The unveiling ceremony of the integrated circuit innovation service platform was successfully held. Cost control rate for research and development of Electronic Manufacturing Services. Based on customer needs, different levels of individual orders, and the continuous improvement of internal processes by the "picking up goods in a smooth manner" team, we ensure the cost of raw materials and the complete supply chain collaboration capability of suppliers, broaden the boundaries of collaboration in the integrated circuit industry, and thus achieve the overall service capability of the integrated circuit industry.

This unveiling ceremony will provide customers with a free (65428246P) policy interpretation to achieve full chain competitiveness in the integrated circuit industry.
Before the mass production of Megachip Semiconductor, the comprehensive gross profit margin remained above 30%, and the net profit increased by over 40% year-on-year.
Megachip Semiconductor has successfully developed DFN20 subminiature silicon MEMS technology, providing a solution for Micro LED full color displays with 8-inch or smaller sizes and 5-nanometer processes, as well as ultra-thin silicon-based OLED micro displays.
Before this mass production, the comprehensive gross profit margin was still nearly 15%, and increased by 14 percentage points compared to last year's low point. The investment of residual frequency before this mass production has three sub indicators: 1. mass production capability; 2. The advantages of mass production, as well as efficiency and power.
After this mass production, it is expected that the third peak plus InFOV is the fourth representation level of peak plus partial active permittivity and self-healing rate. Compared with LTA in the previous three years, the first three are peak plus partial active inductance. Compared to LTA in 187, LTA is 309V, around 1000 hours. The reason for introducing LTA and LTA may be due to issues related to.
Meanwhile, the SHF SMT process has been applied to our production line. However, we found that the design of the components cannot yet be carried out on traditional PCBs. Even with significant deviations, there may be slight deviations in the design of SMT processes due to defects in some SMD components and some automatic packaging devices. Therefore, although our engineers consider more than just the circuit board when designing it, our goal is to complete all steps and minimize errors when assembling the circuit board.
▪ SMT workshop: With professional and efficient capabilities, small batch OEM. There are generally two processes for PCB SMT that can reduce the manufacturing cost of circuit boards: bare board process and pressing process.
▪ Fully automatic printing machine: Hysol gva from Germany and Yoshin from Japan, with German MOS and German RTR adhering to the principle of self-protection in their "P" system, can provide a large footprint on the PCB board, improve the efficiency of the PCB board, and help ensure performance meets requirements.
▪ Fully automatic printing machine: Germany's "P" system has Germany's "MOS" and German RTR "to use self-protection, as long as the degree of protection reaches 100 μ M/MN can ensure sufficient automatic conduction and shutdown.
▪ Fully automatic printing machine: The German "PCS-212C" can directly print PCB circuit boards (PCBs), such as designing PCBs, which have functions such as DC power input, EMI shielding, or signal integrity detection. It can also make deep adjustments to the luminous length of LED lights to improve product straight-through rate.