WiFi HaLow number of images integrated long-distance transmission 802.11AH low-frequency module drone image transmission

WiFi HaLow (802.11ah) is an advanced low-frequency module designed for long-distance image transmission and is tailor-made for drone applications. The technology enables seamless integration and transmission of multiple high-resolution images over a larger area. With its strong connectivity, low power consumption and enhanced signal penetration, WiFi HaLow ensures reliable and efficient data transmission, making it ideal for tasks such as aerial surveillance, mapping and remote monitoring. This module significantly enhances drone performance and provides reliable solutions for a variety of professional applications.

product details

Product Specifications and Parameters

• Based on IEEE802.11ah (Halow) protocol

• Data throughput 16Mbps

• 1km transmission distance throughput greater than 1Mbps

• Supports multiple interfaces: SDIO/USB/serial port/network port

• Has super diffraction capability

• Applicable to: wireless suits; baby monitor video surveillance; drones;

Robot industrial control; Internet of Things; smart wearables.

Module Interface Definition

Module Structure Diagram

Operation Guide

1. Attach one end of the IPEX to SMA cable to the IPEX and connect the other end to the antenna.

2. Turn the mode switch of one module to the AP (receive) position and the mode switch of the other module to the STA (transmit) position.

3. After the module is powered on, the five working indicators will flash. After the self-test is completed, the red power indicator and the first indicator on the left of the module in the AP state will be on, and only the red power indicator of the module in the STA state will be on.

4. Press the pairing button at the same time. At this time, the signal indicators of the AP module and the STA module will flash, indicating that the pairing is successful. Release the pairing button, the signal indicators of the two modules will be on, and the modules can be used normally.