President Joe Biden’s administration plans to allocate billions in subsidies to key semiconductor companies, including Intel and TSMC.
This funding will support the building of new factories across the United States.
The Wall Street Journal reported that this initiative focuses on advancing semiconductor production for smartphones, artificial intelligence, and defense systems.
Announcements are expected before President Biden’s State of the Union address on March 7.
This move aligns with the US’s strategy to enhance domestic chip production amid global shortages and rising technological competition.
Intel is undertaking projects in Arizona, Ohio, New Mexico, and Oregon, amounting to over $43.5 billion.
TSMC is investing $40 billion in two factories near Phoenix, while Samsung Electronics is developing a $17.3 billion project in Texas.
This strategy by the US government aims to bolster national semiconductor manufacturing, vital for contemporary technology and defense.
Investing in this sector addresses supply chain challenges and positions the US as a global semiconductor market leader.
It signifies a shift towards increased domestic production in critical technology areas, thus reducing dependency on foreign suppliers and fortifying national security.
This initiative underlines the importance of maintaining technological sovereignty and the strategic role semiconductors play in national and global economies.
The investment enhances the US’s competitive technological edge, spurring economic growth and job creation and significantly reinforcing American tech leadership.
Background
The US government’s investment in the semiconductor industry is crucial. It addresses global supply chain issues and strengthens national technological capabilities.
By supporting domestic production, the US reduces reliance on foreign suppliers, enhancing national security.
This move also positions the US as a leader in the global semiconductor market, crucial for modern technology and defense systems.
This strategy reflects the importance of technological sovereignty in today’s interconnected world.