100km Range Broadband Anti-jamming Mesh Networking Radio FHSS UAV Video Data Link

• TDD COFDM wireless transceiver for uav drone video data Link
• Up to 100Mbps Iperf Throughput
• Supports Mesh Networking
• Control by web browser or control uart
• 3 Ethernet and 1 channel RS232/TTL serial data transmission
• Long distance wireless video data RF transmission with 5W*2 RF power amplifier
• Uplink and downlink stream automatic control

The HCL605 Mesh networking radio is a device specifically designed for long range video data wireless transmission. It operates in the 600MHz or 1.4GHz frequency bands and employs frequency hopping spread spectrum technology (FHSS) to ensure higher stability of UAV signal communication.

• Mesh networking capacity: Up to 32 nodes (N2 ≤ N ≤ 32).
• Transmission: Supports unicast, multicast and broadcast functions. Any node can communicate with each other in these three modes.
• Time synchronization: can be self-synchronized independently without the need for an external clock.
• Power control: all nodes will adaptively adjust the transmission power, support fixed power configuration, and this configuration will be permanently effective.
• Topology structure: Supports multi-hop routing topology with up to 32 nodes and 31 hops.
• R routing: automatically adjusts the route, and can also permanently configure a fixed route.
• Data rate level: uses adaptive average allocation of system rate.
• Transmission delay (Note: N is the number of nodes within two hops, hop count: H) Common scenario calculation formula, one-way delay index formula (MS): 6*H + (5/2) * N/2 * H * 3, two -way delay multiplied by 2; Two-node optimized delay: one-way delay between two nodes <= 10 ms; Four-node link optimized delay: three-hop one-way delay between four nodes <= 10 ms; Typical system delay (based on big data statistics): Six-point chain network, three hops, one-way delay: 50 ms; 8 points, all points are one-hop, one-way delay: 36 ms; 8 points, serial 7 hops: one-way 170 ms.
• Startup time delay: Network establishment delay of the logical main control node after startup 20 - 80 seconds. (Usually, the logical main control node is the first to be started); Cold start: Network access delay of the logical access node is less than 30 seconds and receives the signal from the logical main control node; Hot start: Delay of the secondary node to connect to the network is less than 1 second (common single-hop node network scenario)