50km Anti-jamming Mesh Networking Transceiver AES128 Encryption Mesh Radio System

50km Anti-jamming Mesh Networking Transceiver AES128 Encryption Mesh Radio System

50km Anti-jamming Mesh Networking Transceiver AES128 Encryption Mesh Radio System

Technical Specifications

Model number	HCL602-2W*2-M3
Modulation	TDD OFDM
Frequency	566~678MHz and 1420~1530MHz
Bandwidths	1.4/3/5/10/20/40MHz
Throughput	Maximum 100Mbps
RF transmission Power	2W*2
Constellation	QPSK, 16QAM, 64QAM, self-adaption
Sensitivity	-102dBm (1Mbps at 20MHz)
IP data transmission (3 Ethernet port)	Support
Serial data transmission (1 channel RS232 or TTL)	Support
Transmission range	1~7km (ground to ground), maximum 50km (UAV to ground)
Management	Through Web UI or Control UART
Encryption	AES128-bit encryption
Network mode	Mesh
Movement speed	Support maximum 300km/h
Power input	12~18V
Power consumption	<2A at 12V
Dimensions	118.4*61.4*29 mm
Weight	235g
Supported Nodes	32 nodes

Characteristics

• TDD OFDM wireless video data transceiver support Mesh Networking
• Up to 100Mbps Iperf Throughput
• Control by web browser or control UART
• 3 Ethernet and 1 channel RS232/TTL for data link
• Maximum 50km long distance fhss video data links for UAV/ UAS
• FHSS makes signal communication to be secure and more stable.

Input/Output Connections

HCL602-2W*2-M3 Mesh networking transceiver supports mesh network with maximum 32 nodes and shared maximum 100Mbps Iperf Throughput.

1. Mesh network capacity: supports a maximum of 32 Nodes (2≤N≤32)
2. Transport: unicast, multicast, and broadcast are supported
3. Time synchronization: self-synchronization without external clock
4. Power control: adaptive transmission power adjustment
5. Topology: supports multi-hop routing with maximum 32 nodes and 31 hop routing
6. Routing: automatic routing adjustment with fixed route configuration option
7. Data rate level: adaptive average distribution system rate
8. Transmission delay(Note: N is the number of nodes within two hops, hop number: H)
   • Common scenario calculation formula, One-way delay indicator formula (MS): 6*H + (5/2) * N/2 *H * 3, Two-way delay multiplied by 2;
   • Two-node optimization delay: unidirectional delay of one hop between two nodes <= 10ms;
   • Four node chain optimization delay: three-hop single-hop unidirectional delay of four nodes <= 10ms;
   • Typical system delay(from big data statistics):
     • Six point-chain networking, three hops, unidirectional delay: 50ms;
     • 8 points, all points one hop, one-way delay: 36ms;
     • 8 points, serial 7 hops: unidirectional 170ms
9. Boot time delay:
   • Network establishment delay of logical main control node after startup 20-80s. (Generally, the logical main control node is the node which turned on firstly);
   • Cold startup: The network access delay of the logic access node is less than 30 seconds, and the logical main control node signal is received;
   • Hot startup: The latency of connecting the secondary node to the network is less than 1s (common one-hop node networking scenario)

A1: IP camera video can be connected with HCL602-2W*2-M3 directly via Ethernet port. HDMI/SDI/AHD/AV camera video can be encoded with our SE10/SE11 encoder and then work with HCL602-2W*2-M3 via Ethernet connection. Q2: How to select the frequency band?