Intel Corporation recently granted media access to its semiconductor operations in Oregon, offering a rare look at how some of the most advanced computer chips in the United States are manufactured. The visit included the company’s cleanroom, research and development laboratory, and a packaging facility that had never been opened to journalists before.<\/p>\n
The access comes as escalating tensions between the United States and China drive Washington to strengthen domestic chip production. Intel is the only American company that both designs and manufactures advanced semiconductors within the United States, placing it at the center of federal efforts to rebuild the nation’s chipmaking capacity.<\/p>\n
During the tour, journalists observed the production process at Intel’s Oregon site, which focuses on cutting-edge chip fabrication. The company’s cleanroom, a highly controlled environment where airborne particles are minimized, is essential for manufacturing the microscopic circuitry found in modern processors. The R&D laboratory, meanwhile, conducts research into next-generation chip designs and manufacturing techniques.<\/p>\n
The packaging operation, previously off-limits to media, handles the final assembly and encapsulation of chips into protective cases that can be integrated into electronic devices. This stage is critical because advanced packaging methods, such as stacking chips vertically, allow for greater performance and energy efficiency.<\/p>\n
The United States currently produces only about 12 percent of the world’s semiconductors, down from 37 percent in 1990, according to industry data. Much of global chip manufacturing is concentrated in Taiwan, South Korea, and China. The US government has prioritized reshoring chip production through the CHIPS and Science Act, which provides billions of dollars in subsidies for domestic fabrication plants, or fabs.<\/p>\n
Intel has been a major beneficiary of this policy. The company has announced plans to build or expand fabs in Ohio, Arizona, New Mexico, and Oregon, aiming to reclaim technological leadership in chip manufacturing. However, challenges remain, including high construction costs, a shortage of skilled workers, and competition from Asian manufacturers like Taiwan Semiconductor Manufacturing Company (TSMC) and Samsung.<\/p>\n
Industry analysts have noted that Intel’s ability to deliver on its manufacturing roadmap will be crucial for US national security. Advanced chips are used in military systems, artificial intelligence, telecommunications, and medical devices. A disruption in supply, particularly from geopolitical instability in East Asia, could have severe consequences for the US economy and defense.<\/p>\n
Intel executives have stated that the Oregon facilities represent a vital node in the company’s strategy to produce chips at the most advanced nodes, or process sizes, which are currently measured in nanometers. The company is working on transitioning to the sub-2 nanometer class of manufacturing by 2025, aiming to compete with TSMC and Samsung.<\/p>\n
US Commerce Secretary Gina Raimondo has emphasized that domestic chip production is a matter of national security, not just economic competitiveness. The Oregon tour underscores Intel’s role as a key partner in this effort, though experts caution that significant investments and time are required to close the gap with established Asian fabs.<\/p>\n
The visit also highlighted the technical complexity of modern chipmaking. The cleanroom environment must maintain temperature, humidity, and vibration controls to prevent defects during photolithography, the process of etching circuit patterns onto silicon wafers. Workers wear full-body suits known as bunny suits to avoid contaminating the production line.<\/p>\n
Looking ahead, Intel is expected to complete its new fab in Ohio by 2027, pending regulatory approvals and continued federal funding. The company has not disclosed a specific timeline for reaching volume production of sub-2 nanometer chips at the Oregon site. Analysts project that the US share of global chip manufacturing could rise to 14 percent by 2030 if current investments are maintained, though reaching self-sufficiency remains a long-term goal.<\/p>\n","protected":false},"excerpt":{"rendered":"
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