ロシアのゼレノグラード・ナノテクノロジーセンター（ЗНТЦ / ZNTC）と、イランのナノ・マイクロテクノロジー開発本部（Headquarters for the Development of Nano- and Microtechnologies）が、無線電子産業分野での協力に関する覚書（メмор…

Venäläinen ZNTC on saanut valmiiksi 130 nanometrin piirivalmistukseen tarkoitetun litografialaitteen ensimmäisen prototyypin.

ZNTC completes development of Russia's first 130nm-capable lithography stepper, which could be used to produce chips sometimes late this decade, or rather early next.

Rusya merkezli ZNTC, 200mm gofret işleyebilen 130nm'lik ilk yerli litografi cihazının üçüncü Ar-Ge aşamasını tamamladı, ancak seri üretime yıllar var.

ロシアのゼレノグラード・ナノテクノロジーセンター（ZNTC）が130nmプロセス対応のフォトリソグラフィ装置の試作段階を完了した。ただし設計から部品製造までの主要工程はベラルーシ企業が担い、量産ウェーハの処理には早くても3年を要する。

Equipamento da ZNTC usa laser de estado sólido e pode abrir caminho para tecnologias de 130nm até 2026, apesar de estar décadas atrasado.

Nach eigenen Angaben wurde von ZNTC ein erstes eigenes Lithographiesystem entwickelt. Technisch konkurriert es mit Intel Pentium II.

Nach eigenen Angaben wurde von ZNTC ein erstes eigenes Lithographiesystem entwickelt. Die Technik stammt aus Intel Pentium II-Zeiten.

Russia's ZNTC and Belarus's Planar have completed the development of a 350nm-class lithography system, but despite its symbolic value, the machine lags far behind global standards.

Russian and Belarusian semiconductor manufacturers have achieved a significant milestone in domestic chip production capabilities. In collaboration with Belarus-based Planar, the Zelenograd Nanotechnology Center (ZNTC) has developed a new lithography system supporting 350 nm process technology for 8-inch (200 mm) silicon wafers. This development represents a strategic response to Western sanctions severely restricting Russia's access to advanced semiconductor manufacturing equipment. The system employs solid-state laser technology to project circuit patterns onto photoresist-coated wafers through a photomask that defines the circuitry. After selective exposure, the photoresist undergoes chemical processing to build circuit structures. While the 350 nm node marks a critical capability for domestic semiconductor production, it sits almost three decades behind leading-edge fabrication processes in high-performance computing applications. This technology is comparable to what powered Intel's Pentium II processors in the late 1990s. Despite this technological gap, the equipment will enable the production of various electronic components suitable for consumer electronics and certain specialized military applications where bleeding-edge performance isn't required. ZNTC has already outlined plans to develop a more advanced 130 nm lithography system by 2026 as part of a government-backed initiative to incrementally enhance domestic semiconductor capabilities. While unable to match the 3-5 nm processes currently deployed by global semiconductor leaders, this lithography system establishes a foundation for domestic chip manufacturing infrastructure, especially in the category of mature nodes. The success of this intermediate solution will likely influence government funding priorities as the country attempts to narrow the technological gap with Western semiconductor capabilities in the coming years.

Russia's ZNTC and Belarus's Planar have completed the development of a 350nm-class lithography system, but despite its symbolic value, the machine lags far behind global standards.

Russia's ZNTC and Belarus's Planar have completed the development of a 350nm-class lithography system, but despite its symbolic value, the machine lags far behind global standards. **Russia completes development of 30-year-old outdated lithography tool : Read more**

Russia's ZNTC and Belarus's Planar have completed the development of a 350nm-class lithography system, but despite its symbolic value, the machine lags far behind global standards.

Equipamento da ZNTC usa laser de estado sólido e pode abrir caminho para tecnologias de 130nm até 2026, apesar de estar décadas atrasado.

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Russia's ZNTC and Belarus's Planar have completed the development of a 350nm-class lithography system, but despite its symbolic value, the machine lags far behind global standards.