Eulitha Ramps Up Deliveries of Advanced Lithography Systems

semiconductor-digest.com Nov 6, 2026

Eulitha Ramps Up Deliveries of Advanced Lithography Systems

Curated by Shubham · TechCapsules · Nov 6, 2026

AI-summarised brief · reviewed before publication

Eulitha AG announced it has begun delivering several DUV lithography tools to semiconductor foundries for manufacturing indium‑phosphide (InP) distributed‑feedback (DFB) lasers used in AI data centers. The machines employ the company’s proprietary DTL technology, which prints the gratings required for precise wavelength selection in DFB lasers. Eulitha reported an order backlog that will keep its production lines fully occupied through mid‑2028, and it is doubling capacity at its Zurich‑area facility, with the expansion slated for 2027. The company says customers previously faced the choice of costly e‑beam systems, but its photolithography solution offers comparable precision with higher throughput and lower cost. Eulitha expects the capacity to serve not only optical‑communication needs but also emerging markets such as AR/VR/XR light‑guidance components.

💡 Why It Matters

· By replacing expensive e‑beam equipment with high‑throughput photolithography, Eulitha lowers the cost barrier for mass‑producing AI‑grade optical links, speeding the deployment of energy‑efficient data‑center architectures.

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Hanyang University Researchers Gain Control Over Where Semiconductor Crystals First Form

Hanyang University researchers introduced etching‑flux‑mediated single‑centred nucleation (EF‑SCN) to direct two‑dimensional MoS₂ crystal growth at precise sites. By surrounding patterned regions with hafnium oxide that releases oxygen at 750 °C, the method suppresses nucleation at boundaries, enabling over 99 % single‑crystal yield across 400 sites on a 2‑cm substrate. The technique also works at lower temperatures using zirconium dioxide, producing uniform triangular domains as small as 430 °C. Devices fabricated from these crystals reached 117 cm² V⁻¹ s⁻¹ mobility with minimal variation.

💡 Precise nucleation control unlocks scalable, high‑performance 2‑D semiconductor devices, moving beyond trial‑and‑error growth and paving the way for dense, reliable electronics.

semiconductor-digest.com · Nov 6

Micron Announces Board of Directors Retirement

Micron Technology announced that board member Linnie M. Haynesworth will retire at the annual shareholders meeting slated for January 14, 2027. Haynesworth joined the board in February 2021, bringing more than three decades of technology experience in aerospace and cybersecurity. During her tenure she served on the Governance and Sustainability Committee (2021‑2024), chaired the Security Committee from 2024 to 2026, and currently sits on the Audit and Compensation Committees. CEO Sanjay Mehrotra praised her “sound judgment” and “thoughtful approach” to critical issues. Lead independent director Lynn Dugle highlighted her role in strengthening cybersecurity oversight. After her departure the board will consist of eight directors, with the remaining members nominated for reelection at the same meeting in early 2027 for shareholders.

💡 Haynesworth’s exit removes a rare board‑level cybersecurity champion at a time when chip makers face escalating supply‑chain threats, forcing Micron to rely on remaining directors to maintain that focus.

semiconductor-digest.com · Nov 6

Macronix’s sNOVA Technology Recognized with IEEE Milestone Award

Macronix International Co., Ltd. received the IEEE Milestone Award for its sNOVA industrial production optimization platform, becoming the first Taiwanese semiconductor firm honored by the institute. The award ceremony on Nov. 2 featured IEEE president‑elect Jill Gostin presenting the plaque to CEO Dr. Miin Wu, with Taiwan’s National Science and Technology Council minister in attendance. IEEE praised sNOVA for revolutionizing engineering data management and enabling AI‑driven, big‑data analysis that shortens debugging, cuts wafer‑layer costs, improves quality and automates process‑parameter adjustments. Developed between 1989 and 1997, the system was the world’s first to apply statistical methods for manufacturing efficiency, reliability and yield, and its concepts have spread globally through alumni and industry adoption. The recognition underscores Taiwan’s growing influence in chip manufacturing.

💡 It validates Taiwan’s pioneering role in AI‑enabled semiconductor production, boosting the island’s credibility as a hub for next‑generation chip innovation.

semiconductor-digest.com · Nov 5

Entegris Expands Partnership with Kioxia

Entegris, Inc. announced an expanded partnership with Kioxia Corporation to accelerate materials innovation for BiCS FLASH 3D flash memory and next‑generation computing. The collaboration will combine Entegris’ materials science, computational modeling, simulation, and semiconductor process solutions with Kioxia’s memory technology and process integration expertise. AI, advanced modeling, and digital‑twin technologies will guide a broader materials design space, experimental evaluation, and device‑level learning. The Geino Technology Center in Mie Prefecture, Japan, will serve as the focal point for this integrated development effort.

💡 By linking computational discovery directly with physical testing, the alliance promises faster learning cycles and more efficient material breakthroughs, positioning both companies to meet the escalating performance and capacity demands of AI‑driven data centers and edge devices.

semiconductor-digest.com · Nov 5

Global Semiconductor Alliance Announces 2026 Award Nominees

The Global Semiconductor Alliance (GSA) unveiled its roster of nominees for the 2026 GSA Awards Celebration, slated for Thursday, Dec. 10, 2026. The ceremony will honor individuals and firms that have excelled in vision, innovation, execution and future opportunities across a spectrum of categories, from leadership and financial performance to industry respect. Sanjay Mehrotra, chairman and CEO of Micron Technology, is slated to receive the 2026 Dr. Morris Chang Exemplary Leadership Award. Nominees include Maria Heriz (STMicroelectronics) and Akila Subramaniam (AMD) for Women of Influence, Cognichip and d‑Matrix for Start‑Up to Watch, and a slate of companies competing for “Most Respected” and “Best Financially Managed” honors across multiple revenue brackets. Additional awards cover analyst favorites and regional excellence in Asia‑Pacific and EMEA.

💡 Recognizing top innovators and financially disciplined firms spotlights the leaders shaping the next wave of semiconductor technology and supply‑chain resilience.

semiconductor-digest.com · Nov 4

Worldwide Silicon Wafer Shipments Increase 13.4% Year-on-Year in Q3 2026, SEMI Reports

SEMI’s Silicon Manufacturers Group reported that global silicon wafer shipments rose 13.4% year‑on‑year in Q3 2026, reaching 3,756 MSI from 3,313 MSI in Q3 2025. Shipments also climbed 5.1% quarter‑over‑quarter to 3,756 MSI from 3,573 MSI in Q2 2026. The increase was driven by robust AI‑related demand expanding beyond advanced logic into power devices and photonics, as well as stronger industrial demand from robotics, AI server power supplies, and general‑purpose semiconductors. Masatsugu Miura, SEMI SMG chairman, highlighted continued support from bonding and advanced packaging for 300‑mm polished wafers.

💡 The surge signals that AI and industrial automation are reshaping semiconductor supply chains, pushing wafer manufacturers to scale production. It underscores the growing reliance on high‑performance silicon substrates for next‑generation electronics.