Compact COFDM Wireless Transmitter , Long Range Audio Video Transmitter And Receiver

COFDM Wireless AV Sender Video Emitter Military Transmitter transmits over 100km LOS and 1km to 3km nlos long range audio, video and images.

COFDM Wireless AV Sender Video Emitter Military Transmitter is with COFDM modulation, H.264 mpeg-4video compression and AES encryption .

HD SDI Video input can be added, so that it can be made as a high definition (HD) COFDM wireless video transmitter.

COFDM Wireless AV Sender Video Emitter Military Transmitter is used for long range audio, video transmission, live broadcast and drone video shooting / recording.

COFDM Technique Advantages

1. Strong interference:COFDM wireless transmitter is effectively against the multipath interference of signal waveform with the COFDM modulation. When the frequency selective fading occurs due to multipath transmission in the channel, only the subcarriers in the band depression and the signal carried by them are affected. The other subcarriers are not affected. Therefore, the overall bit error rate of the system is lower.
2. Anti-multipath fading: COFDM wireless audio video transmitter is effectively against the interference with the multi-carrier technique (COFDM). Compared to the single carrier, multi-carrier inherently resistant to time delay and has strong multipath capability. With joint coding of subcarriers & frequency diversity of the channel, the system’s performance is improved. Therefore, COFDM wireless system is suitable for multi-path environment and fading channel high-speed audio video data transmission.
3. LOS & NLOS operation: with strong penetration, strong diffraction & strong anti-interference, COFDM wireless system is suitable for high-speed mobile wireless transmission in NLOS &LOS operation without servo stability control assistance, such as on UAV to mobile vehicle, uav to groun station, UAV to vessle...

Warranty

1. Twelve months free warranty for equipment
2. Three months for components
3. Replacement parts will be charged after one year

Transmitter parameter:

Receiver parameter:

Dingshen is a leading of High-tech global enterprise in developing and manufacturing. Company established in 1998 and located in Shenzhen China. Specializing in the provision of advance wireless microwave communication system to the broadcast, UAV, public surverillance and defense industries. By continuously investing in innovation and combining exceptional products and services, Kimpok offers superior solutions that enable our customers to do their jobs even more effectively.

Dingshen has a very strong technical team and R&D capacity. we dedicated to developing the high level wireless mobile video surveillance system for application of Law enforcement and military, field forces, radar, R/C helicopter, security & protection, government departments, military, security systems, oil field, Vessel, large mines, factories and so on.

Last for 15 years, Dingshen continually concentrate on researching and innovating in the wireless high speed mobile video transmission industry based in LOS/NLOS environments,especial for Unmanned aircraft vehicle(UAV), airborne area and soldier man-pack areas. COFDM modulation and TDDworking mode transmitter/receiver are our demonstrable advantages.All the products production must be in very strict quality management by using US original (HP) spectrum analyzer and Germany (Rohde & Schwarz) Network Analyzer.

The transmitter and receiver are with Anti-jamming, high quality image, long range transmission distance, and have a highly appraise in this area. Company’s developing and long-term programming is the key way for leading us to be the leader at this area, we always believe we can do it. We will continually concentrate on researching and innovating in the wireless microwave transmission industry.

Welcome to tell use your needs, we will try to meet your requirements and custom made a special device for you.” Your support and suggestions are our motivation”. We aim to provide our users worldwide exclusive advanced wireless videography system.