BNC to BNC Cable 1.5 m, No name, model CROSS-BNC/1.5M*P20, black

Coaxial BNC-to-BNC cable, 1.5 meters long, black, designed for video, CCTV and RF signal connections that use BNC connectors. The cable provides a male-to-male BNC interface for linking cameras, monitors, DVRs, test equipment and other devices compatible with BNC connectors. Its 1.5 m length is suited to short runs between components in surveillance systems, AV setups and laboratory environments.

Advantages

This BNC to BNC cable offers a straightforward, low-complexity connection for analog and composite video signals as well as RF test links. The fixed 1.5 m length reduces cable clutter in compact installations while preserving signal integrity for short-distance runs. A standard BNC male-to-male termination ensures compatibility with common CCTV, broadcast and measurement equipment. The black outer jacket provides a discreet appearance for professional installations.

Suitable for

• Connecting CCTV cameras to DVRs or monitors
• Linking video equipment in broadcast or studio environments
• Short RF test and measurement connections
• Temporary or fixed AV setups requiring BNC terminations

Key specifications

• Connector type: BNC male to BNC male
• Length: 1.5 meters
• Cable color: black
• Suitable signal types: composite video, analog CCTV, RF test signals
• Typical use: short-distance connections between devices with BNC ports

How to use

Insert each BNC male connector into the corresponding BNC female jack on the devices, then twist the outer coupling nut until it locks to ensure a secure connection. Route the cable to avoid sharp bends and pinching; maintain a gentle bend radius to preserve impedance characteristics. For installations involving multiple cables, arrange and secure them to minimize interference and mechanical stress. If using with video systems, verify signal and power configurations on connected devices before powering the system.

Usage recommendations

For optimal performance, use this 1.5 m BNC cable for short runs and indoor installations. Avoid running the cable in parallel with high-voltage power lines to reduce potential interference. Inspect connectors for secure seating and signs of wear before regular use; replace the cable if connector damage or degraded signal is observed.