Wireless Datalink Solutions For Unmanned Vehicles And Robotic Platforms Communications

The FDM-6800 is equipped with a 20-pin expansion interface, including download interface, power interface, UARTO serial interface, USB, Ethernet, and provides two standard RJ45 interfaces and two pass-through interfaces for transmitting the test data. It is an ideal choice for unmanned platforms to carry out mobile transmission of IP, video and test data. The FDM-6800 has been easily and successfully applied in various applications, from controlling police robots to the backbone IP infrastructure of armored vehicles, to video transmission and reception of various small unmanned platform groups.

The FDM-6800 is available in 200MW, 2W, 5W and 10W power versions, each with unique performance advantages.

The simple network management software is compatible with multiple operating systems, such as Windows, Android, Linux, etc., and is a very cost-effective radio solution.

The components of the FDM-6800 radio are available as OEM bare boards for easy platform integration.

Engineered with hybrid SDR architecture, our FDM-6800 delivers:

• Dual-band operation (600MHz + 1.4GHz) for optimal signal penetration
• 222MHz extended frequency options for mission-specific tuning
• Dynamic band switching to avoid congested RF environments

• 300 hops/sec FHSS technology - Military-grade interference resistance
• Smart spectrum analysis - Auto-detects and evades jamming signals
• Secure data links - Maintains connectivity in contested environments

• 20km LOS / 3km NLOS range - Reliable connections in complex terrain
• Star network topology - Supports P2P & P2MP configurations
• Multi-unit video streaming - Simultaneous HD feeds from multiple UAVs/UGVs
• Swarm control ready - Single GCS command for coordinated robotic teams

• The FDM-6800 connects with all existing IWAVE wireless mobile transceiver units, enabling end users on land to automatically interconnect with manned and unmanned vehicles, drones, offshore assets, and infrastructure nodes, establishing a robust connection.

Utilizing IWAVE's proprietary algorithms and mechanisms FDM-6800 will internally calculate and evaluate the current link quality based on RSRP, SNR, and SER,ect. When predefined thresholds are met, the system initiates frequency hopping and selects the optimal frequency point from its database. Frequency hopping execution depends entirely on real-time wireless conditions:

1. No hopping occurs when link quality remains stable
2. The system maintains current frequency until conditions meet switching criteria

The FDM-6800 works in conjunction with the full suite of use-case optimized ptmp wireless Radio form-factors, so all your people, robots and vehicles can stay connected on the same powerful network. Idea for:

• SWaP-constrained unmanned systems
• Pipeline detection/disposal
• Fire rescue
• Route clearance
• Combat engineering
• UGV/Robot dog swarm