产能瓶颈逐步显现，通富微电拟再融资44亿元发力存储及车芯项目

Core Viewpoint - The company is planning to raise up to 4.4 billion yuan through a specific issuance of A-shares to enhance its packaging and testing capacity in various semiconductor sectors, aligning with market demands and technological advancements [2]. Group 1: Investment Projects - The total investment for the storage chip packaging capacity enhancement project is 88,837.47 million yuan, aiming to add an annual capacity of 849,600 units, which will strengthen the company's position in the storage packaging sector [1]. - The automotive and emerging applications packaging capacity enhancement project has a planned investment of 109,955.80 million yuan, with an expected annual capacity increase of 50.4 million units, enhancing the company's competitiveness in automotive packaging [3]. - The wafer-level packaging capacity enhancement project is set to invest 74,330.26 million yuan, targeting an annual increase of 312,000 units, which will improve the company's advanced packaging capabilities [3]. - The high-performance computing and communication packaging capacity enhancement project will invest 72,430.77 million yuan, with an anticipated annual capacity increase of 48 million units, further solidifying the company's position in advanced packaging [3]. - The total investment across all projects amounts to 468,554.30 million yuan, with 440,000 million yuan planned for use from the raised funds [1]. Group 2: Market Trends and Strategic Alignment - The demand for large-scale packaging and testing of chips is being driven by technological transformations in downstream sectors such as artificial intelligence, new energy vehicles, mobile smart terminals, and the Internet of Things, alongside the ongoing domestic substitution in the semiconductor field [4]. - The company aims to optimize its product and process structure while expanding capacity, focusing on storage chips, automotive chips, wafer-level packaging, and high-performance computing and communication chips [4]. - The fundraising projects are designed to align with the trends of high computing power, high reliability, and high integration in downstream chips, enabling the company to seize market opportunities amid technological changes and domestic substitution [4].