Comnet FVT81M1 8-channel Digital Video Transmitter

Product Description

The COMNET FVT81M1 is an 8-channel digital video transmitter designed for fiber optic transmission over a single multimode fiber strand. It converts digital video signals from up to eight sources and sends them simultaneously across one fiber run, reducing cabling complexity in surveillance and security installations. Licensed low-voltage technicians and security system integrators are the primary installers. The single-fiber multimode design makes it well suited for applications where conduit space is limited and multiple video feeds must be consolidated onto a single cable path.

The FVT81M1 is used in commercial and institutional security camera deployments where digital video must be transported over multimode fiber infrastructure. Typical installations include campus surveillance systems, parking structures, warehouses, and large commercial facilities where copper runs would be impractical or exceed distance limitations. The transmitter works as part of a fiber optic video transmission system and is paired with a compatible COMNET fiber video receiver at the head end.

Key Features

• 8-channel digital video transmission over a single multimode fiber strand
• Reduces conduit fill by consolidating multiple video feeds onto one fiber
• Multimode fiber interface suited for intra-building and campus-distance runs
• Digital signal transport preserves video integrity over the fiber link
• Sold individually as a single transmitter unit

Compatibility

Designed for use in fiber optic digital video transmission systems requiring multimode single-fiber connectivity; pair with a compatible COMNET fiber video receiver. No specific compatible model numbers were provided in the available product data.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician familiar with fiber optic termination practices. Power down all connected equipment before making fiber or signal connections. Multimode fiber connections require proper cleaving, polishing, or pre-terminated connectors to ensure acceptable insertion loss. Follow all applicable local codes and NEC guidelines for low-voltage cabling and equipment mounting.