VD6725 Datasheet, PDF (1/4 Pages) STMicroelectronics – 2 megapixel, 1/5 inch system-on-chip imaging sensor

VD6725
2 megapixel, 1/5 inch system-on-chip imaging sensor
Data Brief
Features
■ UXGA (2 megapixel) sensor array
■ 1/5” optical format, 1.75 µm pixel size
■ SNR max > 36 dB
■ 10-bit continuous-time single-end ADC
■ Selectable 8-bit parallel or CSI2 serial output
■ Integrated high-performance image signal
processor and camera controller
– 4-channel radial anti-vignetting
– dynamic singlet/couplet correction
– adaptive noise reduction
– high-quality scaler: any size scaling down
from SXGA
– electronic zoom
■ 15 frames per second (fps) at full resolution,
30 fps in VGA with fast context switching
feature for quicker still image capture
■ Programmable I2C chip address
■ Low power consumption and ultra-low standby
current
■ 1 Kbit OTP memory fully available to user
■ Integrated 1.2 V regulator
■ TSV wafer level package option
Benefits
■ Compatible with camera modules with Z height
below 4 mm
■ Compatible with camera modules < 6 x 6 mm²
■ Flexible applications (//ITU, MIPI) using the
same die
■ Creative special effects
■ Qualified for reflowable camera modules
Applications
■ Mobile phones
■ PDAs
■ PC cameras and peripherals
■ Gaming platforms
Description
VD6725 is an ultra-small, ultra-competitive and
ultra-smart 2 megapixel 1/5” SOC imaging sensor
with a high-performance image signal processor.
VD6725 imaging sensor allows design of ultra-low
height camera modules, thanks to ST’s pixel ultra-
low optical stack height that provides high
quantum efficiency, better light sensitivity and
improved relative illumination.
This cost competitive solution resulting from an
ultra-small sensor die size is based on ST’s
innovative sensor architecture and ST’s latest
imaging patents, combined to our new imaging
process.
ST’s new high performance imaging process
provides 1.75 µm pixel size, very high logic
density, excellent SNR and low light performance.
It is qualified in our 8” and 12” world-leading
manufacturing infrastructures.
January 2008
Rev 2
For further information contact your local STMicroelectronics sales office.
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www.st.com
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