7 ke‾ full well capacity and a dynamic range of 70 dB. The sensor has a 12 bit ADC and 4 sLVDS channels, with the option to run slower at 2 or 1 sLVDS channel. GL1402 power consumption is less than 420 mW at maximum read out speed. The sensor is assembled into a 54 pin CLCC package with outer dimensions 38 x 7.4 mm.

GL3516 is a 16384 x 2 resolution, 3.5 μm square pixel, line scan CMOS image sensor that supports maximum 120 kHz line rate in single line mode and 60 kHz line rate in dual line mode. GL3516 is pin and footprint compatible with Gpixel’s existing GL7008 8K line scan sensor its features makes is an ideal solution for industrial inspection applications benefitting from high-speed scanning and 16K resolution, including high end inspection production inspections for lithium battery testing, flat panel displays, PCBs, labels, and railway inspection. GL3516 is offered in both color and monochrome versions. The monochrome sensor support single and dual line modes. The color sensor support dual line mode.GL3516 is assembled in a COB package with WCu heat sink for optimal heat dissipation and with connector for easy integration.

GL7008 is a global shutter line scan image sensor with 7 μm square pixel and 8192 horizontal pixels resolutions. The sensor’s 12-bit ADC transmits data over 25 pairs of Sub-LVDS at line rate up to 200 kHz. GL7008 is offered in both color and monochrome versions. The monochrome sensor supports single and dual line modes with optimal sensitivity. The color sensor supports 3-line true color and 4-line RGBW multispectral output. The exposure time of each line can be individually adjusted by an external trigger. The line spacing of the sensor is equivalent to the pixel size to satisfy the requirements of line frequency matching. At full speed, the power consumption of GL7008 is around 4.4 W. The sensor adopts a COB package with WCu heat sink for optimal heat dissipation during high-speed scanning.

GL3504 is a line scan image sensor suitable for small format camera integration with C mount lens, the sensor contains two lines with 3.5um pixel and four lines with 7um pixel. GL3504 could run up to 172kHz with 7um pixel line and 84kHz with 3.5um pixel line at 12bit output with single line read out. GL3504 uses on-chip PLL and all required timing is generated by the on-chip sequencer, reducing the amount of external components needed. Output channel multiplexing enables flexibility in FPGA selection. GL3504 enables a cost effective camera solution for demanding inspection applications. GL3504 is assembled with a compact 58-pin CLCC package for fast heat dissipation and high robustness. Both mono and color variances are offered. For color variance, 7um lines are with RGB true color coating and 3.5um lines are with Bayer pattern.

GL0402 is a 4096 x 2 resolution, 7 μm square pixel, global shutter linear image sensor that supports maximum 200 kHz line rate in single line mode and 100 kHz line rate in dual line mode. GL0402 offers low read noise of less than 5.2 e¯and 10 ke¯ FWC, leads to 65.6 dB intra-scene dynamic range. GL0402 uses external clock and all required timing are generated by on chip sequencer, reducing the amount of external component needed; output channel multiplexing function enables flexibility on FPGA choice, suitable for cost-effective camera solution for demanding on line inspection applications. GL0402 is assembled with compact 76 pins CLCC package for fast heat dissipation and high robustness.

Designed for high speed industrial inspection, GL0816 is a line scan CMOS image sensor which consists of 16 lines of 8322 pixels with 5 μm pixel size and 5 μm inter-line space. It supports dual line, 4-line readout and max 8-line with 2-stage on-chip TDI. The maximum line rate of GL0816 is 200 kHz @ 11bit dual-line mode and 100 kHz @ 10bit 4-line mode. GL0816 is manufactured with Mono or RGBW 4-band CFA which is customized with extremely low color crosstalk to enable accurate image reproduction.