Samsung Projects 8nm and Below Capacity Utilization to Exceed 100% by 2027
Driven by surging demand for AI and HPC chips, Samsung projects that its semiconductor process capacity for 8nm and below will exceed 100% utilization by 2027. Additionally, the company's 2nm projects secured from cloud service providers and AI/HPC customers have more than doubled year-over-year. This projection highlights a strong recovery in Samsung's foundry business as advanced nodes experience demand that outpaces current manufacturing capacity expansion. It also reflects the broader industry trend where high-performance computing and artificial intelligence workloads are driving massive investments in semiconductor fabrication. To cope with this growing demand, Samsung is considering building new fabrication plants in the US and South Korea, potentially expanding its 8nm, 4nm, and 2nm capacities. The company's Taylor facility in the United States may also be utilized to strengthen its global supply capabilities.
## BACKGROUND
Semiconductor foundry capacity utilization measures how much of a chip factory's maximum production potential is actively being used. Advanced manufacturing nodes like 8nm, 4nm, and 2nm represent cutting-edge semiconductor technologies that offer higher performance and energy efficiency, making them essential for demanding workloads such as artificial intelligence and high-performance computing (HPC).