User pain points: The chip models are complex (covering multiple categories such as MCU, IC, and sensors), and the order demands are flexible and changeable. During the burning process, problems such as "difficult equipment adaptation, inconsistent quality standards, and tight delivery cycles" are often encountered. Especially in the fields of industrial control and consumer electronics, 24/7 urgent burning is frequently required. Traditional services are prone to lag in efficiency or fail to meet precision standards, which directly affects the commissioning progress of production lines.

Market opportunities: The explosive growth in fields such as 5G, the Internet of Things, and smart hardware has driven the demand for chip programming to upgrade towards "multi-category coverage, high-precision standards, and ultra-short delivery times". Service providers with full-model adaptation capabilities and rapid response mechanisms can quickly seize the initiative in niche markets.

Core value: Adopting an aerospace-grade programming standard system, covering all categories (including MCU, power chips, logic chips, etc.), achieving precise and traceable programming data for each chip, with a yield rate of 99.99%. A 24/7 all-weather response mechanism has been established. By integrating local warehousing and process optimization, sample urgent burning can be initiated within 4 hours, and batch orders can be delivered within the shortest 24 hours. The equipment utilization rate and delivery efficiency have been increased by 40% compared to the industry average.