Comprehensive BB-C-3GSDI-100 3G-SDI Bnc Cable 100 Feet

Product Description

The Comprehensive Connectivity Co. BB-C-3GSDI-100 is a 3G-SDI coaxial cable terminated with BNC connectors, designed to carry high-definition serial digital interface signals in professional video and broadcast installations. 3G-SDI supports data rates up to 2.97 Gbps, making it suitable for uncompressed HD and 3G video signal transport. This cable is sold as a single unit and is installed by AV integrators, broadcast technicians, and systems installers working in production, distribution, or signal routing environments where signal integrity over distance is critical.

The BB-C-3GSDI-100 is suited for use in professional broadcast facilities, production studios, live event venues, and commercial AV installations where 3G-SDI signal routing is required. At 100 feet, it provides sufficient run length for most within-rack-to-camera or patch-bay-to-router applications. This cable is appropriate for both permanent installation and temporary production setups where a reliable, single-piece SDI run is needed.

Key Features

• 3G-SDI rated coaxial construction supports high-definition serial digital interface signal transmission
• BNC connectors on both ends for secure, twist-lock termination at SDI equipment
• 100-foot length accommodates medium-distance signal runs without the need for active repeaters
• Sold as a single cable unit for straightforward procurement and inventory

Compatibility

Designed as a standard 3G-SDI BNC-to-BNC coaxial cable compatible with professional video equipment featuring BNC SDI ports, including cameras, routers, monitors, and distribution amplifiers that accept 3G-SDI input.

Installation Notes

Installation is performed by AV integrators or broadcast technicians familiar with SDI signal routing. Power down or disable signal sources at connected equipment before terminating or re-routing SDI cables. BNC connectors should be fully seated and locked to prevent signal loss or return-loss issues. Route cable away from high-voltage power lines to minimize interference on long runs.