Toshiba plans to invest $840M in expanding power semiconductor production at its Kaga plant, focusing on silicon, silicon carbide, and gallium nitride devices.

The semiconductor shortage problem has plagued many industries for more than two years. Now, the core shortage problem has shown signs of improvement...

SK hynix is exploring a consortium with strategic partners to acquire ARM, following Nvidia's failed attempt. Intel may join the group to secure ARM's future.

TSMC's subsidiary JASM starts building a plant in Kumamoto, Japan, aiming for shipments by December 2024. The $8.6B investment tackles the global chip shortage.

According to relevant news reports, Samsung is working to improve its 3nm GAA process yield, which has just reached between 10% and 20%. What is the progress of the 3nm process in the world's major fabs?

Russia has been ostracized and sanctioned by most of the world because of the Ukraine issue, and cannot obtain chips from suppliers, so Russia's semiconductor "self-rescue" journey began.

The Netherlands plans a €1.1 billion investment to develop photonics technology, aiming to replicate ASML's success and dominate the global semiconductor market.

In the context of global shortage of cores, chip giant Intel has successively announced a number of investment plans to continue to expand production capacity.

Recently, it was revealed that Intel's original plan to start chip manufacturing in 2025 will be brought forward to the second half of 2024.

Russia plans to invest 3.19 trillion rubles to develop 28nm chip production by 2030, with a focus on design, manufacturing, market growth, and talent development.