The joint solution helps camera designers use a single GEO camera video processor to capture images by two Hardwiographic HDR and LFM engines.
According to Mams Consultation, recently, the global ranked digital imaging solution merchants Haowei Technology, as well as the market leader in the automotive camera video processor (CVP), jointly announced a joint solution. It has been optimized, which provides high quality images for rear view cameras (RVCs), and a waches system (SVS), and electronic rearview mirrors. This solution includes Ox03C10 of Haowu Technology, which is the only 3.0 micron high-dynamic range (HDR) and excellent LED flash suppression (LFM) performance in the world. Car image sensor. This image sensor takes advantage of the GEO GW5 CVP series, which can process 140 dB HDR images, and complete LFM functions can be achieved at 60 frames per second. On the other hand, the high-level local color mapping of the GW5 series enables it to make full use of the OX03C10 industry-leading HDR and LFM image capture capabilities, providing a more satisfactory image for the driver.
"We have been working with Haowei's technology for five years, this is because Haowa has leading pixel technology, and has a good cooperation with global automobile level suppliers," John Casey, Vice President and General Manager of GEO Auto Business. "Our new joint solution provides exciting opportunities, can use GW5 capabilities to handle data captured by the two image sensors, and provide excellent HDR with HD03C10 with 60 frames / sec. LFM performance. This helps SVS camera designers get high image quality, compared to two CVPs, system material cost, complexity and power consumption have decreased. "
"As a long-term partner, GEO has industry-leading image signal processing capabilities, including the ability to deal with 140dB capture data, and have an in-depth understanding of customer pain points, because GEO is a supporter of mature products," Hao Andy Hanvey, director of the Wei Technology Auto Application Market. "Recently launched OX03C10 image sensors, we realize that GEO and Haowei technology can cooperate again to help automotive designers make more easily produce high-quality observation cameras to address various illumination conditions and forward headlights, road signs and traffic. Interference caused by LED flashing of the signal light. "
This sensor integrates the leading Hale (HDR and LFM engine) combination algorithms of Haowu Technology Industry, which can simultaneously provide excellent HDR and LFM performance, while its DEEP WellTM dual conversion gain technology significantly reduces sports artifacts. In addition, Haowa is based on four-way capture LFM technology that is separated pixels, which can provide high performance within the entire temperature range of the car. The OX03C10 is also the first HDR and LFM human eye visual image sensor that can provide 1920 x 1280p resolution with 60 frames / sec to help provide higher design flexibility and make drivers to switch camera faster. Perspective. In all 2.5 MP LFM image sensors, the OX03C10 power consumption is very low (25% lower than near-auction), the package size is very small, even if it can easily hold the camera with 60 frames / sec to continuously run the camera at a speed of 60 frames / sec. In the market leader in automotive imaging applications.
Thanks to the Purecel® Plus-S stack pixel architecture of Hewu Technology, the pixel performance of OX03C10 is better than that of the product that does not use stacking techniques, and there is also a smaller chip size and lower power consumption. For example, 3D stack makes Haowei technology to improve pixels and dark current performance, and the signal-to-noise ratio is 20% compared to the previous generation 2.5MP car observation sensor.
The GW5 CVP series integrates an innovative HDR Image Signal Processor (ISP) that supports 140 dB HDR and the high performance LFM output of OX03C10, providing rich image details in the bright and dark scenes. In addition, GW5 also includes a fifth generation EWARP® geometry processor for GEO, a deformation correction of a fish-eye lens exceeding 180 degrees wide viewing angles. GW5 does not require an external DDR memory and supports dual sensor input, can simultaneously process data captured by the two OX03C10 sensors, thereby reducing system complexity and cost.
At present, Haishi's OX03C10 image sensor supports the test production, and GEO's GW5 CVP series has realized mass production. The equipment of the two companies provides advanced ASIL functionality for automotive applications and AEC-Q100 Level 2 certification.
Reprinted from MEMS.
Our other product:
