- Business
- Chengdu KSW Technologies Co., Ltd. (688283.SS) develops, manufactures, and sells high-end radio frequency simulation test instruments and system solutions focused on wireless communication, navigation, vehicle networking, Internet of Things, and related fields; its core products include wireless channel emulators for multipath effects, Doppler shift, and fading simulation, vector signal generators with superior phase noise and modulation accuracy, spectrum and vector signal analyzers using digital equalization for high-bandwidth real-time analysis, vector signal transceivers for signal acquisition, storage, playback, and generation across RF microwave chip testing and base station applications, radio comprehensive testers integrating spectrum analysis, network analysis, signal generation, and oscilloscope functions, telemetry remote control receivers based on software-defined radio architecture, HBI high-speed bus modules and storage boards for customizable platforms, and specialized test systems such as 5G Massive MIMO, large-scale networking, complex electromagnetic environment evaluation, automated testing, MIMO V2X, and equipment performance assessment. The company, founded in 2010 and headquartered at No. 388 Kangqiang Second Road, Gaoxin District, Chengdu, Sichuan Province, China, primarily serves mobile communication operators like China Mobile and China Unicom, equipment manufacturers, radio research institutes, aerospace, and scientific research sectors with full-lifecycle solutions from R&D to production testing. Recent developments include a share repurchase program completed in early 2025 totaling 851,910 shares or 0.70% of total share capital for approximately 16.3 million yuan, allocation of 100 million yuan from oversubscribed IPO funds to permanently supplement working capital in April 2025, expiration of a lock-up agreement on certain A-shares in February 2025, and the launch of a new wireless communication testing platform series in November 2025 featuring modular design, automation software, and channel simulation for multi-standard 5G and NTN scenarios to enhance terminal testing efficiency.