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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.

MYD-MESH Series: CM33

A versatile and high-reliability wireless mesh node under the MYD-MESH Series, the CM33 is engineered to deliver stable, high-bandwidth connectivity for mission-critical scenarios. It integrates advanced adaptive mesh technology, enabling self-organizing and self-healing networks that automatically optimize signal paths—ensuring uninterrupted communication even when nodes are added, removed, or disrupted. Designed for both indoor and outdoor deployments (such as industrial campuses, smart cities, and emergency response sites), the CM33 supports low-latency data transfer, high-definition real-time video streaming, and multi-device concurrent access. Its compact, durable housing offers resistance to dust, water, and extreme temperatures, while its plug-and-play setup and compatibility with existing MYD-MESH systems simplify integration. Whether powering daily industrial communications or emergency on-site networks, the CM33 stands as a dependable solution for seamless, scalable wireless connectivity.

MYD-MESH Series: HM30

As a high-performance standout in the MYD-MESH Series, the HM30 is a compact, robust wireless mesh node engineered to deliver reliable, high-speed connectivity in challenging environments. It leverages advanced mesh networking technology to enable seamless, self-healing communication—automatically adapting to signal disruptions and extending coverage without relying on fixed infrastructure. Designed for both indoor and outdoor deployment (from industrial sites to emergency response scenarios), the HM30 supports low-latency data transmission, real-time video streaming, and multi-device connectivity, making it ideal for teams needing instant, stable links in remote or dynamic settings. Its ruggedized build resists dust, moisture, and temperature fluctuations, while its user-friendly setup ensures quick integration into existing networks, solidifying its role as a trusted solution for critical communication needs.

MYD-Remote Control H100

The MYD-Remote Control H100 emerges as a high-performance, user-centric remote control solution tailored for precise operation of unmanned systems (such as UAVs, unmanned ground vehicles, and industrial robots). It integrates a responsive ergonomic design—featuring customizable joysticks, intuitive tactile buttons, and a high-resolution color display—to ensure comfortable, fatigue-free operation during extended missions. Equipped with long-range, anti-interference wireless communication technology, it delivers stable control signals with minimal latency, even in complex environments like urban areas or industrial sites. Additionally, it supports real-time data feedback (e.g., device status, sensor readings) and mission parameter adjustment, while its ruggedized build resists shock, dust, and moisture. Ideal for professional sectors including aerial surveying, industrial inspection, and public safety, the H100 redefines reliable, intuitive remote operation for critical tasks.

MYD-Remote Control X100

The MYD-Remote Control X100 is a professional-grade, mission-ready remote control system tailored for precise operation of unmanned assets—including UAVs, unmanned ground vehicles (UGVs), and industrial automation equipment. It combines an ergonomic, fatigue-resistant design with customizable flight rockers, tactile switches, and a high-brightness, high-resolution display, ensuring clear visibility and intuitive control even in harsh outdoor or industrial environments. Equipped with long-range, anti-interference 1.4G wireless communication technology, it delivers stable, low-latency control signals with a LOS range of up to 20KM, while supporting real-time data feedback (e.g., device status, sensor data) and HD video streaming. Powered by Android 13 with 8G+128G storage, it offers robust performance for app-based mission planning and parameter adjustment. Its rugged build resists extreme temperatures (-20°C~+85°C) and physical impact, while a high-capacity 28000mAh battery provides up to 5 hours of continuous operation—making it ideal for professional sectors like aerial surveying, industrial inspection, and public safety operations.

MYD-SwiftLink (X27)

The MYD-SwiftLink (X27) is a compact, high-efficiency wireless communication module engineered for seamless, low-latency connectivity in unmanned systems (UAVs, UGVs) and industrial remote control scenarios. Operating on the 1.4GHz frequency band, it delivers stable signal transmission with anti-interference capabilities, ensuring reliable data and control signal transfer even in complex outdoor or industrial environments.
With a lightweight design (110g) and compact dimensions (93mm60mm13mm), it integrates easily into space-constrained devices, while its versatile interfaces (Ethernet1, RS2322/TTL2/SBUS2) support compatibility with various unmanned platforms. Boasting a wide operating temperature range (-40°C~+65°C) and low power consumption (≤10W), it maintains consistent performance in harsh conditions, making it a dependable choice for aerial inspection, industrial automation, and public safety operations.

MYD-SwiftLink 10/20W

The MYD-SwiftLink 10/20W series represents the ultimate in long-range, high-power wireless connectivity, engineered for the most demanding professional applications.
With extraordinary transmit powers of 10W and 20W, these modules establish ultra-reliable communication links over distances exceeding 80km line-of-sight, ensuring unmatched performance even in challenging RF environments.
Featuring dual-band capability (1.4GHz and 5.8GHz), AES-256 encryption, and multiple industrial interfaces, the 10/20W series delivers robust, secure connectivity for mission-critical applications such as long-range UAV operations, industrial telemetry, and secure SCADA networks that require maximum range and reliability.

MYD-SwiftLink 2W

MYD-SwiftLink 2W is a high-performance, long-range wireless module designed for professional IoT and M2M applications. With its powerful 2W transmit power and exceptional receiver sensitivity, it delivers reliable communication up to 2km line-of-sight, ensuring robust connectivity even in challenging environments. The module features AES-128 encryption for secure data transmission, low power consumption for battery-operated devices, and flexible integration through UART interface with AT command support. Its wide operating temperature range (-40°C to +85°C) and SMA antenna connector make it suitable for various industrial applications, including remote monitoring, smart agriculture, security systems, and wireless sensor networks.