SC2002 Milbeaut Image Processor
“SC2002” is the newest addition to the family of Milbeaut Surveillance Cameras. It features the new H.265 video encoder and image processor that deliver high performance while maintaining low power consumption (less than 1.5 Watt in typical operating conditions).
The surveillance camera market continues expand its security needs and demands products with excellent backlight correction, low illuminance shooting and support for various spoiled functions at high performance and low power. The SC2002 is purpose built to meet the surveillance market needs.
Applications
- Surveillance camera
Features
- DOL WDR
WDR synthesizes two or three images taken with different exposures and achieves the dynamic range of 120dB, which enhance visibility greatly when an image contains areas of different levels of light.
- HEVC Encoder
HEVC encoder keeps detail information at half of bit rate of H.264.
- Improve the sharpness of static object
- Keep the outline of moving object
- Reduce block noise of moving object
- Reduce network bandwidth
- Video Analytics
Built-in DSP and HW core realize intelligent functionality that allows various application.
- Face detection
- Object detection
- Tampering alarm
Specifications
| ISP Process | 28nm |
|---|---|
| CPU | CortexA9-Dual 600MHz |
| Package size | 17mm, 0.65mm pitch |
| SDRAM I/F | DDR-3/3L |
| Image Processing rate | Max 3MP@60fps |
| Max Pixel Input Size | 3MP(2048X1536) |
| Sensor I/F | S-LVDS(8lane/1clk) 648mbps |
| 12bit RAW | |
| Video Input | 16bit Parallel
(ITU-R BT.656, BT.1120) |
| Host I/F | USB2.0, 1Gbit Ethernet |
| TV I/F | NTSC/PAL
BT.656N BT.1120 |
| Video Codec | H264 3MP p30/HEVC 3MP p30 |
| Audio Codec | G.711, G.726, AMR-NB
PCM, AAC-LC |
| 2D NR | ○(Hardware) |
| 3D NR | ○(Hardware) |
| Face Detection | ○(Hardware Assist) |
| Video Analytics Function | Face detection
Object detection Tampering alarm |
| Wide Dynamic Range | ○(DOL*) |
| High Light Compensation | ○ |
| Electronic Zoom&OSD | ○ |
| Privacy Mask | ○ |
*DOL(Digital Over Lapping)
