Samsung Electro Mechanics Transforms Vietnam Factory into MLCC Embedded Substrate Hub to Power Future AI Hardware Performance
The company is launching its industrial transformation process through the establishment of dedicated MLCC embedded semiconductor substrate production lines at its Vietnam factory. The company makes this strategic investment to establish its market position in the rapidly developing artificial intelligence hardware sector according to ETNews report. The company plans to replace traditional mounting methods by directly integrating passive components into substrate design which meets the modern AI processor efficiency requirements.
The upgrade project requires a complete transformation of the existing supply chain system. The company is currently procuring specialized manufacturing machinery specifically equipment engineered to carve precise cavities for MLCC housing in partnership with domestic manufacturing collaborators. The project team believes that this month will see the completion of all initial equipment purchase activities. The expansion project will take multiple years to complete because it requires the company to spend hundreds of billions of won on capital projects that build a strong partnership network throughout Vietnam.
The transition offers better technical performance because it improves the usage of available space. Multilayer Ceramic Capacitors which engineers call the "rice of the electronics industry" because of their tiny size were traditionally mounted on substrate surfaces. The internal component embedding process creates shorter physical distances which decrease electrical resistance. These two factors enable high performance AI chips to maintain their required signal quality. Samsung Electro Mechanics has developed a substrate design which operates as an electricity storage system that supports increased power density in smaller devices.
The company is expanding its operations because major technology firms and artificial intelligence developers push their silicon technology to achieve better performance outcomes. The company previously produced low volume shipments of embedded substrates but its new production capacity will now create high volume products for commercial use. Samsung Electro Mechanics has already begun to develop future plans which will introduce silicon capacitors into the existing embedded systems after they complete the current deployment process. Future computing systems will use these silicon materials which have much lower resistance than standard ceramic materials to establish new performance benchmarks for operations at high temperatures and high voltages.
