ASML EUV Power Jump Could Raise TSM Wafer Throughput 50% by 2030
ASML developed an EUV light source power increase from 1,000 to a potential 2,000 watts, enabling chipmakers like TSM to boost wafer throughput from 220 to 330 per hour by 2030. This 50% output gain could reduce unit production costs and accelerate TSM’s advanced node capacity expansion.
1. EUV Light Source Power Increase
ASML’s researchers have achieved a stable 1,000-watt EUV light source with a clear development path to 1,500 and eventually 2,000 watts. This power boost underpins a projected 50% rise in chip output by decade-end and supports next-generation high-NA lithography systems.
2. Impact on TSM Wafer Throughput
With upgraded EUV machines, TSM’s wafer processing capacity could rise from roughly 220 to 330 wafers per hour by 2030. This throughput jump enhances volume production of advanced 3nm and 2nm nodes needed for AI and high-performance applications.
3. Cost and Capacity Implications
Higher wafer throughput directly lowers per-unit production costs and improves gross margins for TSM. Increased capacity allows TSM to allocate more tooling toward new AI chip orders and maintain leadership in advanced process technologies.