Specifications

Providing detail not seen on conventional surveillance cameras, the GV-IP Camera 1.3M features a 1.3 megapixel CCD that delivers superb video image quality. Through the use of progressive scan CCD sensor, the GV-IP Camera 1.3M is able to reproduce ultra smooth video images of fast moving objects without any pixilated edges. With high definition up to 1280 x 960 and up to 4 times higher resolution than conventional VGA/ D1 cameras, the GV-IP Camera 1.3M allows users to monitor critical areas with greater detail than ever. Moreover, with simultaneous/dual video stream and support for compliant Power-over-Ethernet (PoE), it allows users to view both JPEG images and MPEG-4 videos with improved efficiency while conserving valuable bandwidth.

In providing our customers with a more complete, cost-effective IP surveillance solution, our GV-IP Camera 1.3M can seamlessly integrate with our GV-NVR software system that comes with advanced monitoring and various other video management features. When connected with the GV-IP Camera 1.3M, Special web interface support functions such as picture-in-picture (PiP) view and picture-and-picture (PnP) view are also made available for facilitating detail monitoring.

The GV-IP Camera 1.3M is offered with encased box version, which is designed to fulfill the needs of customers who require outdoor installations, and rugged dome version (soon to be launched), which is designed for indoor environment use. The GV-IP Camera 1.3M is best installed in areas such as casinos, ATMs, banks, border control stations, military bases, or any areas that require stringent security measure.

• 1.3 megapixel SONY progressive scan CCD
• Dual codec support JPEG and MPEG4
• Two way audio
• Digital I/O: 1 IN, 1 OUT
• 3GPP/ISMA mobile application
• With box camera and rugged dome solution
• Optional: PoE, SD, D/N, Varifocal

Progressive scan CCD captures the entire scene of a moving object at the same time. Even and odd fields are scanned simultaneously. It reproduces smooth video quality without pixilated edges.