TOPIC
Semiconductor equipment, thermal management, advanced packaging and fluid technologies.
Samsung’s Pyeongtaek campus shows how a modern semiconductor fab is built as a vertically integrated manufacturing system combining cleanrooms, utilities, vacuum systems, abatement, HBM production and advanced packaging. With P5 and P6 accelerating and new fabs planned in Yongin and Gwangju, Korea is entering another major semiconductor infrastructure cycle.
South Korea is one of the world’s largest semiconductor manufacturing centers, while Japan retains one of the deepest semiconductor equipment ecosystems in the world. Looking beyond lithography, etching and deposition to RF generators, remote plasma sources, chillers, scrubbers, vacuum pumps and chemical delivery systems reveals a more complex picture: Japan remains broader in precision and specialized equipment, while Korea has developed surprisingly strong capabilities in plasma power, thermal control, abatement and other sub-fab technologies built around Samsung Electronics and SK hynix.
Semiconductor manufacturing is moving beyond transistor scaling. Ultra-low-temperature chillers, low-GWP thermal fluids, autonomous fabs, glass substrates, advanced packaging and package-level liquid cooling are creating a new equipment and materials market.
Liquid cooling is rapidly expanding from GPUs and CPUs to memory, SSDs and power electronics. But the next frontier may be more fundamental: cooling the entire electronic system, including the PCB itself. As computing moves toward extreme-density AI and space environments, thermal management will have to evolve from component cooling to system-wide heat control.