2-Channel HD-TVI CVI AHD RCA Camera Or Analog Video Extender Kit Over BNC RF Coax Cable 3-Channel 1080p AHD Analog SD Camera Extender Kit Over BNC RF Coax Cable
This 3-channel analog camera video extender kit is specially designed to transmit 3 of AHD HD type surveillance camera or mixed with analog camera or video signals over existing  or single new coaxial cable.

The maximum transmission distance can be up to 200 meters or 650 feet with excellent video quality with good isolation for avoiding interference from other devices.

It is a long distance video transmission unit for sending camera feeds over single RG-11, RG-59, RG-6 type BNC or RF coaxial cable.

This 3-channel video extender kit helps installers save much cost of cable, labor and time.

Easy expanding of your CCTV surveillance setup. Using this 3-video extender for adding 2 new HD or SD cameras with the existing camera combined together and sent over the existing BNC or coaxial cable.

Users can adjust the brightness level of the video images as needed based upon the transmission distance for optimal picture quality.

Easy Setup
The transmitter combines 3 video signals into one and sends them over the existing BNC or RF coax cable in real time to reach the receiver end.

Then the receiver reconstructs the combined camera or video signals back to 3 individual video signals at the remote end for hookup with DVR or surveillance monitor or video multiplexer.

Easy And Low-Cost Solution For Adding New Video/Camera
Users can still use the existing BNC or RF coax cable to transmit both old camera and new camera at the same time. 

Save labor time and reduce the cost of buying and installing more cables.

Long Range Transmission
The maximum video signal transmission distance can be up to 200 meters or 650 feet with excellent video quality with good isolation for avoiding interference from other devices.

Adjustable Brightness Control
The transmitter unit has 2 video brightness adjustment dial for 2 video input channels.

Users can adjust the brightness level of the video images as needed based upon the transmission distance for optimal video performance.