Samsung and ASML have deepened their partnership to accelerate semiconductor advances.
Shifting to Larger Photomasks
A core component of this agreement involves Samsung’s active participation in a sector initiative to develop 12‑inch photomask technology. For decades, the tech industry relied exclusively on 6‑inch formats. The imminent arrival of the High NA EUV standard requires larger canvases to significantly increase factory productivity.
This generational leap is expected to reduce operational costs. It also aims to overcome old technical limitations related to the stitching process. Lower expenses will allow chipmakers to allocate more resources to research and development, further spurring innovation. The result should be future microchips that are far more economically competitive.
Samsung is positioned to play a leading role in this technical transition. The firm holds undisputed global leadership in memory chips and has vast experience handling ultraviolet lithography. Its expertise in these areas makes it a key partner for ASML as it works through these complex changes.
Targeting 2028 Production
The South Korean firm also plans to introduce ASML’s advanced machines to begin mass production of next‑generation DRAM memories by 2028. This milestone will expand the scalability roadmap through higher print resolution. Such improvements simplify assembly processes and enhance overall yield. The schedule aligns with projected market demand for higher‑capacity memory in data‑center applications.
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The shift to 12‑inch masks is not just about size. It addresses the physical constraints that have slowed down production for years. Larger masks also reduce the number of exposure steps required, streamlining the lithography workflow. By adopting this new standard, manufacturers can print more chips per wafer, which directly impacts the bottom line.
It is worth noting that the transition will require significant updates to existing fabrication lines. This is a substantial undertaking that tests the engineering capabilities of both partners. Both teams have already completed preliminary design reviews, indicating readiness for the next phase. The timeline is ambitious but grounded in the current trajectory of the industry.
Leadership Statements
Young Hyun Jun, vice president and CEO of Samsung Electronics, explained the rationale behind the deepened ties. He stated that as the AI era transforms the semiconductor industry, the importance of technological innovation across the value chain increases.
“Samsung is committed to maintaining its leadership in advanced semiconductor manufacturing, including memory and foundry, through innovative technologies and strong partnerships,” Jun said. “By strengthening our collaboration with ASML further, we are helping to lay the foundations for the next generation of AI and semiconductor innovation.”
Christophe Fouquet, president and CEO of ASML, highlighted the operational relevance of the deal. He noted that Samsung has been one of ASML’s most important innovation partners for many years.
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“Together, we have helped drive the technologies that underpin modern semiconductor manufacturing,” Fouquet said. “As the industry enters a new era driven by artificial intelligence, close collaboration with our clients becomes even more important. We look forward to working with Samsung to enable the next wave of semiconductor innovation.”
The agreement highlights a shared commitment to long‑term technological leadership. Both entities recognize that the pace of change in AI is outstripping traditional development cycles.
Given the aggressive timelines for DRAM production and the complexity of High NA EUV adoption, the next few years will likely see a period of intense integration testing between the two firms. Success here will set the benchmark for other chipmakers aiming to adopt similar high‑resolution technologies. The focus remains on delivering tangible results rather than just announcing intentions.
The partnership stands as a significant step in the ongoing race to define the hardware backbone of the AI era.
The collaboration will shape future AI hardware.
