Employing NVT‘s DigitalEQ™ technology, the NV-3272 is an 32-channel active (amplified) hub that allows the transmission of full-motion monochrome or color video for distances up to 1 mile (1,6km) using Category 2 or better unshielded twisted-pair (UTP) wire. The receiver hub continuously and automatically conditions the video signal, compensating for cable attenuation, wiring polarity, ground loops, and voltage transients, independent of video signal content. The unparalleled interference rejection and low emissions allow long run video to co-exist in the same wire bundle as telephone, datacom, or low-voltage power circuits. This allows the use of shared or existing cable plant. Ground-lifting ensures no annoying “hum-bars” when ground-potential differences exist. With built-in transient protection, damaging voltage spikes are eliminated.
Compact rack-mountable 19” 1U high enclosure features 32 channels with 1 output per channel
Full motion CCTV video at distances up to 3,000ft (1km) when used with any passive NVT transceiver or hub; 1 mile (1,6km) when used with the NV-653T active transmitter; 1,000ft (300m) with shielded twisted-pair when used with any passive NVT transceiver or hub
RJ45 connectivity with optional NV-RJ45A RJ45-to-screw-terminal adaptors (included)
Exceptional interference rejection
Built-in transient protection and ground-lifting
Automatic compensation for reverse-polarity wiring
Frequency Response DC to 10 MHz
At-a-glance per-channel diagnostics
Compatible with qualified UTP cameras
Includes thirty-two 2ft (60cm) coax jumper cables, rack mount hardware and eight NV-RJ45A adaptors
Limited lifetime warranty
Coax Jumper Cables (8)
Coax Jumper Cables 2ft pack of 8 each.
Hub Wall Mounting Kit (Accessory)
Provides convenient wall mounting option for NVT hub products.
The NV-RJ45A RJ45 to Screw Terminal adaptor is wired in accordance with the EIA/TIA 568B wiring standard for structured cabling. This is the same standard that NVT uses in all our products. Please refer to the wiring/pinout diagrams for details as to how UTP conductors are landed on the screw terminal side and marked according to each input channel.