NEWS AND INFORMATION

The 6th Radar Future Conference 2026 | Birei Electronics Invites You to Qingdao


Release date:

2026-04

The 2026 Sixth Radar Future Conference, co-hosted by the China Radar Industry Association, the Science and Technology Committee of the China Radar Industry, and Shandong University, will be held in Held from April 18 to 20 at the Qingdao China Railway World Expo City International Convention and Exhibition Center (Halls S4 and S5).

Xi'an Birei Electronics Since its establishment in 2015, the company has remained firmly rooted in Xi’an’s thriving electronic information industry, focusing on RFSOC mixed-signal systems, high-performance signal acquisition and processing, and RF front-end integration core technology R&D and productization. Leveraging the Xilinx RFSoC series of chips as our technological foundation, we have assembled a team of DSP, FPGA, and RF systems experts with more than 10 years of experience, building end-to-end R&D capabilities that span hardware modules, logic development, algorithm verification, and system integration. We are committed to becoming a pioneer in mixed-signal system solutions and have subsequently been recognized by Shaanxi Province. Gazelle Enterprise • Certified under the ISO 9001 quality management system; core technologies have been granted multiple invention patents.

In the face of the digital and intelligent transformation of the radar industry, Birei Electronics has always adhered to “ To provide radar systems with greater efficiency, flexibility, and autonomy. “Driven by our mission, we are focusing on three key areas to achieve continuous breakthroughs:”

I. Leveraging RFSOC Core Technology to Solve the Challenges of Radar Broadband Signal Processing

Traditional radar signal chains face bottlenecks such as low channel density, high power consumption, insufficient integration, and long development cycles. We have proactively positioned ourselves along the RFSoC technology roadmap and launched IW-RFSOC-49DR/48DR/47DR A family of high-performance signal-processing cards and development platforms integrates 16-channel high-speed ADCs/DACs, large-capacity FPGAs, and heterogeneous processing units, delivering ultra-wideband coverage from DC to 6 GHz, sampling rates ranging from 2.5 GSPS to 10 GSPS, multi-board cascade synchronization, and 100-Gbps fiber-optic high-speed data transmission. These capabilities significantly simplify the RF signal chain, increase channel density, and reduce system power consumption, providing COTS-grade high-performance solutions for applications such as phased-array radar, broadband reconnaissance, early-warning detection, and electronic warfare.

II. Deeply cultivate radar system-level solutions to support the lightweighting, softwareization, and intelligentization of equipment.

Leveraging RFSOC’s technological advantages, we provide radar complete-system and system manufacturers with Baseband processing module, multi-channel synchronous acquisition, real-time signal processing, heterogeneous accelerated computing and customized services. Ranging from module-level hardware to algorithm verification, and from standalone integration to system-level joint testing, we help our customers shorten R&D cycles, reduce development costs, and enhance the reconfigurability and intelligence of their equipment. Our products are widely deployed in critical domains such as defense, aerospace, aviation, meteorological radar, and low-altitude surveillance, leveraging cutting-edge technology to support the iterative upgrade of radar systems.

III. Upholding Independent Innovation and Ecological Synergy to Jointly Build a Robust Industrial Security Foundation

Against the backdrop of achieving independent control over critical core technologies, Birei Electronics remains committed to in-house R&D of core architectures, optimization of underlying algorithms, and continuous enhancement of its testing and validation systems. As a result, the company has established proprietary intellectual property rights in areas such as multi-channel synchronous calibration, real-time broadband signal processing, and low-power, highly integrated design. We are eager to engage in deep collaboration with radar system integrators, chip manufacturers, and research institutions to co-build an open, secure, and efficient industrial ecosystem, jointly break through bottleneck technologies, and propel China’s radar industry from “catching up” to “running alongside and leading.”

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