TI and Great Wall Power jointly build a joint laboratory to jointly promote innovation and upgrading of the power industry

Recently, Texas Instruments (TI) and Great Wall Power Technology Co., Ltd., a leading power supplier in the industry, jointly established a joint laboratory in Shenzhen, China. The newly established joint laboratory aims to use TI's digital controllers (C2000™ and UCD3138), gallium nitride (GaN) and gate drivers and other products and system solutions to help Great Wall Power create high-efficiency, high-power density, and intelligent power products, thereby consolidating its technical advantages in the fields of server power and desktop power , and further promoting the innovation and upgrading of the future power industry.

Great Wall Power-Texas Instruments Joint Laboratory Cooperation Signing Ceremony

Left: Wang Fan, General Manager of TI Shenzhen Region

Right: An Caiyun, General Manager of Great Wall Power

With the rapid development of server power supplies in recent years, Great Wall Power, founded in 1989, has become one of the fastest companies in the global switching power supply field . TI's continuous investment and long-term advantages in the power supply field are obvious to all, and it has now become an important partner of Great Wall Power.

As one of the important chip suppliers for analog and embedded products, TI has always been committed to helping power engineers overcome design challenges. The establishment of this joint laboratory is also to help Great Wall Power engineers bring upgrades and innovations in power efficiency, functional safety and intelligent solutions with the support of TI's products and solutions . In addition to providing a series of advanced products and reference designs, TI will also provide technical documents and professional training and other resources to fully support the research and development of Great Wall Power's innovative technologies and products.

An Caiyun, General Manager of Great Wall Power , said: " R&D is the core competitiveness of an enterprise . Establishing a joint laboratory with TI will help further improve the R&D speed of Great Wall Power in the field of high-tech power supplies , develop high-efficiency, high-performance, stable and reliable power products, thereby achieving rapid product upgrades and ultimately reshaping the future of the power industry through competitive products and solutions."

Wang Fan, general manager of TI Shenzhen, said: "At TI, we are committed to making electronic products more economical and practical and making the world a better place through semiconductor technology. Comprehensive analog, embedded products and solutions can bring more possibilities for innovation and upgrading of the power industry. TI believes that this cooperation will enable designers of Great Wall Power to quickly apply TI's innovative technologies to new power products, thereby improving product performance and reducing overall system costs."

With the continuous advancement of China's new infrastructure, more and more demands for high-performance power products have emerged in the fields of big data centers, artificial intelligence , etc. At the same time, the development of high-performance power supplies is also showing a trend of diversification in terms of functions, and the cost is constantly decreasing. Through the newly established joint laboratory, TI and Great Wall Power will closely integrate with current market trends while jointly creating stable and powerful power products and solutions, share the market opportunities brought by the new infrastructure, and help the innovation and upgrading of the power industry.

TI has been rooted in China for more than 35 years and will continue to empower customers in various industries, including Great Wall Power . Currently, TI has built a complete local support system in China, including an integrated manufacturing base, two product distribution centers, three R&D centers, and nearly 20 sales and technical support offices across the country. TI will always work with customers to meet future challenges and opportunities.