Hanwha Techwin America Techwin SID-53 1/3 High Resolution Mini Dome CCTV Camera
Technical Specification
Features:
- Make: Hanwha Vision
- Model code: SID-53
- Series: SID Series
- Chip Inch Size: 1/3 inch
- Colour Type: Colour
Additional info:
The SID-53 series utilizes the WIV DSP developed by Hanwha Techwin specifically for CCTV applications. The WIVis the fourth generation chipset in the Winner series. WIV provides a 3D noise reduction technology (SSNRII) which produces an S/N specification of 52dB. This noise reduction technology enables compression engines in DVRs to work much more efficiently, achieving as much as 70% reduction in recording space. This translates to either lower storage cost or significantly longer storage times.
Read more| Make | Hanwha Vision |
|---|---|
| Category | Surveillance software products |
| Model code | SID-53 |
| Series | SID Series |
|
Chip Inch Size: 1/3 inch Colour Type: Colour Resolution TVL: 580 Sensitivity lux: 0.04 lux Dome Type: Continuous Rotation Digital (DSP): DSP Indoor/Outdoor: Indoor Rotation Angleso: 20 ~ 90 (tilt), 0 ~ 360 (pan) Back Light Compensation: backLightCompensation Auto Gain Control: autoGainControl White Balance: whiteBalance S/ N (Signal/ Noise) Ratio dB: 52 Synchronisation: Internal Video Output: 1.0 Vp-p, 75 Ohms Zoom Ratio: Fixed |
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| Electrical Specifications |
Voltage: 12 V DC Power Consumption: 1.8 W |
| Physical Specifications |
Dimensions mm: 104 (Dia) x 67 Weight g: 180 |
| Environmental Specifications |
Operating Temp oC: -10 ~ +50 Operating Humidity %: 30 ~ 80 |
| Additional info | The SID-53 series utilizes the WIV DSP developed by Hanwha Techwin specifically for CCTV applications. The WIVis the fourth generation chipset in the Winner series. WIV provides a 3D noise reduction technology (SSNRII) which produces an S/N specification of 52dB. This noise reduction technology enables compression engines in DVRs to work much more efficiently, achieving as much as 70% reduction in recording space. This translates to either lower storage cost or significantly longer storage times. |
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