ANJIELO LTE UAV wireless transmission equipment LTE UAV image transmission module
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ANJIELO LTE UAV wireless transmission equipment LTE UAV image transmission module
UAV image transmission module, medium distance 3 kilometers, plug and play RF radio frequency image transmission CNC integrated module beyond line of sight transmission with strong diffraction through the building
HW9066 Image Transmission Series
Point-to-point and multi-point, support star network transmission module, can work in
800MHZ, 1.4G, and 2.4G support multiple broadband allocations at the same time, with low power consumption
Low, small size, small delay. Rich interfaces, stable transmission and other features, full of
Meet the video and data transmission requirements of users in complex scenarios
5Km transmission distance
800MHz,1.4G,2.4G
20ms delay
5km includes two serial ports and three network ports. The air unit is connected to the gimbal camera through the network port.
Connect to the flight control ground end through the serial port and connect to the computer through the network port to transmit video.
Serial port connection to computer to transmit data
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| Model: HW-9066 | Brand: ANJIELOSMART | Origin: Mainland China |
| Antenna type: External | Type: 5 kilometers 15 kilometers | Applicable scenarios: Robot drones |
| Size: 97x57x16mm | Working frequency: 800MHz Working voltage: 12V | Communication method: Wireless |
WiFi Halow HW9066 CNC integrated wireless transmission module is a 4G mobile communication standard based on TDD-LTE The research and development does not rely on mobile operator base stations and is used for long-distance transmission of outdoor wireless networks and P2P wireless bridge. This product adopts key OFDM technology, supports multiple bandwidth allocations, and flattens the system architecture.
Architectural design is a set of long-distance wireless data transmission products developed based on software radio technology (SDR).Taste.HW9066 CNC integrated wireless transmission module supports a maximum transmission rate of 30Mbps, and the longest
The theoretical maximum transmission distance is 150km, covering the frequency band between 700M~2.6G, and can also achieve 1.4M, 3M,5M, 10M, 20M five different bandwidths, multiple code rates, dynamically adjustable, especially suitable for security monitoring,Smart cities, robots, special communications, smart manufacturing, smart agriculture, disaster reduction, unmanned ships and other intelligent monitoring communications
| WiFi HaLow drone module main control solution | LAN9730 |
| DRAM |
4GB |
| FLASH |
4GB |
| Wired interface |
10/100Mbps LAN*3 |
| serial port |
TTL*2 |
| data rate |
30Mbps |
| Modulation |
OFDM |
| Frequency Range |
2401.5-2481.5 MHZ 1427.9-1447.9 MHZ 806-826 MHZ |
|
Power consumption |
≤3W |
| Power plan |
DC12V-24V 0.5A-1.0A |
| RF power |
25dB±2dB |
| Sensitivity |
2.4G（1Mbps）: 20MHZ -99dBm 10MHZ -102dBm 5MHZ -104dBm 3MHZ -106dBm |
| Sensitivity |
1.4G（1Mbps）: 10MHZ -103dBm 5MHZ -106dBm 3MHZ -108dBm |
| Sensitivity |
800M（1Mbps）: 10MHZ -103dBm 5MHZ -106dBm 3MHZ -108dBm |
Wi-Fi HaLow 40KM Long-Range Field Test Report
Test Background
As application scenarios for the Internet of Things (IoT) and Low-Power Wide-Area Networks (LPWAN) continue to expand, there is a growing market demand for wireless communication solutions offering long-range capabilities, medium-to-low data rates, and low power consumption. Wi-Fi HaLow (IEEE 802.11ah)—a next-generation Wi-Fi technology operating in the Sub-1 GHz frequency band—offers significant advantages, including strong wall-penetration capabilities, extensive coverage, and compatibility with IP protocol stacks.
To verify the maximum communication capabilities of our in-house developed Wi-Fi HaLow modules in a real-world, complex geographical environment, we conducted a 40-kilometer line-of-sight (LOS) range test between Majiawu and Wangweishan in Hangzhou in December 2025. The test focused on evaluating packet transmission stability and environmental interference resistance across modules with varying transmit power levels.
This 40-kilometer distance test fully verified the stability and practicality of our Wi-Fi Halow module in real long-distance and non-ideal electromagnetic environments. Even in urban and suburban areas with a high noise floor, the system can still ensure communication continuity through dynamic rate adjustment, demonstrating better coverage performance than traditional 2.4GHz Wi-Fi and some LPWAN solutions.
In the future, we will continue to optimize algorithms and radio frequency design to promote the large-scale implementation of Wi-Fi Halow in more long-distance and low-power consumption scenarios.
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