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Smart Water Area Radar
Drone-based Altitude Measurement
TME-2-ORIN is developed and designed based on the NVIDIA Jetson Orin AGX platform, delivering exceptional computing power of 200/275 TOPS. It features a 6-core ARM Cortex-A78AE CPU paired with an Ampere architecture GPU, along with onboard memory options of 32GB or 64GB. The device supports external SATA storage and offers extensive I/O resources. Powered by DC 9–16V, TME-2-ORIN can serve as an MEC edge computing solution for diverse industry applications, including intelligent transportation, machine vision, smart security, and advanced logistics systems.
TME-2-ORIN Edge Computing Device
TME-2-SH is developed and designed based on the domestically produced ShanHai module, delivering a computing power of 200/240 TOPS. It features a domestically produced 8-core 64-bit Arm architecture CPU and a domestic GPU, equipped with onboard 16/32 GB HBM2E graphics memory. The device supports external SATA storage and offers abundant I/O resources. Powered by DC 9–16V, it is suitable for industry applications such as intelligent transportation, machine vision, smart security, and smart logistics, effectively meeting the demands for independent control and domestic innovation.
TME-2-SH Edge Computing Device
This product is a compact 77GHz frequency band obstacle avoidance radar specifically designed for the safe flight of unmanned aerial platforms. By emitting fan-shaped microwaves forward and detecting their reflections, it accurately identifies obstacles ahead and provides feedback on the relative distance, enabling drones to navigate and avoid obstacles precisely during flight. The product features an advanced MIMO array design, offering bidirectional detection capabilities in both azimuth and elevation. It delivers a measurement range of 1–50 meters while maintaining advantages such as a small form factor, high sensitivity, stable performance, lightweight design, and ease of integration. Its versatile applications make it ideal for use as an obstacle avoidance radar in agricultural drones and power line inspection drones, helping them safely navigate around obstacles like tree branches, utility poles, inclined cables, wire fences, pedestrians, and other potential hazards during flight operations.
UAV-AM-8-1 Unmanned Aerial Vehicle Obstacle Avoidance Radar
This product is a compact altimeter radar specifically designed for the safe flight of drones. With its advanced technical configuration and outstanding performance, it serves as a core safety assurance component for unmanned aerial platforms. The product employs an FMCW architecture and integrates key technologies such as MIMO with multi-transmitting and multi-receiving antennas, CFAR processing, and AOA estimation. This enables not only precise detection with a 3° angular resolution but also delivers robust target-tracking capabilities. In terms of performance parameters, it achieves a maximum measurement accuracy of ±0.02 meters and extends its operational range up to 150 meters. Additionally, the device boasts practical advantages such as a compact form factor, high sensitivity, lightweight design, ease of integration, and stable performance, making it well-suited to meet the diverse operational requirements of drones across various scenarios.
Unmanned Aerial Vehicle Altitude Measurement Radar
The low-altitude detection radar is a fully solid-state radar that leverages Frequency-Modulated Continuous Wave (FMCW) and phased-array technologies. Featuring an innovative Low SWaP-C design concept, this product maintains compact dimensions, lightweight construction, minimal power consumption, and cost-effectiveness while delivering exceptional performance: it achieves a 1.2 km line-of-sight detection range, provides high-precision positioning with 2-meter accuracy, and supports simultaneous tracking of over 200 targets. Equipped with all-weather operational capabilities, the system can effectively distinguish between various types of drones and bird targets. Additionally, the product supports rapid deployment and seamless integration across multiple platforms, making it ideal for a wide range of applications—including security at large-scale events, personal protection for VIPs, safeguarding energy infrastructure, border surveillance, airport airspace protection, and controlled airspace management in correctional facilities—providing customers with a dependable and robust low-altitude security solution.
Low-Altitude Detection Radar
The phased-array level gauge is an advanced instrument based on cutting-edge millimeter-wave technology and phased-array electronic scanning. By employing array antenna phase control and non-mechanical rotating scanning, combined with optimized anti-interference algorithms, it delivers high-resolution full-profile imaging and real-time, precise material level detection. This system enables comprehensive, high-precision monitoring of the material layer distribution, thickness, and descent velocity across the entire target material surface. Additionally, the system features standardized interfaces that allow seamless integration and direct communication with control systems such as PLCs and DCS, significantly reducing on-site integration and debugging complexity. Leveraging its dual technological advantages, this radar system greatly enhances detection stability and data feedback efficiency even under challenging operational conditions. With its outstanding capabilities—such as resistance to dust and moisture, a high data update rate, and broad compatibility—the radar is ideally suited for material level detection applications in environments like blast furnaces, coal bunkers, grain silos, and other similar scenarios.
Phased Array Level Gauge