Power
DC-in jack |
Y |
Power consumption (max) |
25.5 W |
Power over Ethernet (PoE) |
Y |
Packaging content
Resource CD |
Y |
Mounting brackets included |
Y |
Number of cameras |
1 |
Screws included |
Y |
Technical details
Number of LEDs |
2 |
Memory card slot(s) |
Y |
Suitable for outdoor use |
Y |
Iris |
Y |
Internet connection required |
Y |
Removable IR-cut filter |
Y |
Night vision
Night vision distance |
30 m |
Number of illumination LEDs |
6 |
Night vision |
Y |
LED type |
IR |
Ports & interfaces
BNC output ports |
1 |
Headphone outputs |
1 |
Performance
PTZ control (Pan/Tilt/Zoom) |
Y |
Day/night mode |
Y |
Wide Dynamic Range (WDR) |
Y |
Infrared (IR) cut-off filter |
Y |
Alarm input/output |
Y |
Type |
IP |
Video
Automatic gain control |
Y |
Frame rate |
30 fps |
Full HD |
Y |
Noise reduction |
Y |
Privacy masking |
Y |
Security
IP address filtering |
Y |
Video motion detection |
Y |
Active tampering alarm |
Y |
Lens system
Maximum aperture number |
1.65 |
Auto focus |
Y |
Focal length range (f-f) |
4 - 8 mm |
Zoom capability |
Y |
Optical zoom |
2 x |
Image sensor
Progressive scan |
Y |
Sensor type |
CMOS |
Camera
Pan range |
-90 - 90 ° |
Tilt angle |
0 - 85 ° |
Minimum illumination |
0.03 lx |
Camera shutter speed |
1/5 - 1/8000 s |
Additionally
Rotation |
350 ° |
AC adapter bundled |
Y |
Ethernet LAN (RJ-45) ports quantity |
1 |
Ethernet LAN connection |
Y |
Wireless technologies |
Wired |
1/1.8” CMOS, 30 fps, 2592 x 1944, 0.4 Lux, 0.03 Lux, 1/5 - 1/8000s, 2800K - 8500K, 46 dB, WDR, 72 dV, H.265, H.264, MJPEG, 4 - 8 mm, F/1.65, 90 deg - 48 deg, 2x, P-iris, IR, 30 m, PoE, RJ 45, 3.5 mm, microSD, BNC, LED, IP67
GV-VD5711 is an outdoor camera designed with IK10+ vandal resistance and IP67 ingress protection. With its motorized varifocal lens, the user can zoom and focus the camera from the Web interface. This night vision is enhanced with its high power LEDs with up to 30 m (98.4 ft.) effective distance. The camera supports H.265 video codec to achieve better compression ratio while maintaining high quality pictures at reduced network bandwidths.