OV8110
OV8110 is Advanced Information Preliminary manufactured by OmniVision.
Description
The OV8610 (color) and OV8110 (black and white) CMOS Image sensors are single-chip video/imaging camera devices designed to provide a high level of functionality in a single, small-footprint package. The devices incorporate an 800 x 600 image array capable of operating at up to 60 frames per second. Proprietary sensor technology utilizes advanced algorithms to cancel Fixed Pattern Noise (FPN), eliminate smearing, and drastically reduce blooming. All required camera functions including exposure control, gamma, gain, white balance, color matrix, color saturation, hue control, windowing, and more, are programmable through the serial SCCB interface. The device can be programmed to provide image output in different 8-bit or 16-bit digital formats.
Applications
. Cell Phone . Digital Still Camera . PC Multimedia . PDAs . Machine Vision
Key Specifications
Active Array Element (SVGA) (QSVGA) Pixel Size Image Area Max Frames/Sec Electronics Exposure Scan Mode Gamma Correction Min. Illumination (3000K) S/N Ratio FPN Dark Current Dynamic Range Power Supply Power Requirements Package
3 AGCEN 2 RESET
800x600 (400x300) 6.2µm x 6.2µm 4.96mm x 3.72mm Up to 120 FPS for QSVGA Up to 648:1 (for selected FPS) Progressive or Interlace 0.45/0.55/1.0 OV8610 < 3 lux @ f1.2 OV8110 < 0.8 lux @ f1.2 > 48 d B (AGC off, Gamma=1) < 0.03% VPP < .2 n A/cm2 > 72 d B 3.0- 3.6VDC < 30m A Active (w/10m A load) < 10µA Standby 48 pin LCC
Features
! ! ! ! ! ! 480,000 pixels, 1/3” lens, SVGA/QSVGA format Data output formats include ITU-601 and ITU-656 Choice of progressive scan/interlaced read Wide dynamic range, anti-blooming, zero smearing Electronic exposure/gain/white balance control Image Controls
- brightness, contrast, gamma, saturation, sharpness, windowing, hue, etc. ! Internal & external synchronization ! Line exposure option ! 3.3-Volt operation, low power dissipation
- < 30 m A active power at 30FPS with 10 m A load
- < 10 µA in power-down mode ! Built in Gamma correction...