RS232/RS485/TTL Control Data MiMo IP Mesh UGV Long Distance Wireless Communication Video Data Link

Key Features of MiMo IP Mesh UGV Long Distance Wireless Communication Video Data Link

1.Mobile Mesh Networks
Scalable, self-organizing, and self-healing mobile ad hoc networks (MANETs) are highly resilient because they can dynamically find alternative routes and failover in the event of a route failure.

2.Multi-band and Multi-frequency
Our patented hybrid SDR technology supports a variety of multi-band and single-band radios. Users can software-select single-band operation to operate at either 600 MHz or 1.4 GHz. Users can also enable frequency hopping to operate simultaneously at 600 MHz and 1.4 GHz, providing enhanced interference resistance.

3. Max 8 nodes
A single IP mesh network can easily accommodate 8 nodes, making it ideal for communication between autonomous vehicles or robotic swarms. Each node supports relay and full-duplex communication. A control center can simultaneously control multiple autonomous vehicles or robots using telemetry data.

4. NLOS 1-3km Communication Range

Designed by IWAVE's R&D team based on LTE terminal standards and Mobile Ad Hoc Network (MANET) technology, the FD-7800 boasts a high sensitivity of -102dBm@20MHz, enabling it to provide reliable, high-bandwidth, mesh video and data communications in non-line-of-sight environments.

MiMo IP Mesh UGV Long Distance Wireless Communication Video Data Link

Various Interfaces
The rich interfaces enable users to connect various terminals.
• RJ45 ports: users can connect the IP camera, sensors, onboard microcomputers such as Linux/windows/Android...
• Serial port: It can connect with PTZ, flight control such as pixhawk
• USB: It can be used for debugging and AT commands sending or enumerate it as network port or AT command port.
• Expansion Port: It is 20pin port for uses to define more interface and single-chip microprocessor application, download port, power port, etc.

By integrating embedded modules FD-7800 into your unmanned systems and sensors, each unmanned system equipped with an embedded module expands the MANET, enabling your users to access services (such as video or sensor data) on any node from any location. Embedded modules bring your unmanned platform into the IWAVE MIMO IP MESH ecosystem, where all drones, UAVs, sensors, and systems are interconnected. This allows you to build a network for unmanned systems, swarms, autonomy, and multi-platform collaboration.

• Pipeline detection/disposal
• Fire rescue
• Route clearance
• Combat engineering
• UGV/Robot dog swarm