SDC-415 Day/Night Camera from Hanwha Techwin America Techwin
Product Profile

The SDC-415 produces superb colour images during the day but when lighting levels fall below 0.3 lux it switches to night mode to deliver ultra clear monochrome images. Samsung Techwin’s SSNR technology, which dramatically reduces “noise” so that the SDC-415 can deliver high quality images even in the most demanding lighting conditions.
- 520 TV lines
- Wide Dynamic Range capability
- SSNR reduces file size of recorded images ensuring maximum value from your digital recorder.
- Incorporates WIII -a powerful new image processing chip that intelligently analyses images.
- WIII ensures that high quality images can be displayed and recorded at all times whatever the lighting conditions.
Technical Specification
Make | Hanwha Vision |
---|---|
Manufacturer | Hanwha Vision Europe (formerly Hanwha Techwin Europe) |
Category | IP Cameras products |
Model code | SDC-415 |
Chip Inch Size ": 1/3 inch Colour Type: Colour / Monochrome Resolution TVL: 520 Digital (DSP): Digital Sensitivity lux: 0.002 Lens Mount: C/CS mount Motion Activated: MotionActivated Picture Elements HxV: 752 x 582 Back Light Compensation: BackLightCompensation Auto Gain Control: AutoGainControl Electronic Shutter range: 1/60 ~ 1/120,000 S/ N (Signal/ Noise) Ratio dB: 50 Synchronisation: Internal, Line-lock Signal Mode: PAL, NTSC Video Output: 1 Vp-p, 75 ohm |
|
Electrical Specifications |
Voltage: 24 V AC / 12 V DC Power Consumption: 3.5 W |
Physical Specifications |
Dimension mm: 58 x 52 x 121 Weight g: 290 |
Environmental Specifications | Operating Temperature oC: -10 ~ +50 |
Additional info |
At the heart of the SDC-415 is WinnerIII, a proprietary powerful new DSP engine that attains not only the ultra high resolution images but also various intelligent functions. All these essential functions have been successfully integrated into a single chip, which realizes genuine cost effectiveness of the camera. Hanwha Techwin's new WIII enables the camera to conduct surveillance with higher resolution and adaptive image processing algorithms through the use of the increased internal memory and improved software efficiency. |
Download PDF version |