Features:
> 1/3" 1.3Megapixel CMOS
> 25 /30/50/60fps@720P
> High speed, long distance real-time transmission
>Transmission Distance:500m via Φ75-3, 650m via Φ75-5
> HD and standard definition switch
> OSD Menu, control over coaxial cable
> Day/Night(ICR), AWB, AGC, BLC, 3D-DNR,
> 2.8-12mm lens
> 42pcs IR LEDs,IR range: 40m, Smart IR
> IP66, DC12V
Picture:
Specification:
Model | IGV-IR80CVI |
Image Sensor | 1/3" 1.3Megapixel CMOS Sensor |
Effective Pixels | 1280(H)×720(V) |
Electronic Shutter | PAL:4/25s~1/45,000s;NTSC:4/30~1/54,000s |
Video Frame Rate | 1280×720@25 fps;1280×720@30 fps; |
Synchronization | Internal |
Min. Illumination | 0.01Lux@F1.2(0Lux IR LED on) |
Video Output | 1-channel BNC HDCVI high definition video output/ CVBS standard definition video output (Can switch) |
Max. IR LEDs Length | 40m, Smart IR |
Day/Night | Auto(ICR) / Color / B/W |
Noise Reduction | 2D/3D |
OSD Menu | Support |
Focal length | 2.8-12mm |
Mount Type | M12 |
Power Supply | DC12V±10% |
Power Consumption | Max 7.7W |
Working Environment | -30°C~+60°C/ Less than 95%RH (no condensation) |
Transmission Distance | 500m via Φ75-3, 650m via Φ75-5 |
Ingress Protection | IP66 |
Weight | 680g |
HD CVI Camera VS HD SDI Camera
Longer Transmission Distance
Both HDCVI and HD-SDI can transfer HD signal @720p/1080p, but HDCVI has a distinguished advantage at the transmission distance. With general transmission media, HD-SDI reaches 150 meters at most while HDCVI, at least, transmits 500 meters by using 75-3 cable and featuring low signal distortion rate.Better Anti-Interference Capability
The anti-interference capability of HD-SDI solution is relatively poor when been placed against high-frequent radiation environment, which could lead to higher bit error ratio while the HDCVI adopts low-frequency modulation technology, making it free from the high-frequency wireless electric radiation to ensure stable video transmission at high image quality.Reliability
HDCVI adopts P2P transmission to ensure a smooth and reliable transmission; while the transmission of network camera is based on Ethernet and thus may lead to network jitter and packet loss.Real-time
The network HD features video buer technology and the delay is controlled within 300 milliseconds in the general and fair networking environment; However, HDCVI features no latency capability for an outstanding real-time performance.No Compression
For HDCVI, there is no compression processed to maintain its original eect and thus present in vivid image quality.
HD CVI Camera VS HD IP Camera
