On the afternoon of July 19th, Lei Chaolin, Deputy Director of the Reform Office of the Zhejiang Provincial Party Committee, and his delegation visited iStarChip Semiconductor to conduct research work. Leaders including Panfeng Shao, Secretary of the Nanhu District Committee of Jiaxing City, Liang Wang, Executive Deputy Director of the Municipal Party Committee Reform Office, and Leiping Wu, Director of Nanhu Fund Town, accompanied the research and was given a warm reception by Mr. Jonny Lee, COO of iStarChip.

At the Symposium

During the research, Director Lei and his team first visited the office building of iStarChip Semiconductor to gain a preliminary understanding of the company’s chip project research and development progress, talent cultivation, market development, production and operation, etc. Subsequently, the research team leaders and the company’s core members went to the conference room to hold a symposium.

At the symposium, Mr. Stephen Jin, CEO of iStarChip Semiconductor, gave a detailed introduction on the company’s development history, business layout, product technology characteristics and advantages. He focused on reporting the latest progress of iStarChip Semiconductor’s independently developed automotive-grade chip project.

The leaders fully affirmed the progress and future development potential of iStarChip Semiconductor. Director Lei inquired with concern about the difficulties and needs encountered by the company in its development process and encouraged the company to adhere to independent innovation, strengthen market research and analysis, aim at the forefront of the industry technology, deepen basic research, strengthen product advantages, in order to continuously enhance market competitiveness and brand influence.

In the Future

iStarChip Semiconductor will live up to the expectations and assistance of the leaders, continue to adhere to independent innovation, deepen technological exchange and cooperation, and jointly help the Chinese automotive industry enter a new era of high-quality development.