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2 Million Pixels MIPI Interface 83 Degrees OV2680 Camera Module
Specificaitons
Interface | MIPI |
AVDD | 2.8 V |
DOVDD | 1.8V |
Network | SDK |
Video Compression Format | H.265, H.264 |
Place of Origin | Guangdong, China |
F.NO | 2.4 |
Application | Indoor, Outdoor |
Data Storage Options | Cloud, Full HD |
FOV | DFOV83 |
Description
The OV2680 (RAW) is a cost-effective, low-power 2-megapixel CameraChip™ sensor for feature phones and front-facing camera applications in smartphones and tablets. The 1/5-inch sensor leverages a 1.75-micron OmniPixel®3-HS pixel to deliver high quality 2-megapixel images and video at 30 frames per second (fps). The sensor’s high sensitivity and low dark current deliver exceptional image and video quality, even in low-light conditions.
The OV2680 is a cost-effective upgrade solution to the OV2659 & OV2675 CameraChip sensors with a smaller footprint and smaller die size.
Compared to previous generations, the OV2680 offers improved image quality with the latest OmniPixel®3-HS pixel architecture. Using OMNIVISION’s proprietary sensor technology, the sensor reduces or eliminates common lighting and electrical sources of image contamination, such as fixed pattern noise, smearing, etc., to produce a clean, stable, color image.
The OV2680 features a single-lane MIPI interface, which allows for a simple design with modern basebands.
Features
◆MIPI and D-PHY specification (contains one clock lane) with a maximum of 750 Mbps data transfer rate
◆Support for output format 10-bit RAW RGB
◆Programmable controls for:
– Frame rate
– Mirror and flip
– Cropping
– Windowing
◆Low operating voltage and low power consumption for embedded portable applications
◆Supports global analog gain
◆High sensitivity and low dark current for low-light conditions
◆Supports free-running clock and gated clock
◆Supports down-sampling and binning mode
◆Auto black level calibration
◆Defect correction capability
◆Supports horizontal and vertical sub-sampling
SCCB control interface for register programming
Applicaitons
medical imaging
surveillance
industrial automation