
Guangzhou Wanxietong Information Technology
Fabless security chip design for advanced protection.
Date | Investors | Amount | Round |
---|---|---|---|
* | N/A | Series D | |
Total Funding | 000k |
Guangzhou Wanxietong Information Technology Co., Ltd. (WST), also known as Beijing Wanxietong Information Technology, is a fabless integrated circuit design company specializing in information security. The firm originated as the Information Security Division of Tsinghua Tongfang Co., Ltd.'s Computer Industry Headquarters, focusing on high-performance information security chip design since 2008. Recognized as a national high-tech enterprise and a key "Little Giant" firm in China's specialized and new enterprise category, WST has received the Central Government's guidance fund for local scientific and technological development. The company operates R&D centers in Guangzhou and Beijing and maintains a marketing and service center.
WST provides intelligent security chips, 5G super SIM chips, and high-speed signal relay chip products, along with comprehensive solutions. Its business model centers on the development, production, and sale of these integrated circuit products and their application solutions. The company also offers IC design services and dedicated IP cores, leveraging its proprietary encryption algorithms. Core products are utilized across various sectors, including video surveillance, 5G communications, smart connected vehicles, the industrial internet, and cloud computing. The firm's offerings address the demand for robust security in financial services, telecommunications, and government applications. WST has gained recognition for its products, receiving multiple "China Chip" awards for market performance and technical innovation in recent years.
Keywords: fabless chip design, information security chips, integrated circuit design, 5G super SIM, high-speed signal relay chips, intelligent security chips, encryption algorithms, IP cores, video surveillance security, smart connected vehicles, industrial internet security, semiconductor design, security SD chips, hardware encryption, data security