100km emergency command system emergency LTE Terminals drone Video Transmitter

Overview

RadioForce IP Mesh Radios Series based on SDR architecture, can be loaded with different waveforms to meet the diverse needs from different users. RadioForce series support mesh mode, point-to-point and point-to-multipoint modes. IAS (Interference avoidance scheme) is supported.

Radio Model: RFEG-302-S

The RFEG-302-S integrates high-performance wireless swarm UAV UGV video data links and powerful edge computing modules into a lightweight unit, equipped with a high level of protection. By integrating the RFEG-302-S into a system, expected performance improvements include:

⚡ Reduced Latency: Data is processed in real-time near the device, minimizing transmission time and lowering system response latency.

🛡️ Enhanced Security: Local data processing reduces the risk of sensitive information exposure during mesh network transmission.

🤖 Real-Time AI: Edge AI enables real-time data processing between devices, improving production efficiency.

🧠 Increased Autonomy: Distributed networks allow unmanned systems to make intelligent, independent decisions with reduced reliance on central servers.

Technical Specification

General Parameters		Details
RF System	Waveform	COFDM
	Working Mode	Mesh, PTP, PTMP
	TX Power	30dBm x 2 channels
	Frequency	1230-1550MHz
	RX Sensitivity	-106dBm @ 1.25MHz
	Bandwidth	1.25/2.5/5/10/20MHz Optional
	Data Throughput	Up to 30Mbps (Diversity) / 60Mbps (MIMO)
	Distance	Typical: LOS 20km, NLOS 1km
	Anti-Interference	Interference Avoidance Scheme (Optioned)
	Network Capacity	8 nodes (Standard), up to 128 nodes (Options)
Computing	Processor	Huawei Ascend 310
	CPU	8-core ARM A55, 1.6GHz
	AI Power	22 TOPS INT8
	Memory/Storage	8GB LPDDR4X / 128GB eMMC
	OS	Ubuntu 18.04.4 LTS
Physical	Dimensions	69 x 59 x 46 mm
	Weight	215 g
	Cooling	Active + Passive
	Power Input	12V - 24V

Applications

Wireless communication solutions for complex environments ensuring reliable, secure, mesh communication across diverse terrains.

📡 Robotics: Unmanned vehicles for reconnaissance and surveillance.

🚁 UAV Links: Air-to-air and air-to-ground special operations.

🚒 Emergency: Firefighting, rescue, and disaster relief response.

🛳️ Maritime: High-speed data exchange between vessels and ship-to-shore.

⛏️ Mining: Reliable links in tunnels and underground facilities.

🎥 Broadcasting: Wireless datalink for live media and TV coverage.

Technical Excellence

Our technical team brings years of expertise in wireless communication, backed by proprietary patents and advanced testing platforms. We provide SDR-based datalink modules supporting airborne, vehicle-mounted, and body-worn applications with power outputs from 250mW to 40W.

Frequently Asked Questions

Q1: What is the maximum transmission distance of the RFEG-302-S? A: Under Line-of-Sight (LOS) conditions, it can reach up to 20km. In Non-Line-of-Sight (NLOS) environments like urban areas, it typically covers 1km.

Q2: How does the integrated Edge AI benefit unmanned systems? A: It processes data in real-time on the device using the Huawei Ascend 310 NPU (22 TOPS), significantly reducing latency and allowing for autonomous decision-making without relying on a central server.

Q3: What frequencies does this mesh radio support? A: It operates within the 1230-1550MHz frequency range with adjustable bandwidth options from 1.25MHz to 20MHz.

Q4: Is the device compatible with DJI drone ecosystems? A: Yes, it supports DJI PSDK and OSDK, as well as the MAVLink protocol for QGroundControl integration.

Q5: Can it handle harsh environment temperatures? A: Yes, the unit is designed for an operating temperature range of -20°C to 55°C and features an active plus passive cooling method.

Q6: How many nodes can be supported in a single mesh network? A: A standard network supports up to 8 nodes, with scalable options available to expand up to 128 nodes.