RZ-70 Long-range Missile Ground Image Transmission Data Link

RZ-70 missile ground image transmission data link is a one-to-one / one-to-two wireless data link transmission system, which includes remote terminal and ground terminal. The remote terminal is composed of missile borne antenna, missile borne video processing module and missile borne baseband / RF module. The ground terminal is composed of ground antenna, ground video processing module and ground baseband / RF module. The remote terminal can be configured as remote mode or relay mode. The remote terminal sends image information and monitoring information to the ground terminal through direct transmission (remote mode) or relay terminal (relay mode); At the same time, the ground terminal sends the control information to the remote terminal through direct transmission (remote mode) or relay terminal (relay mode). The product adopts tdd-fdd-ofdm transmission mode, adopts a variety of anti-interference and data recovery technologies such as frequency hopping, and has strong ability to resist electromagnetic interference and multipath fading; Relay mode is adopted to greatly improve the transmission distance of the system.

Key indicators
Working distance: ≥ 160km
Frequency band: L-band
Transmission rate: direction from remote terminal to ground terminal ≥ 6Mbps
Direction from ground terminal to remote terminal ≥ 20kbps
Signal modulation mode: OFDM / MSK
Transmission mode: TDD + FDD
Image transmission delay: less than 120ms
Anti interference mode: frequency hopping / adaptive frequency selection
Communication mode: direct connection, relay
Power amplifier power: output power 20W
Power consumption: full power operation ≤ 120W
Data interface: network interface, RS422 interface

Dimension and weight
Volume: length / width / height 130mm × 75mm × 85mm
Weight: less than 1.2kg

Environmental adaptability
Operating temperature: - 40-55 ℃
Storage temperature: - 55-75 ℃

Note: the above index parameters can be customized or configured according to customer requirements.