Xi'an Interwiser Electronic Technology Co., Ltd. shines at the 11th World Radar Expo, jointly celebrating a new chapter in radar technology.
Release date:
2025-05
From May 17 to 19, 2025, the 11th World Radar Expo and the 5th Radar .


From May 17 to 19, 2025, the 11th World Radar Expo and the 5th Radar Future Conference were grandly held at the Binhu International Convention and Exhibition Center in Hefei, Anhui Province. As a leading domestic provider of radar system solutions, Xi'an Interwiser Electronic Technology Co., Ltd. (referred to as InterWiser Electronic Technology Co., Ltd.) was invited to showcase its cutting-edge innovations at Booth A149, highlighting the company’s core achievements in areas such as digital-analog hybrid systems, reconfigurable radar platforms, and FPGA/RFSoC applications.


This year's expo is themed "Sharing Innovation Achievements to Inject Vitality into the Development of New-Generation Productivity." The exhibition spans over 50,000 square meters and features four major exhibition zones: "Intelligent Electronic Equipment and Industry Chain Zone," "Industry Application Zone," "Next-Generation Information Technology Zone," and "Outdoor Real-World Equipment Zone." The event showcases cutting-edge products and solutions—including radar systems, digital-intelligence platforms, innovative domain-specific technologies, and foundational electronic components—highlighting numerous "China-first" breakthroughs that underscore the country's leadership and innovation capabilities across the entire radar technology value chain. Among the exhibitors, Peri Electronics unveiled a range of advanced products, such as its RFSOC digital processing platform, high-speed storage solutions, fully domestically produced platforms, and high-performance data acquisition and processing systems, drawing significant attention from both visitors and industry experts alike.
Walking into the exhibition venue, BiRui Electronics showcased its solution based on Xilinx RFSoC. 48dr Platform A software-defined radio communication implementation The system implements several open-source communication examples using the PYNQ architecture. With The Jupyter Notebook’s visual interface vividly demonstrated the real-time generation of modulation, demodulation, signal spectrograms, and constellation diagrams, drawing in a large number of professional attendees eager to experience it firsthand. Several experts and users engaged in in-depth discussions on-site, enthusiastically praising the system’s high bandwidth, highly integrated architecture, and robust engineering implementation capabilities.


Additionally, the company showcased its multi-channel acquisition system, which synchronously captures data from multiple RFSOC acquisition channels. The synchronized results are then output to a PC via the system’s network interface using DMA. On the PC side, LabVIEW is used to process the acquired signals, and the results demonstrate synchronization accuracy as high as 5 picoseconds or better. Furthermore, PiRui Electronics offers a range of versatile TR modules, digital array driver boards, and radar front-end subsystems compatible with various radar architectures—catering to diverse applications in defense, civilian sectors, and scientific research, thereby highlighting the company’s robust system integration capabilities and strong expertise in custom development.


During the exhibition, the company’s booth welcomed prominent guests from research institutions, defense-related organizations, and major equipment manufacturers, among other sectors, to engage in in-depth discussions on key topics such as radar-communication-sensing integration, domestic substitution initiatives, and the adaptation of domestically produced chips. The atmosphere at the event was vibrant, with intentions for collaboration continuing to deepen.

The World Radar Expo, as a comprehensive platform for the global radar industry that integrates technology foresight, industry leadership, and technological innovation, plays a crucial role in advancing the development of the radar sector. This year’s participation not only serves as a key showcase for Peri Electronics to highlight its cutting-edge technologies and R&D achievements, but also marks a strategic move to deeply integrate into the radar industry chain and drive the development of "Perceive China Chip" initiatives. Moving forward, the company will remain committed to the research, development, and mass production of core modules for high-end radar systems, providing stronger domestic support for radar-based perception, intelligent sensing, and independent innovation in national defense. We will continuously enhance the quality of our products and services, contributing to the high-quality growth of China's radar industry.
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