The RUSNANO Group is preparing to launch a modern assembly and testing complex for the mass production of microchips. The enterprise will start operating in January 2026, according to the company's press service.
The production will use microchip assembly technology in polymer packages. This will allow the creation of high-performance processors and computing modules for the needs of data processing centers, telecommunications, and aviation. The innovations will ensure the transition from pilot batches to stable mass production of products.
This attention to assembly is due to the localization requirement in accordance with decree 719. This helps reduce technological risks and ensures a high level of microelectronics localization.
The production site covers an area of about 1200 square meters. The expected output is up to 200,000 microchips per month.
The new site is planned to produce special and consumer electronics. The enterprise is designed for a full cycle of operations — from assembly to control and testing.
Earlier, www1.ru reported that a chip packaging line for 100,000 microchips per month will be launched in Zelenograd.
Read more materials on the topic:
Now on home
State Defense Order for 2025 fulfilled 100%
Scientists at NSTU have developed an innovative technology for quality control of steel surfaces
The number of complaints against microfinance organizations increased in 2025
The project will enable the production of up to 200,000 microchips per month
It Will Be Held in the Form of a Dutch Auction
The initiative was proposed by the head of the Ministry of Digital Development, Maksut Shadaev
Tu-214 Remains the Only Russian Airliner with International Certification
The system reduces development time by 40% and lowers testing costs
The new motorhome combines the off-road capabilities of a truck and the comfort of a city apartment
Russian Development Operates Without a Cabin, Operator, and Satellite Navigation
Vehicles based on the T-90 provide crew protection in conditions of chemical, biological and radiation contamination