Video sender for wireless transmission IP - CT-IP Mesh SDR 100 mW / 2W – image transmission from CCTV cameras

Digital video sender CT-IP MESH SDR 100 mW , thanks to CPFDM transmission, enables to transfer high resolution Full HD image while being small and consuming little energy - 7,5 - 10 mW. The embedded memory will enable to store recordings lasting many hours.

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  Wireless image transmission

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  Power supply of the video sender

  7,5-10W

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  Quality of the recordings

  Full HD

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  Day and night operation

CT-IP MESH SDR 100 mW is a digital video sender e.g. for cylindrical cameras CCTV CT-CC which uses reliable COFDM transmitting and H.264 coding technologies, thanks to which it ensures high resolution Full HD image transmission. Small size (only 56 mm in diameter) and low power consumption (7,5-10W) make it easy to hide the device and ensure long operation of the rechargeable batteries. Motion detection function allows for transmission and registration triggered by an incident within the reach of the camera connected to the device, which optimizes the use of the rechargeable batteries and memory.

CT-IP Mesh SDR video sender can be used as an independent image transmitter from HD-SDI cameras and / or as a connector in a net built of max. 16 transmitters, ensuring a very steady and secure connection. Optionally, the data can be coded with the help of the AES128/256 algorithm.

The data is saved in the embedded flash memory with the storage capacity of 128 GB, tagged with date and time. A modem working on the ISM band transmits and receives commands that allow to turn on / turn off the transmission and control the recording. What is more, VISCA and PELCO protocols that enable to control the cameras and PTZ heads are supported.

The potential and effective reach of the video sender can be improved by using the CT-PA MESH SDR 2W amplifier module. It enables to connect and charge the cameras with the help of PoE and DC out connector. It is possible to deliver the systems operating within the structure MIMO (Multiple Input, Multiple Output) and full transmission coding with the help of AER128/256 algorithms on demand.