Long Distance Fpv Drone Radiolink Mesh Uav Ugv Robotic Wireless HD Transceiver Data Link

Long Distance Fpv Drone Radiolink Mesh Uav Ugv Robotic Wireless HD Transceiver Data Link

Introduction

The FD-7800 is an airborne mesh radio system built on an FPGA-based architecture. It employs adaptive frequency hopping and dynamic frequency selection to automatically identify optimal channels amid electromagnetic interference, ensuring reliable broadband network self-organization and data transmission in complex operational environments. Designed for versatility, the radio supports plug-and-play integration across various platforms—including mobile UAVs, UGVs, and USVs—without requiring configuration changes or parameter adjustments. Its primary applications include multimedia interoperability between ground robotic systems and control centers, as well as functioning as a mesh relay node.

Key Features

●2x2 MIMO Technology: Stronger signal & stable connections ●Supports Mobile Ad Hoc Network (MANET) ●Dual-band Frequency 566-678Mhz and 1420-1530Mhz ●Supports FHSS and IFS (Intelligent Frequency Selection) ●Supports AES256 Encryption ●2x200MW power output and adjustable ●Data rate up to 100Mbps ●Supports up to 32 nodes ●Supports Telemetry/mavlink data for remotely control ●Full transparent IP data transmission ●Supports WebUI management ●The package comes with API document for your R&D work ●NOS 1-3km full HD video streaming and data transmitting

Dual-Band 600MHz & 1.4GHz Selectable Radio

IWAVE’s Star Network Technology enables seamless multi-band, multi-channel coordination in a single device. Switch effortlessly between L-band (1.4GHz) and UHF (600MHz) via software for superior penetration & anti-interference.

✔ Ultra-wide frequency selection: 1420–1530MHz & 566–678MHz
✔ Easy frequency switching: Instantly toggle between 600MHz & 1.4GHz with management software
✔ Enhanced reliability: Optimized for challenging environments

Anti-jamming: FHSS(Frequency Hopping Spread Sprectrum) 

The FD-7800 features anti-jamming capabilities enabled by Frequency Hopping Spread Spectrum (FHSS) technology, supported by a proprietary algorithm and mechanism developed by the IWAVE team.

During operation, the device continuously evaluates the current link quality based on key parameters including Received Signal Strength (RSRP), Signal-to-Noise Ratio (SNR), and Bit Error Rate (BER). Once predefined threshold conditions are met, the system automatically initiates a frequency hop and selects an optimal frequency point from the available list.

Frequency hopping occurs only when necessitated by degraded wireless conditions. If the link remains stable and of high quality, no hopping is triggered, ensuring consistent and reliable transmission until interference is detected.

Easy Network Management Simplify control with iWAVE’s intuitive management software—monitor nodes, track real-time topology, and optimize performance effortlessly. ✔ Live network insights: View dynamic SNR, RSSI, and node distances ✔ Full remote control: Adjust frequency bands, toggle FHSS, and modify IPs ✔ Seamless integration: API support for third-party unmanned platforms ✔ Advanced AT commands: Configure keys, frequency, bandwidth, and check firmware Smart, scalable, and easy to manage—power your network with precision. Seamless Integration | IWAVE FD-7800 UGV Datalink Easily integrate long-range, high-bandwidth wireless connectivity into robotics and unmanned systems with iWAVE’s API, AT commands, 3D files, and expert support. ✔ Plug-and-play robotics integration – Ready for advanced autonomous applications ✔ Single-radio convoy & swarm solution – Connect manned & unmanned systems ✔ Full developer resources – API docs, AT commands, and 3D design files ✔ Battle-tested UGV datalink – Reliable control for unmanned ground vehicles Deploy faster. Scale smarter. Unlock next-gen mobility.

Application of Long Distance Fpv Drone Radiolink Mesh Uav Ugv Robotic Wireless HD Transceiver Data Link

IWAVE's UGV datalink enables secure, long-range communication between unmanned ground vehicles (UGVs) and control stations. Perfect for: ✔ Search and Rescue (SAR) & Disaster Response: Deploying robots into unstable or hazardous environments like collapsed buildings, earthquake zones, chemical spills, or fire sites. ✔Security and Surveillance: Patrolling large, remote, or high-risk areas for threat detection. ✔Industrial Inspection and Maintenance: Inspecting hard-to-reach or dangerous infrastructure. ✔Defense and Public Safety (Law Enforcement): Reconnaissance and tactical operations. ✔Scientific Research and Exploration: Exploring extreme environments inaccessible to humans. ✔Military & Defense: Remote convoy operations & autonomous missions

Specification

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.