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MYD-AirLink-@P39 Ground Base Station-I

The Airlink microbase station is a rugged, all-in-one wireless ground station built for demanding environments. Its compact, integrated design is waterproof, dustproof, and corrosion-resistant, supporting battery operation for rapid deployment. Offering versatile connectivity—including Wi-Fi, network, serial, SBUS, and RS422 ports—it ensures reliable communication through intelligent features like adaptive streaming, auto frequency selection, and power control. With up to 8W transmit power, it delivers robust links over distances up to 100 km in air-to-ground scenarios.

MYD-AIRLINK-I Integrated Ground Station I

The MYD-AIRLINK-I Integrated Ground Station 1 is a compact, feature-rich solution engineered to enable seamless control, data transmission, and real-time monitoring for unmanned aerial vehicles (UAVs), drones, or small satellite systems. It integrates core functionalities—including high-gain antennas for long-range RF communication, intuitive user interfaces (touchscreen or software-controlled), and secure data encryption—into a single, ruggedized unit, eliminating the need for disjointed, multi-component setups. Designed for both field operations and fixed-site use, it supports stable video streaming, flight parameter tracking, and mission planning, while its durable enclosure withstands harsh environmental conditions (temperature fluctuations, dust, light moisture). Ideal for commercial, industrial, or research applications, this ground station simplifies workflow, enhances operational efficiency, and ensures reliable connectivity between ground control and aerial assets.

MYD-AIRLINK-II Integrated Ground Station II

The MYD-AIRLINK-II Integrated Ground Station 2 stands as a cutting-edge, all-in-one solution engineered for seamless control and data management of unmanned aerial systems (UAS) and aerial assets. It integrates advanced communication modules, high-precision positioning technology, and intuitive user interfaces into a compact, ruggedized design—suitable for both field operations and fixed-site deployments. With real-time video streaming, mission planning, and remote payload control capabilities, it ensures reliable, low-latency connectivity even in complex environments, empowering users to execute aerial tasks (such as surveillance, mapping, and inspection) with enhanced efficiency and precision. Ideal for industrial, public safety, and environmental monitoring sectors, this ground station redefines integrated aerial operations with its scalability and user-centric functionality.

MYD-AirLink-II@P37 Ground Base Station-II

The Airlink-II's innovative hybrid antenna system delivers a significant performance upgrade over the Airlink-I. Its flexible power options enable exceptional long-range connectivity, achieving distances from 60 km (2W) to an impressive 200 km (20W), catering to diverse mission requirements.

MYD-AirLink-II@P39 Ground Base Station-II

With its innovative hybrid antenna design, the Airlink-II delivers significantly enhanced transmission performance compared to the Airlink-I. It offers exceptional range scalability, achieving up to 60 km at 2W, 100 km at 5W/8W, 150 km at 10W, and an extended range of 200 km at 20W power output.

MYD-C-Link P2MP

The MYD-C-Link P2MP is a cutting-edge point-to-multipoint (P2MP) communication module engineered for seamless, reliable data transmission across distributed networks. Designed to bridge a single central node to multiple remote endpoints, it delivers stable performance in industrial IoT (IIoT), smart infrastructure, and remote monitoring scenarios—eliminating the complexity of deploying separate point-to-point links. With support for low-latency data transfer, robust anti-interference capabilities, and easy integration with existing systems, it simplifies network expansion while ensuring consistent connectivity for mission-critical applications. Compact, energy-efficient, and built for durability, the MYD-C-Link P2MP empowers businesses to build scalable, cost-effective communication networks that adapt to evolving operational needs.

MYD-C33 Multiple Bandwidth Allocations & Star Networking

The MYD-C33 is a point-to-multipoint broadband data transmission system that operates in the 1420-1530 MHz band with automatic frequency selection. It supports star-network topology and flexible bandwidth allocation. Leveraging advanced TDD wireless communication, OFDM, and MIMO technologies, the system delivers robust anti-interference and penetration capabilities, ensuring stable and reliable wireless data transmission.

MYD-Data Link

The MYD-Data Link stands as a versatile, high-performance data transmission solution engineered to enable seamless, secure connectivity across diverse scenarios—from industrial automation and IoT deployments to remote sensing and smart infrastructure. Designed to prioritize stable data flow, it supports fast throughput, low latency, and robust anti-interference capabilities, ensuring critical information is transferred accurately even in harsh or complex environments. With its flexible integration options, compact form factor, and energy-efficient operation, the MYD-Data Link simplifies the setup of reliable data pathways, bridging devices, systems, and endpoints to keep operations connected, responsive, and optimized for evolving business needs.

MYD-KS614/914 Backpack station -DUAL BAND

The MYD-KS614/914 are high-performance wireless communication modules designed for reliable, low-latency data transmission in demanding scenarios like industrial automation, unmanned system integration, and remote monitoring. Operating across distinct frequency bands—614MHz for KS614 and 914MHz for KS914—both modules feature advanced anti-interference technology, ensuring stable connectivity even in environments with signal obstructions or electromagnetic interference.
With compact, lightweight designs, they integrate easily into UAVs, sensors, or industrial controllers, while supporting flexible P2P/P2MP working modes and secure data encryption to protect critical information. Their rugged build (wide operating temperature range of -40°C~+70°C, dust/water resistance) and consistent performance make them versatile solutions for industrial, aerospace, and public safety applications.