The US has earmarked funds to revive the production of specialized microchips.

The U.S. Department of Defense has taken a significant step to protect the nation's strategic interests and maintain its technological edge in high-tech sectors, according to Zamin.uz.

Specifically, the department has decided to revive the production of radiation-hardened microchips in partnership with BAE Systems. The company has been allocated $16 million in funding to implement this initiative.

These funds will be directed toward manufacturing semiconductors capable of continuous operation in extreme environments and complex military-technical systems. The financial support is being provided under a special state program for the production of defense products.

The program's primary objective is to preserve and safeguard critical domestic technological processes and protect the production chain from external threats. Radiation-resistant chips are considered vital for operation in harsh environments—such as open space or missile systems—where ordinary electronic devices would fail.

Modern defense and scientific research would be unimaginable without such technologies. Under the project, special emphasis will be placed on restarting the RH45 manufacturing platform.

This system is specialized in producing 45-nanometer silicon microchips, with the unique feature that chips are designed to be radiation-resistant from the earliest stages of development. Pentagon officials emphasize that upgrading the existing platform is economically advantageous.

It allows government agencies to use proven, ready-made solutions that have already undergone testing and demonstrated reliability, rather than building new systems from scratch. As a result, the development of new civilian and defense equipment will be significantly accelerated, and costs will be reduced.

Currently, the global market for semiconductor deliveries is facing considerable complications. Through this investment, the U.S. aims to strengthen its domestic industrial base and reduce reliance on foreign suppliers for critical components.

This step is of strategic importance for ensuring national security and the stable production of high-tech devices. Once the new production line operates at full capacity, the country will be able to supply not only civilian programs but also modern missile defense systems with the most reliable electronics.

Although 45-nanometer technology may seem outdated compared to chips in modern consumer devices, in space and military applications, priority is given not to speed but to the extreme durability of the hardware. In summary, this project represents a significant milestone in securing America's technological independence and enhancing competitiveness in the space industry.