en.Wedoany.com Reported - Forehope Electronic (Ningbo) Co., Ltd. plans to invest 10.3 billion yuan in the construction of the "Microelectronics High-End Integrated Circuit (IC) Packaging and Testing Phase III Project" at the China-Italy Ningbo Ecological Park in Yuyao, Ningbo, Zhejiang Province. The project investment includes land transfer fees, plant construction costs, and equipment procurement expenses, with a construction period estimated at 96 months. It will be built in phases and put into production in stages according to implementation progress. The main product lines include BUMP, 2.5D, FC-type, and WB-type, primarily targeting high-end chip packaging and testing, as well as the industrialization needs of multi-dimensional heterogeneous advanced packaging. This investment has been reviewed and approved by the company's board of directors. It still requires approval from the shareholders' meeting and must go through procedures such as project filing and registration, environmental impact assessment approval, construction project planning permits, and construction permits.

This is not a simple capacity expansion announcement. The 10.3 billion yuan investment is directed towards advanced packaging production lines, R&D and testing conditions, and high-end IC packaging and testing capabilities, directly addressing the new demand from AI chips, high-performance computing, communication chips, and complex system-on-chips for packaging processes.

Advanced packaging is transitioning from a back-end semiconductor process to a critical stage for unleashing the performance of high-end chips. In the past, chip performance improvements relied more on process node shrinkage. However, against the backdrop of rising advanced process costs, increasing AI computing power demands, and growing needs for multi-chip integration, the importance of BUMP, FC, 2.5D, wafer-level packaging, and multi-dimensional heterogeneous integration has significantly increased. Forehope Electronic's Phase III project focuses on BUMP, 2.5D, FC-type, and WB-type product lines, essentially strengthening high-end chip packaging and testing capabilities. This allows more complex chips to enhance overall performance through packaging structures, interconnection methods, and testing capabilities. For AI servers, smart terminals, automotive electronics, and communication equipment, the packaging stage is no longer just about protecting chips but also undertakes functions such as interconnection, heat dissipation, integration, reliability, and system performance optimization.

Forehope Electronic has previously advanced its Phase II project, with the Phase II plant completed and infrastructure largely finished. With the launch of the Phase III project, the company's advanced packaging layout will move from ramping up existing capacity to a new round of larger-scale investment.

From the project timeline perspective, the 96-month construction period indicates this is a cross-cycle investment. Building advanced packaging production lines requires not only plants and equipment but also customer qualification, process stabilization, yield ramp-up, and product introduction. Particularly for high-end packaging routes like 2.5D, BUMP, and FC, which demand high equipment precision, process control, material supply, testing capabilities, and customer collaboration, completion of construction does not immediately translate to full production efficiency. By choosing phased construction and staged production, Forehope Electronic can reduce the pressure of one-time investment and adjust equipment deployment and capacity release pace based on downstream demand changes. The project funding sources include self-owned funds, bank loans, or other self-raised funds, and do not involve existing raised funds.

This investment also reflects a clear judgment on the industry cycle. The growth in demand for AI computing power, high-end chips, and advanced packaging has driven Chinese packaging and testing companies into an intensive capacity expansion phase. JCET previously announced a 7.8 billion yuan investment plan for a high-end advanced packaging and testing factory. Viewed within the same industry cycle, Forehope Electronic's 10.3 billion yuan Phase III project indicates that packaging and testing companies are competing for the window of opportunity in high-end packaging capacity.

However, a project of this scale, involving tens of billions of yuan, also brings pressure in terms of funding and capacity absorption. Forehope Electronic's announcement has listed several risks, including acquisition of construction land, administrative approvals, market demand fluctuations, technological iterations, capital raising, debt financing, depreciation and amortization, and absorption of new capacity. While demand for advanced packaging is currently strong, the long project construction period means that over the next eight years, AI chip architectures, customer orders, packaging technology roadmaps, and industry supply-demand dynamics could all change. If customer adoption falls short of expectations or the industry experiences periodic overcapacity, the new capacity could impact project returns and the company's operational performance. For Forehope Electronic, whether the Phase III project can truly translate into profit growth depends not only on the investment scale but also on securing high-end customers, improving yields, equipment utilization rates, and sustained order capabilities.

Forehope Electronic's 10.3 billion yuan bet on advanced packaging marks a shift in the competitive focus of Chinese packaging and testing companies from traditional packaging capacity to high-end IC packaging and testing, wafer-level packaging, flip-chip interconnection, and multi-dimensional heterogeneous integration. For equipment suppliers, material suppliers, cleanroom engineering firms, testing system providers, and the local semiconductor supply chain, such projects will generate long-term supporting demand. For Forehope Electronic, the truly critical factors ahead are the shareholders' meeting approval, land acquisition and approval progress, equipment procurement pace, customer qualification progress, and capacity utilization rates after each phase of production lines goes live. The advanced packaging track is heating up, but whether the 10.3 billion yuan investment ultimately yields stable returns will be validated by project execution and customer orders.

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