Industry Solutions
Professional solutions for software-defined radio education, research & training and hardware boards, supporting technical implementation in different scenarios with integrated software-hardware capabilities.
A university in ZhengzhouTianwen Teaching System Integrated Laboratory Solution
This solution focuses on the integrated requirements of wireless communication teaching and research, adopting a software-defined architecture to build the Tianwen Teaching System Comprehensive Laboratory. It provides comprehensive support for talent cultivation and scientific research innovation in universities, helping to establish a high-quality, specialized platform that integrates teaching and research, meeting the dual needs of new engineering education and scientific research innovation.
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A scientific research instituteEnd-to-End Electromagnetic Signal Research and Simulation Platform Solution
This solution addresses the scientific research and innovation needs of national-level scientific research institutes and electronic research institutions. Centered on the Tianwen VIEW domestic electromagnetic signal simulation and development system, it establishes a three-tier simulation chain linking algorithms, equipment, and operational scenarios. Integrated with the RF-series general-purpose Software-Defined Radio (SDR) hardware, it enables closed-loop virtual-physical co-verification. It benchmarks against—and partially replaces—foreign commercial tools such as MATLAB and LabVIEW, and is fully compatible with domestic CPUs and operating systems, providing end-to-end technical support for independently controllable research projects.
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A university (Department of Electronic Information Engineering)Air Decoding: Integrated Innovation Experiment Course Solution
This course is a comprehensive, tiered, and innovation-oriented wireless communication practice curriculum built on the Tianwen Qiming platform and powered by the Tianwen Visual Designer. It spans all academic levels—from freshman undergraduate to graduate studies—and bridges four core learning tiers: foundational introduction, principle analysis, security attack/defense, and innovative R&D—addressing the traditional communication lab course pain points of fragmentation, over-theorization, and homogeneity. Leveraging real-world electromagnetic environment signal resources, the course features real-time visual interactive feedback, standardized validation assessments, and open-ended customizable experiments, establishing a closed-loop practical teaching system that is 'progressive, application-oriented, and innovation-driven.' It supports diverse educational scenarios including regular classroom instruction, hands-on training, course assessment, academic competitions, and capstone projects.
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A university in GuangzhouRadar and Communication Principles System Solutions
The Radar and Communication Principles System is a comprehensive hybrid virtual-physical experimental platform designed for core courses such as 'Principles of Communication', 'Radar Principles', and 'Electronic Warfare' in electronics, communication, and information engineering disciplines. It consists of 20 independent yet collaborative student workstations and a teacher server equipped with management, situational display, and remote virtual experiment capabilities. Integrated for teaching demonstration, student innovation design, and instructor research validation, the system supports rapid prototyping of common communication and radar systems as well as verification of novel algorithms. Featuring high reconfigurability and scalability, it flexibly meets requirements spanning from fundamental theory experiments to complex electronic warfare exercises.
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A certain unit in QingdaoElectromagnetic Signal Teaching Simulation System Solution
This system is specifically designed for disciplines such as electronic information and communication engineering, centered on the principle of 'deep integration of theory and practice'. It establishes a reconfigurable, immersive electromagnetic signal teaching and simulation environment, helping universities and research institutions overcome traditional experimental limitations and cultivating professionals with solid theoretical foundations and strong engineering practice capabilities—fully aligned with the talent development requirements of emerging engineering education.
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A certain department in GuangzhouComplex Electromagnetic Environment System Solutions
This system targets core domains such as electronic warfare and communication assurance, focusing on critical requirements including equipment testing and tactical exercises. It establishes a full-link, multi-scenario, highly controllable complex electromagnetic environment simulation and jamming system, providing comprehensive core support for realistic training and equipment performance testing in related fields—thereby enhancing equipment compatibility and tactical application capabilities.
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