Wireless Military SDR Radio Receiver UAV / Drone Data Link For BVLOS Communication

Secure Wireless Military Sdr Radio UAV/Drone Data Links for BVLOS Communications

Introduction

The FD-610X is a compact, lightweight tri-band wireless Software Defined Radios that is designed for integration into small and medium UAVs.

Featuring RF connectors for external antennas as well as Ethernet and serial interfaces, the ultra-low weight radio transceiver with advanced electronic beam-forming provides end-to-end IP connectivity for efficient integration, interoperability and seamless data exchange. The unit provides AES-128 hardware encryption.

FD-610X is available in convenient form factors – an OEM module for easy integration into any platform, and a standalone connectivity solution.

Radios provide resilient connectivity for drones and robotic platforms that encounter significant environmental or situational RF interference.

Benefits of Military Sdr Radio

• Frequency flexibility: FD-610X SDR Radios support 800Mhz, 1.4Ghz and 2.4 GHz; a total of 120 MHz spectrum, with FHSS to avoid interference.

• Advanced interference-avoidance/Anti-jamming: adopts OFDM and MIMO technology and adaptive modulation for optimal performance in noisy and adverse environments

• Channel optionality: Ability to choose 1.4, 3, 5, 10 or 20MHz channel BW to match performance requirements; Smaller channels provide lower throughput, but longer range

• Long range: Field-proven up to 10km

• Low-latency: The Ultra-Reliable Low Latency Channel (URLLC) segregates video data from C&C signal, ensuring low latency, unbroken video feed and seamless robotic operation

• Fast roaming: Collision-avoidance for fast-moving ground robotics, like AMRs or quadrupeds

Application

Defense: Low-cost, attritable drones and FPVs Public Safety: Drone-as-first-responder (DFR) Commercial: Inspection, delivery Defense: Indoor/outdoor quadrupeds Delivery: UGVs

Specification

  WHO WE ARE?

The original standard LTE network requires the participation and control of base stations and core networks in addition to terminals. Now each node of our star topology network devices and MESH network devices is a terminal node. These nodes are lighter and retain many advantages of the original LTE technology. For example, it has the same architecture, physical layer and subframe as LTE. It also has LTE’s other advantages such as wide coverage, high spectrum utilization, high sensitivity, high bandwidth, low latency, and dynamic power control.

Compared with normal wireless link, such as wireless bridge or other devices based on wifi standard, the LTE technology has a subframe structure, the uplink and downlink data rate is not same. This characteristic enable the wireless link products' application more flexible. Because the uplink and downlink data rate can be adjusted based on real service requirements.

In addition to the self-developed product series, IWAVE also has the ability to integrate upstream and downstream product resources in the industry. For example, based on self-developed 4G/5G industry products, IWAVE integrates wireless terminal products and industry application platforms, thereby providing terminals - base stations - core networks - End-to-end customized products and industry solutions for industry application platforms. IWAVE focuses on serving domestic and foreign industry partners, such as special industry communications fields such as park ports, energy and chemicals, public security, special operations, and emergency rescue.

HY IWAVE TEAM DETERMINED TO FOCUSE ON COMMUNICATIONS INDUSTRY?