Wireless CCTV systems
Modern transmission kits designed to work within wireless CCTV systems on shorter (300 meters) as well as much longer distances (e.g. 5 km). They guarantee high quality image even in the environment, where lots of interference might occur. The devices range from the simplest solutions for less demanding application, up to the most innovative reliable kits for even the largest systems.
CCTV monitoring - product group
For CVI cameras
Qara CVI product line is designed for surveillance systems based on analog high-resolution HDCVI cameras. The device depending on the version has one or two video inputs HD-CVI and one input for connecting IP cameras.
For AHD cameras - Analog High Definition
Products intended for video transmission from the cameras in standard:
- AHD-M (1,3 Mpx / 960p, 720p),
- AHD-L (1 Mpx / 960H),
- PAL (576p) / NTSC
at a distance of over 600 m.
For IP cameras
In the case of the monitoring system based on IP cameras we offer several lines of products (CDS-6IP, CDS-EasyIP and CDS-5IPmini) that enable the transmission of signals in HD and 4K. Due to the excellent signal quality of this solution is gaining more and more popularity in industrial monitoring.
Analog system for analog cameras
TCO and CAM systems are specifically designed for analog cameras and an excellent alternative to traditional wired solutions. They allow for stable wireless transmission of video and audio resolution PAL / NTSC for distance up to 3 km without the use of external antennas. Using the antennas can increase the distance up to 5 km. Additionally, you can use retransmission points which enables coverage that will meet the expectations of even the most demanding installations.
The digital system for analog cameras
CDS-5021 is designed to transmit encoded (encrypted signal is using 128-bit code), digital signals from analog cameras. Excellent stability of the transmission makes it ideal for use in places where there is strong interference from engines, railways and other sources of electromagnetic interference.