Mesh Wireless Data Transmission Radio For Dynamic Robotic Connectivity

FD-7800 Wireless Mesh Data Radio

Powerful Performance in Ultra-Compact Design

The FD-7800 IP MESH Core Module is engineered for cutting-edge unmanned systems, delivering 2x2 MIMO MANET radio performance in an ultra-low SWaP (Size, Weight, and Power) OEM package.

✔ Compact & High-Performance – Integrates C2, sensor/telemetry data, and comms relay for seamless UGV communications
✔ Military-Grade Security – Advanced AES-128 encryption + fast frequency hopping for anti-jamming resilience
✔ Battlefield-Proven – Maintains peak performance in complex, contested RF environments

✔ Advanced LDPC Channel Coding – Superior anti-interference performance
✔ Rapid Flexible Networking – Supports up to 32 nodes
✔ IP-Based PHY Layer Technology – Enables both unicast & broadcast modes
✔ Intelligent Self-Organizing Network

• Auto-selects optimal transmission routes
• Dynamically allocates channel bandwidth
• 1-3km NLOS (Non-Line-of-Sight) range per node+

✔ Multi-Platform Compatibility – Ideal for robotics, UAVs, USVs, and unmanned systems

Ad Hoc Digital Wireless Data Link System - Key Features:

• Up to 200 Watts output power
• Up 100 Mbps Data Throughput
• Up NLOS 1-3km communication distance for hd video and telemetry data
• Complex RF environment proven 2x2 MIMO waveform: 32 node scalability
• Single/Dual Band Frequency Options
• I/O Interfaces: Ethernet, USB, RS232
• Advanced Encryption: AES128, ZUC, SNOW3G
• Connect multiple UAV, UGVs, sensors, personneland manned/unmanned platforms through one massively scalable mesh network that's natively compatible with IWAVE all series MANET radios.
• Provides high-bandwidth, two-way communications for C2, video, sensor, and telemetry data in a single module

Network Management Software

• Easy to manage
  The management software can manage all nodes and monitor the real-time topology.
• The signal-to-noise ratio (SNR), received signal strength (RSSI), and distance between nodes will be dynamically displayed on the topological graph.
• IWAVE will provide API documentation and technical support to facilitate integration with third-party unmanned platforms.
• Users can adjust the working frequency band, enable/disable the frequency hopping function (FHSS), and modify the IP address of each node through the management software.
• Through the IWAVE AT command set documentation, users can configure keys, frequencies, bandwidths, obtain the signal-to-noise ratio, and query firmware versions, baud rates, etc.

FHSS(Frequency Hopping Spread Sprectrum)

Utilizing IWAVE's proprietary algorithms and mechanisms, the FD-7800 internally calculates and evaluates the current link quality based on factors such as RSRP, SNR, and SER. When predefined thresholds are met, the system initiates frequency hopping and selects the optimal frequency from a database. Frequency hopping execution is entirely dependent on real-time wireless conditions:

1. When link quality remains stable, no hopping occurs.
2. The system maintains the current frequency until handover criteria are met.

Scalable Self-Forming & Self-Healing Mobile Ad-Hoc Networks (MANETs) deliver resilient operation by dynamically discovering alternative routes and performing automatic failover during path disruptions. Ideal for:

●The smallest robotics system

●Pipeline detection/disposal
●Fire rescue
●Wireless Telemetry
●Wireless Video
●Control Systems
●UGV/Robot dog swarm

General

Wireless

Dual Frequency Band