A nano-level micro-vibration laboratory, the first of its kind globally and independently developed by China Electronics Engineering Design Institute (CEEDI), has officially begun operations in Xiong'an New Area. This achievement represents a milestone breakthrough for China in the field of micro-vibration environmental control for precision equipment, providing critical support for the autonomous development of high-end manufacturing sectors such as electronic processes and aerospace information.

The semiconductor chip industry has become a central arena in global technological competition, with advanced manufacturing processes imposing increasingly stringent requirements on production environments. At the same time, satellite internet, as a strategic pillar of next-generation information infrastructure, necessitates the rapid, large-scale deployment of high-resolution remote sensing satellites and low-earth orbit internet satellites to meet major national security demands. Driven by these two national strategic priorities, enhancing the precise control and evaluation capabilities of nano-level micro-vibration environments can significantly boost the development of related industries.

The core facility of CEEDI's Xiong'an nano-level micro-vibration laboratory is a micro-vibration test platform that is the largest and most precise of its kind in the world. This platform, regarded as a critical national asset, sets new global benchmarks in dimensions, precision, load capacity, and technical performance. With a surface area of 4 meters by 4 meters and a self-weight of approximately 50 tons, the platform boasts a designed load capacity of up to 20 tons. It is capable of accommodating full-scale testing of large semiconductor equipment and satellite payloads, a capability unprecedented worldwide.

The launch of the Xiong'an nano-level micro-vibration laboratory fills technological and market gaps in multiple areas, including micro-vibration testing methodologies, vibration tolerance standards for precision equipment, evaluation systems for vibration isolation devices, and third-party testing services. Moreover, it opens up new experimental verification channels for two key national strategic industries—semiconductors and aerospace—effectively accelerating the research, development, and mass production of domestically produced high-end equipment.