Wireless IP mesh Ad Hoc Module for drone video data transceiver

Wireless IP mesh Ad Hoc Module for drone video data transceiver

Introduction

This series is an advanced, efficient, and scalable wireless IP mesh Ad Hoc module. It adopts a highly integrated design and can be integrated into various devices to enable it to have self-organizing network communication capabilities, establish self-organizing networks, and provide transmission links for video, audio, and data. This module can be interconnected with other series products to provide a more flexible and powerful self-organizing network solution.

Specification

Working frequency band: L band, S band, L+S band optional
RF channel: 2*Tx & 2*Rx
Output power: ANT1, 23dBm (0.2W) ±1dBm; ANT2, 23dBm (0.2W) ±1dBm
Working voltage: DC+4.5V~+17V, typical value +5V
Product power consumption: ≤10W
Signal bandwidth: 5MHz, 10MHz, 20MHz, 30MHz optional
Networking mode: star, mesh, support random access, network splitting and merging
Communication distance: ≥10 kilometers (line of sight)
Broadband service: video rate 2 channels @2Mbps/channel, whole network sharing ≥30Mbps
Encryption standard: AES 128bit; physical layer encryption
Ranging capability: support inter-machine ranging (including rejection conditions)
Size: 65mm*48mm*10mm
Weight: ≤45g
Operating temperature: -40°C ~ +55°C
Communication interface: Supports 1X 100M Ethernet port, 1 RS232 port, 1X RS422 port, 1X TTL port (Note: The default baud rate of the serial port is 115200, which can be adapted to 460800)

Highlight

Better SWP-C
Command and control
Multi-interface adaptation
HEPBURN waveform
Easy integration
Multi-platform support
Optional antennas
Customizable physical interfaces

Application

This module can be applied to unmanned system equipment such as drones, robots, and unmanned vehicles to build unmanned system communication networks. It has excellent anti-interference performance, anti-destruction performance, and adaptability. It can be deployed flexibly and quickly to meet the application needs of various types of complex environments such as cities, mountainous areas, and tunnels.

Micro UAV swarm

The micro UAV swarm establishes an ad hoc communication network with ground personnel to support reconnaissance, control, and measurement information transmission, extend the mission range through relay UAVs, and perform key tasks in complex, non-line-of-sight environments.

Air-ground hybrid network

Micro drones, robots, relay drones, and ground personnel form an air-ground hybrid network. Relay drones effectively extend the coverage range, support reconnaissance, control, and measurement information transmission, and perform key tasks in complex, non-line-of-sight, and large-area environments.

汉语版产品单页介绍