Lack of Deal Targets May Slow Intels Foundry Ambitions

July 22, 2021

Intel CEO Pat Gelsinger seeks to make the company a player in chip production through transformational acquisition, but there is a lack of acquisition targets for Intel.

With the $30 billion acquisition of chipmaker GlobalFoundries unlikely to happen anytime soon after chief executive Tom Caulfield rejected talks over an Intel deal, Intel will have fewer options to meet its target.

Two of the next largest players in this field, China’s Semiconductor Manufacturing International Corp and Taiwan’s United Microelectronics Corp, are excluded for political reasons.

According to Dan Hutchenson, CEO of VLSI Research, if Intel cannot buy a foundry, its other option is to go to smaller chip companies that still own some of its factories.

Intel has always aimed to produce the world’s fastest computing chips, and focusing on them meant that Intel quickly discarded older chip technology.

Intel’s rivals are taking a different approach to chipmaking, keeping older technology.

Intel’s ability to build foundries for outside customers to regain competitiveness in advanced chips could be difficult given the ongoing global chip shortage.

For more information, read the original story in Reuters.

Top Stories

Related Articles

March 3, 2026 OpenAI CEO Sam Altman admitted on Monday that the company “shouldn’t have rushed” its new agreement with more...

March 3, 2026 U.S. uninstalls of ChatGPT’s mobile app surged 295 per cent day over day on Feb. 28 after more...

March 2, 2026 Bell Canada and Telus Corp. have withdrawn competing complaints before the CRTC over fibre network access, ending more...

February 27, 2026 eBay is cutting roughly 800 jobs or about six per cent of its workforce, as the company more...

Picture of TND News Desk

TND News Desk

Staff writer for Tech Newsday.
Picture of TND News Desk

TND News Desk

Staff writer for Tech Newsday.

Jim Love

Jim is an author and podcast host with over 40 years in technology.

Share:
Facebook
Twitter
LinkedIn