So much for the quiet pre-holiday trading session as Asian equities were mixed though Australia was closed for Australia Day, Indonesia was closed for Al Isra’ wal-Mi’raj, South Korea was closed for the Korean New Year,

Semiconductor stocks are under pressure on Monday as Wall Street deciphers the latest news coming out of China around DeepSeek.

Shares of AI-related hardware companies plunged on Monday, including Taiwan Semiconductor Manufacturing ( TSM -14.11%), Marvell Technology ( MRVL -18.96%), and Arista Networks ( ANET -23.50%), which fell 14.4%, 18%, and 21.9%, respectively, as of 1:11 PM EDT.

What damage might Monday's ongoing selloff do to the technical set-up for stocks? Well, in a note published on Sunday, BTIG chartist guru Jonathan Krinsky observed that Friday's action had already sug

The most recent trading session ended with ON Semiconductor Corp. (ON) standing at $53.96, reflecting a -0.99% shift from the previouse trading day's closing. This move was narrower than the S&P 500's daily loss of 1.

Explore six key semiconductor trends for 2025, including smarter chips, Vision AI, new MEMS, and building "mega-fabs,” among others.

We recently compiled a list of the 35 Most Important AI Stocks for 2025 According to JPMorgan. In this article, we are going to take a look at where Taiwan Semiconductor Manufacturing Company Limited (NYSE:TSM) stands against the other AI stocks.

Energy concerns, diversification and industries ripe for AI disruption are at the core of Lip-Bu Tan's investment strategy.

Fujifilm Holdings has announced an ambitious plan to invest approximately ¥100 billion ($640.5 million US) by March 2027 to increase its global semiconductor materials production capacity.

Discover why TSMC's stock has outperformed the market due to AI-driven growth, but faces challenges from geopolitical risks. Click here to read more.

The Indian Minister for Railways, Communications, Electronics, and Information Technology announced that the first chip will arrive in the second half of 2025

The work, from researchers in the UB Center for Advanced Semiconductor Technologies, could lead to energy-efficient microelectronics.