As the semiconductor process continues to move towards the single-digit nanometer node, advanced materials play an indispensable and key role in affecting process yield and product stability. A few days ago, according to Taiwan media reports, SEMI estimates that the market size of semiconductor materials is expected to exceed US$70 billion in 2023.

Shenzhen Meiyuxin Technology Co., Ltd. is a world-renowned brand electronic component recycler. It has long-term in-depth vertical services such as recovery of personal inventory, factory inventory, customs seizure, consignment, agency sales, and clearance with high-priced cash.

SEMI said that the most common goal of the semiconductor industry at this stage is to take into account sustainable development in the process of continuing to move towards advanced manufacturing processes through innovative materials. TSMC attaches great importance to the impact of material quality on the yield rate of advanced processes. Last year, it established Taiwan's first advanced material analysis center to check the material evaluation and selection of advanced process and system integration chips, continuously optimize the process yield, and expand with Taiwan as the center. To the world, continue to promote the sustainable development of global industries.

Strategic materials are closely related to the sustainable development of semiconductors, and are also the key to maintaining a leading competitive advantage in the industry today. In view of the application prospects of semiconductor materials, according to the SEMI report, the semiconductor material market is expected to grow by 8.6% in 2022, setting a new market size of 69.8 billion US dollars, of which the wafer material market will grow by 11.5% to 45.1 billion US dollars, and the packaging material market will be It is expected to grow 3.9% to $24.8 billion. By 2023, the overall material market size is expected to exceed US$70 billion.

TSMC Quality pointed out: "In the face of the narrower and narrower line width of chips, the difficulty of breaking Moore's Law is also increasing. In order to continue to achieve the challenge of doubling the number of transistors per unit area, we rely on packaging technology, system integration and even material innovation. Both R&D and R&D are important factors in promoting the sustainable development of advanced technologies.”