TSMC substantially moved to the 40nm “half-node” from 45nm, and then skipped 32nm and went to 28nm. Plans according to TSMC are to have 20nm as its next technology node in production in 2014. TSMC ...

At yesterday's investor meeting in Taipei, TSMC's chairman and CEO Morris Chang shared the good news that his company's 28nm chip shipment this year will triple that of last year, which should ...

TSMC started its commercial 28nm process five years ago and now accounts for over 75 per cent of the global 28nm foundry market. In addition, the 28nm products also contributed 30 per cent to TSMC ...

At TSMC’s Technology Forum San Jose yesterday the company once again mapped out its plans for the approaching 28nm node, in the context of a slowing overall market. Meanwhile IP vendor Virage Logic ...

TSMC’s capacity utilization of its 28nm processes had dropped to 70 percent, down from almost 90 percent in Q3.. Digitimes reports the drop was caused by slower than expected orders for high-end ...

Taiwan-based TSMC wants its clients in those sectors to move to 28nm nodes. TSMC recently indicated it won't grow manufacturing capacity for process nodes older than 28nm.

TSMC leads the foundry segment to achieve volume production at 28nm node. TSMC’s 28nm process offering includes 28nm High Performance (28HP), 28nm High Performance Low Power (28HPL), ...

If rumors are true, GlobalFoundries may be stealing revenue and customer volume away from major rival TSMC. Back when 28nm was on the drawing board, TSMC's decision to go with the more difficult ...

So yesterday we spoke with TSMC VP of R/D Jack Sun on the subject. No, Woo did not mean to suggest that the risk production at 28nm would be done on an SRAM process. That is not the case at all, Sun ...

Japanese chip maker Fujitsu Microelectronics will outsource production of advanced 28-nanometer chips to Taiwan Semiconductor Manufacturing (TSMC), becoming one of the first companies globally to ...

Anandtech says TSMC currently gets about 25 percent of its revenue from mature processes like 40nm and larger. However, those nodes are long since paid for, and the wafers are cheap due to their age.

TSMC is poised to comprehensively expand production capacities for both its 7nm and 28nm process technologies, in addition to its planned 5nm process expansion, which may prompt the foundry to ...