Russia Unveils First Domestic 350nm Lithography Machine, Begins Development of 130nm Model
Russia has taken a significant step toward technological self-reliance in semiconductor manufacturing, unveiling its first domestically developed 350nm lithography machine, with orders already secured and plans underway for the development of a 130nm model.
Russia has taken a significant step toward technological self-reliance in semiconductor manufacturing, unveiling its first domestically developed 350nm lithography machine, with orders already secured and plans underway for the development of a 130nm model.
Russia Joins the Global Lithography Club
According to recent reports from Russian media, the Zelenograd Nanotechnology Center in Moscow has successfully completed the development of Russia’s first 350nm lithography machine. The announcement was made by Moscow Mayor Sergey Sobyanin, who emphasized the significance of this achievement by noting that fewer than 10 countries worldwide possess the capability to manufacture lithography equipment.
With this development, Russia has officially joined the elite club of nations capable of producing the highly specialized machinery used in semiconductor fabrication—a critical component in achieving technological sovereignty.
Key Technical Details
The new 350nm lithography system stands out for its use of a solid-state laser as the radiation source, a first in Russian equipment of this kind. Solid-state lasers offer advantages such as:
Higher power output
Improved energy efficiency
Greater durability
Narrower spectral bandwidth, which improves imaging precision
These features make the system more reliable and suitable for volume production of legacy nodes used in industrial electronics, automotive applications, and embedded systems.
The project was developed in collaboration with Planar, a Belarusian precision equipment manufacturer. The machine successfully passed testing in December 2024, and the first batch has already been sold to domestic clients.
Roadmap to 130nm Lithography
The Zelenograd center is already advancing toward the next milestone—a 130nm lithography system. Development is being carried out under a second state-backed contract, with a target completion date in 2026.
This roadmap reflects Russia’s long-term commitment to rebuilding a domestic semiconductor manufacturing supply chain, particularly in light of global export restrictions and geopolitical challenges that have limited access to advanced Western chipmaking technologies.
Strategic Implications
While 350nm technology is far behind the current global standard of 3nm and below, the development remains strategically significant. It enables Russia to:
Restore legacy chip production
Supply domestic industries
Lay the groundwork for more advanced nodes
Reduce reliance on foreign suppliers
With 130nm lithography in the pipeline, Russia aims to catch up on mature semiconductor nodes that still serve critical roles in power management, industrial control systems, and military-grade electronics.
Conclusion
The launch of Russia’s first homegrown lithography machine marks a milestone in the country's push for semiconductor self-sufficiency. As the global chip race intensifies, Russia is building momentum in foundational technologies, starting with mature nodes that remain essential for industrial resilience.
