50km Long Range IP Video And Telemetry Data Transmitter And Receiver

50km Long Range IP Video And Telemetry Data Transmitter And Receiver

Introduction

FD-78A5FT is an industrial-grade line-of-sight and non-line-of-sight MESH networking product designed for high performance and exceptional stability. It supports point-to-point, point-to-multipoint, and MESH ad-hoc networking through flexible combinations of directional, omnidirectional, and sector antennas. Built to industrial standards with surge protection, electrostatic resistance, salt spray corrosion resistance, and EMC electromagnetic shielding, it operates reliably in complex electromagnetic environments and under harsh weather conditions, ensuring uninterrupted all-weather performance.

The FD-78A5FT is an ultra-long-range integrated wireless data link system capable of transmitting video, data, and control signals with ultra-low latency and a high degree of integration. It supports simultaneous transmission of multiple data streams and offers both chain and mesh networking modes. Equipped with automatic frequency hopping, the system operates in dual-band modes (600MHz and 1.4GHz), allowing users to switch frequencies via software. It also provides strong anti-interference performance.

Key Features of IP Mesh Dual Bands Outdoor Video Data Transmitter And Receiver For NLOS Communication

Advantages of 2×2 MIMO 50km Long Range IP Video And Telemetry Data Transmitter And Receiver

1.Dual-Band: UHF 566-678Mhz and L-Band 1420-1530Mhz selectable via network management

The FD-78A5FT is a Software-Defined Radio (SDR) based on IWAVE’s Switchable Frequency Architecture, supporting both the L-band (1420–1530 MHz) and UHF band (566–678 MHz). Users can easily switch between these frequency bands on-site via software, without the need to replace the entire radio or open the housing to exchange internal modules. The process is quick and intuitive, ensuring minimal disruption to mission-critical operations.

With software-defined audio, extreme temperature resilience, and IWAVE’s proprietary waveform technology, the FD-78A5FT stands as an advanced tactical MIMO radio designed for demanding applications in military, law enforcement, and emergency rescue sectors.

2.FD-78A5FT Adaptive Anti-Jamming Radio | Intelligent Frequency Hopping FHSS System

The FD-78A5FT uses advanced Frequency Hopping Spread Spectrum (FHSS) with a proprietary IWAVE algorithm to resist jamming. It continuously monitors RSRP, SNR, and BER to assess link quality. If interference is detected, the system automatically hops to a clearer frequency. Hops occur only when needed—stable links remain unaffected.

This intelligent frequency hopping mechanism ensures reliable communication in noisy or contested environments, making the FD-78A5FT ideal for military, emergency, and secure critical communications.

3.CA(Carrier Aggregation)

Specification of  50km Long Range IP Video And Telemetry Data Transmitter And Receiver

Application

The FD-78A5FT is designed for robust outdoor deployment, supporting both mobile and fixed-site operations across terrestrial, airborne, and maritime environments. It is well-suited for a wide range of applications including border surveillance, mining operations, remote oil and gas exploration, urban backup communication infrastructure, and private microwave networks.

IWAVE Communications Co., LTD is a high-tech enterprise dedicated to R&D and innovation. Our product portfolio leverages Mesh and LTE as core technologies, complemented by intelligent decision-support software, to deliver robust emergency communication solutions. These include systems for underground structures, urban emergency response, and emergency communication vehicles, designed to meet the demands of public security, forest firefighting, civil air defense, maritime operations, and other government and law enforcement agencies. Notably, our specialized intelligent communication products for robotics have successfully overcome challenges related to long-distance communication and control of robots in complex operational environments.