TSMC July Revenue Surges 44.7% to Record NT$467.58bn

Taiwan Semiconductor Manufacturing Co. (TSMC) reported July revenue of NT$467.58 billion, a 44.7% year-over-year surge and a new monthly record, as insatiable demand for AI chips continues to strain advanced node capacity. The figure surpassed June’s previous record of NT$442.68 billion by 5.6%.

The July results extend TSMC’s rapid growth trajectory, driven by robust orders for 3nm and 5nm chips used in AI accelerators, data center processors, and high-performance computing. With major customers like NVIDIA, AMD, and Intel ramping up next-gen products, TSMC’s advanced packaging capacity, including CoWoS, is sold out through 2025. This revenue milestone underscores the semiconductor industry’s structural shift toward AI-centric architectures, pushing foundry utilization rates near 100% for leading-edge nodes. Industry analysts note that over 50% of TSMC’s revenue now comes from high-performance computing, overtaking smartphone chips. The company is investing billions in expanding its advanced packaging facilities in Taiwan and the US to meet the surging demand.

For the PCB and electronics manufacturing sector, TSMC’s output surge intensifies demand for high-layer-count boards, IC substrates, and rigid-flex PCBs essential for AI servers and networking gear. As chip complexity grows, advanced substrates like those for 2.5D and 3D packaging require tighter trace and space, pushing manufacturers to upgrade capabilities. This trend benefits suppliers of HDI and substrate-like PCBs, which are critical for integrating chiplets and co-packaged optics. With TSMC forecasting strong growth for the full year, PCB fabricators must align capacity to avoid bottlenecks in the electronics supply chain.

LT CIRCUIT specializes in HDI, rigid-flex, and IC substrate PCBs that support the advanced packaging and thermal demands of AI chips. As TSMC’s output sets records, our manufacturing services help OEMs and engineers maintain supply chain agility for high-performance computing applications.