Tech Titans Unite: Samsung and TSMC Embrace ASML’s Groundbreaking Chip Tech
In a pivotal move for the semiconductor industry, Samsung and TSMC are teaming up with Intel to embrace ASML’s cutting-edge High NA extreme ultraviolet (EUV) lithography machines. This collaboration marks a significant step toward enhancing chip manufacturing as companies strive to combat the ongoing chip shortage.
ASML, a leader in advanced lithography technology, has announced that the trio will also transition to larger 12-inch photomasks, aiming to increase production efficiency and reduce costs. Samsung is set to implement ASML’s High NA EUV technology by 2028, while TSMC is targeting 2030 for its rollout. The introduction of 12-inch photomasks into advanced node production is projected for 2033.
Currently, ASML’s High NA EUV technology is utilized by Intel in its 18A process, specifically for the upcoming Core Ultra Series 3 processors, also known as Panther Lake. Intel has successfully produced over a million wafers using this new tech and is developing an even more advanced version, the 18A-P, for Apple’s next-generation iPhone chips.
As industry leaders, both TSMC and Samsung are diving headfirst into the High NA EUV technology. Samsung has plans to manufacture DRAM memory products by 2028 with this innovative technology, while TSMC aims to leverage it in advanced nodes commencing in 2030. However, as Intel has learned, implementing this new technology may not be straightforward, and both companies could face challenges that hinder their timelines.
In addition to adopting High NA EUV, ASML has launched a collaborative initiative with TSMC and Samsung to transition from the traditional six-inch photomasks to larger 12-inch alternatives. This change aims to enhance manufacturing efficiency by simplifying the way chip patterns are “stenciled” onto silicon wafers. Notably, semiconductor giant SK Hynix is also considering joining this consortium.
The larger photomasks promise to allow manufacturers to create intricate chip designs without the need for complex stitching processes, which can inflate costs and complicate production. By eliminating these constraints, TSMC believes the new technology will lead to improved productivity and reduced chipmaking expenses.
Initial tests for the 12-inch photomask fabs are expected to kick off in 2031, with full production slated for 2033. “If we can achieve this as an industry, we anticipate a productivity boost of up to 40%,” expressed Marco Pieters, ASML’s Chief Technology Officer, emphasizing the transformative potential of these advancements.
As Samsung, TSMC, and Intel band together, the future of chip production looks brighter, potentially setting a new standard for efficiency and innovation in an industry facing persistent supply chain challenges.