Russia's 11.2nm Semiconductor Lithography: A New Path to Chip Independence
Download MP3In this episode of The Deep Dive, we uncover a bold new chapter in semiconductor innovation: Russia’s development of an 11.2nm lithography system—a potential game-changer in the race for chip independence.
With the West reliant on extremely expensive EUV machines from ASML, Russia’s alternative approach could:
🔹 Disrupt the $300M EUV monopoly
🔹 Empower emerging nations to produce advanced chips without Western tech
🔹 Leverage Xenon-based light sources as a practical, cost-effective substitute
🔹 Bypass sanctions and spark regional manufacturing capabilities
🔹 Challenge the current geopolitical power structure of chipmaking
🔹 Empower emerging nations to produce advanced chips without Western tech
🔹 Leverage Xenon-based light sources as a practical, cost-effective substitute
🔹 Bypass sanctions and spark regional manufacturing capabilities
🔹 Challenge the current geopolitical power structure of chipmaking
We’ll break down:
- How 11.2nm wavelength lithography works
- Why this tech could democratize semiconductor production
- Potential military and strategic implications
- How this affects data storage, edge computing, and AI deployments
- The role of secure infrastructure—featuring StoneFly, your partner in mission-critical data protection
🎧 Tune in to explore the future of chip technology—and who might control it next.
