Low Latency Cofdm Video Transmitter Bi Directional Audio Small Volume RJ45

H.264 cofdm video transmitter low latency industrial grade long range transceiver

Product Introduction:

HN-730 is a Frequency Division Duplex transceiver designed for use in long-range un-manned vehicles,manned vehicles,unmanned boat and ground stations, using COFDM multi carrier modulation and demodulation technology supporting non line of sight range (NLOS) transmission, supports narrow band (1MHz/2MHZ), low latency, high sensitivity long range transmission applications, and uses transparent IP data interface to provide a balanced and stable high-speed data rate uplink ( 30 Mbit/s) and downlink( 30 Mbit/s), highly integrated embedded design,super linear digital predistortion (Digital Predistortion) RF design,improve your reliability in non-line-of-sight and complex environments, enhance building penetration,and provide law enforcement,high definition digital broadcasting, security system, public security, fire-fighting with the performance of COFDM and flexibility of IP, all within the secure network.It is widely used in multi-channel video stream transmission, high standard unmanned control system and intelligent control equipment.

Applications:

Widely application for UAV system, high speed railway, fire fighting, security, intelligence control and other complex environments.

Product features:

1. Push to talk,two way audio

2. COFDM (Coded Orthogonal Frequency Division Multiplexing) modulation and FDD (Frequency-division duplexing) technology

3. Support HDMI interface with zero encoder,small delay time
4. Using non-standard COFDM modulation and demodulation technology
5. Support non line of sight (NLOS) and high-speed mobile transmission.
6. low latency /End to end transmission large data
7. Transparent network / serial data transmission
8. Supports 128-bit dynamic AES encryption
9. Support full band / ultra narrow band / multi bandwidth modulation (1MHZ/2MHZ/4MHZ/8MHZ).
10. Integrated design, small volume, low power consumption

Technical parameters