The TP-Link VIGI NVR1008H-8MP V1 standalone NVR is designed to meet the demands of modern surveillance systems. This device supports up to 8 video channels and accommodates a wide range of image resolutions, from 1024x768 to 3840x2160, ensuring clear and detailed video playback. With its robust connectivity options, including audio in/out, USB 2.0, and video output ports, it offers flexibility in connecting various devices. The NVR is capable of supporting a hard drive up to 10 TB for extensive video storage, making it suitable for long-term surveillance operations. Its advanced video compression technology allows for efficient storage and smooth streaming of video footage. Additionally, the device features a 113 W PoE+ power budget, providing reliable power to connected devices, and supports essential network protocols for seamless integration into existing networks. Its rack-mountable design ensures easy installation in server environments, making it a versatile choice for businesses seeking a reliable surveillance solution.
Robust connectivity Equipped with a variety of ports including audio input and output, USB 2.0, and HDMI and VGA video outputs, the TP-Link VIGI NVR1008H-8MP V1 ensures comprehensive connectivity options for a wide range of devices.
High-capacity storage With support for a Serial ATA interface and the ability to accommodate a hard drive up to 10 TB, this standalone NVR allows for extensive video storage, making it suitable for long-term surveillance needs.
Advanced video compression Featuring support for multiple compression formats including H.264, H.264+, H.265, and H.265+, the device offers efficient storage and smooth video streaming capabilities.
Enhanced network features The device boasts a 113 W PoE+ power budget, ONVIF support, and compatibility with various network protocols, ensuring a reliable and flexible surveillance network setup.
Optimized power consumption Designed to operate efficiently, the TP-Link VIGI NVR1008H-8MP V1 has a low power consumption of 4.82 watts without HDD, making it an energy-efficient choice for continuous surveillance.