Nvidia CEO Jensen Huang announced an ambitious plan to multiply Europe's AI computing capacity tenfold over the next two years by constructing 20 new "AI factories" in partnership with local tech ...

Lane-level rate data can now be overlaid onto all charts, giving users a granular view wherever they are working. Chart titles have been updated to display the corresponding View Symbol information ...

Following a 21-year stint at TSMC, which ended in 2021, Han also briefly held the role of head of global external foundry sourcing and supplier management at Intel before joining NXP and then Samsung.

TSMC’s cutting-edge fabrication nodes are known for their power efficiency and performance, and Google appears eager to leverage these strengths. The Tensor G5 will likely be produced on a 3nm or ...

At this point, Fab 21 is making chips using the 4nm-class N4 process. TSMC has said that it charges more for chips made at the Arizona facility, but attributes the higher prices to the increased ...

TSMC is set to begin mass production of its 2nm process node, ... The foundry price per 2nm wafer will rise to $30,000, while the next-generation 1.4nm process is expected to command up to $45,000 per ...

The Commercial Times reports that TSMC's upcoming N2 2nm semiconductors will cost $30,000 per wafer, ... Future process nodes like A16 (1.6nm) and A14 (1.4nm) could cost up to $45,000 per wafer.

TSMC's Arizona campus will eventually host multiple fabs producing chips on different nodes, with the first fab focusing on 4nm technology and future expansions planned for even more advanced ...

South Korean analysts caution that SMIC's ascent could undermine Samsung's fallback strategy, relying on 5nm and 7nm nodes to compensate for its lagging 3nm and 4nm performance.