Wireless IP Digital TCPIP/UDP Data Link for 4K Video and Data Communication

The FDM-6805UG, with its 120Mbps high bandwidth, 2x2 MIMO multi-antenna technology, dual-band adaptive anti-interference (600MHz/1.4GHz), and 8-node networking capability, is particularly suitable for scenarios with stringent requirements for real-time performance, stability, and multi-device collaboration, such as for unmanned vehicles and robots.

The FDM-6805UG is widely used in the UGV (unmanned ground vehicle) and robotics industries. It has an ultra-strong non-line-of-sight capability. 100Mbps high bandwidth can support the multiple HD video streams transmission from cameras. In complex terrains, it can achieve ultra-long transmission distances of up to 1-5 kilometers such as in buildings blocking, jungles, or underground tunnels, stable communication can still be maintained. FDM-6805UG support IP transparent transmission and full-duplex transmission of control signals, which make the remote operation of unmanned systems. Its ultra-low latency capability makes remote operation smoother and more accurate

• Frequency Bands: Operates in the 600 MHz and 1.4 GHz bands without relying on carrier base stations.
• MIMO and CA: Utilizes Carrier Aggregation and 2x2 MIMO technologies to deliver reliable, high-bandwidth communication links.it supports100Mpbs transmission data rate
• IP Transparency: Offers IP transparent transmission for seamless integration with video and data applications.
• Automatic Networking: Supports plug-and-play operation with automatic route negotiation and dynamic networking for up to 8 nodes in point-to-point or point-to-multipoint configurations.

FDM-6805UGV adopts IWAVE team's special algorithm and mechanism to achieve frequency hopping function.

During working, FDM-6805UGV will internally calculate and evaluate the current link based on factors such as received signal strength RSRP, signal-to-noise ratio SNR, and bit error rate SER. If its judgment condition is met, it will perform frequency hopping and Select an optimal frequency point from the list.

Whether to perform frequency hopping depends on the wireless state. If the wireless state is good, frequency hopping will not be performed until the judgment condition is met.

• HD Video and Data Transmission: Ensures stable and secure communication links for video streaming, telemetry, and control.
• Dynamic Network Environments: Ideal for rapidly changing, high-demand wireless environments.
• Industrial and Tactical Use: Supports applications in drones, autonomous vehicles, and other critical systems requiring robust, long-range communication.