CITIC Securities says rising compute demand is the primary structural growth driver for the PCB sector, forcing AI-use PCBs into high-multilayer, high-density, high-speed, low-loss and higher-reliability platform designs. The move in AI server architectures from CPU to GPU/ASIC clusters raises requirements for board volume, layer count, materials, via structures, trace precision and reliability, accelerating demand for high-multilayer boards and advanced HDI; iteration to M7–M9 low-loss substrat

2026-07-08

CITIC Securities says rising compute demand is the primary structural growth driver for the PCB sector, forcing AI-use PCBs into high-multilayer, high-density, high-speed, low-loss and higher-reliability platform designs. The move in AI server architectures from CPU to GPU/ASIC clusters raises requirements for board volume, layer count, materials, via structures, trace precision and reliability, accelerating demand for high-multilayer boards and advanced HDI; iteration to M7–M9 low-loss substrates and faster adoption of precision processes such as mSAP is prompting full-process equipment upgrades and creating near-term opportunities for PCB equipment and upstream materials suppliers.