Classification
Success Case: Anjielo Long-Range Wireless Transmission Solutions for UAV & IoT Applications
Time:
2026-01-04
In demanding industrial and outdoor environments, reliable long-distance wireless connectivity is critical. Zhongshan Anjielo Smart Technology Co., Ltd. successfully deployed its advanced wireless transmission equipment for a multi-scenario project involving UAV (Unmanned Aerial Vehicle) video transmission, smart city surveillance, and IoT data collection. By leveraging two flagship products—the 15KM LTE UAV Wireless Transmission Module and the WiFi HaLow Image & Data Integrated Enhanced Version (AH-9066-P)—the project achieved stable, high-speed, and long-range connectivity without relying on mobile operator base stations.
Project Overview
In demanding industrial and outdoor environments, reliable long-distance wireless connectivity is critical. Zhongshan Anjielo Smart Technology Co., Ltd. successfully deployed its advanced wireless transmission equipment for a multi-scenario project involving UAV (Unmanned Aerial Vehicle) video transmission, smart city surveillance, and IoT data collection. By leveraging two flagship products—the 15KM LTE UAV Wireless Transmission Module and the WiFi HaLow Image & Data Integrated Enhanced Version (AH-9066-P)—the project achieved stable, high-speed, and long-range connectivity without relying on mobile operator base stations.
The Challenge
The client required a robust wireless solution capable of:
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Transmitting 1080P video over long distances (up to 15km).
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Operating in areas with no cellular coverage.
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Supporting point-to-point (P2P) and point-to-multipoint topologies.
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Providing stable connectivity for UAVs, robots, and remote sensors.
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Ensuring low latency (under 100ms) for real-time monitoring.
The Solution: Dual-Product Deployment
1. 15KM LTE UAV Wireless Transmission Equipment (HW9066)
For the UAV and long-range video surveillance components, Anjielo deployed the CNC Integrated Wireless Transmission Equipment. This device is based on TDD-LTE 4G mobile communication standards but operates independently of operator base stations, making it ideal for remote outdoor applications.
Key Technical Highlights:
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Frequency Bands: Supports 800MHz, 1.4GHz, and 2.4GHz, with strong penetration and diffraction capabilities at low frequencies.
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Transmission Rate: Up to 30Mbps, with configurable bandwidths (1.4M, 3M, 5M, 10M, 20M).
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Transmission Distance: Theoretical maximum of 150km, with measured UAV transmission of 17km at 1080P.
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Interfaces: 3x RJ45 LAN ports, 2x TTL serial ports, 1x USB port.
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Security: Supports access authentication, user-defined encryption, and frequency hopping to avoid interference.
2. WiFi HaLow Image & Data Integrated Enhanced Version (AH-9066-P)
For IoT data collection and medium-range video transmission (e.g., smart agriculture, industrial monitoring), the AH-9066-P was utilized. This device leverages the IEEE 802.11ah (WiFi HaLow) protocol, designed specifically for long-range, low-power IoT applications.
Key Technical Highlights:
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Frequency Range: 902MHz-928MHz (Sub-1GHz).
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Data Rate: Up to 16Mbps.
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Transmission Distance: 1km with line of sight, 500 meters without line of sight.
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Receive Sensitivity: Up to -105dBm, ensuring stable connections in challenging environments.
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Network Capacity: Supports up to 8 access points.
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Power: 33dBm (2W) transmit power, DC12V/1A input.
Implementation & Results
The deployment was structured to maximize the strengths of each product:
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For UAV Operations: The HW9066 module was configured in Access Node (Transmitter) mode on the UAV, paired with a Central Node (Receiver) on the ground. The system utilized the 1.4GHz band to balance range and penetration. The result was a stable 1080P video feed at 17km with latency under 100ms.
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For Ground IoT Sensors: The AH-9066-P units were deployed in a point-to-multipoint topology. With a 33dBm transmit power and 8MHz bandwidth, the system successfully connected multiple remote sensors and cameras across a 1km line-of-sight area, transmitting data reliably without interference.
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For Smart City Surveillance: Both devices were integrated into a unified monitoring network. The HW9066 handled long-range backhaul, while the AH-9066-P managed local sensor clusters. The frequency hopping feature of the HW9066 and the WPA2-PSK encryption of the AH-9066-P ensured secure and interference-free operation.
Why Choose Anjielo?
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Proven Reliability: ISO9001/2000 certified manufacturing with CCC, CE, FCC, and ROHS certifications.
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Versatile Applications: Suitable for security monitoring, smart city, robots, intelligent agriculture, disaster reduction, and unmanned ships.
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Customization & Support: Provides SDK/API interfaces, OEM/ODM services, and rapid DEMO confirmation within 7 days.
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Cost-Effective: Low-cost AD hoc network schemes with standard SMA antenna interfaces for flexible deployment.
Conclusion
This successful case demonstrates Anjielo's capability to deliver long-range, high-bandwidth, and secure wireless transmission solutions for critical applications. Whether for UAV video links or widespread IoT sensor networks, Anjielo's LTE and WiFi HaLow product lines provide the reliability and performance required for modern industrial and smart city projects.
Contact us today to discuss your custom wireless transmission needs.
About Anjielo:
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Established: 2020
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Headquarters: Shirong Intelligent Manufacturing Industrial Park, Tanzhou Town, Zhongshan City
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Core Products: Smart Central Control Panels, Smart Security, Video Intercom, AI Voice Interaction, Long-Range Wireless Transmission Equipment
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Website: www.anjielotech.com
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WhatsApp: 15913473606
Note: Technical specifications are based on official product manuals. Actual performance may vary depending on environmental conditions and configuration.
