TSMC's upcoming 2nm chip tech could make for incredibly fast but painfully pricey graphics cards

pcgamer.com:

Good news. TSMC has a pair of 2nm fabs under construction and expects to start banging out chips made on the new node in volume next year. That's important, because if we want faster graphics cards, we need more advanced silicon. The problem is how expensive that 2nm silicon might be.

Those first two 2nm fabs producing silicon on what TSMC calls its N2 node are both in Taiwan, where TMSC focusses for its most cutting-edge chip production. 

«Our N2 technology development is progressing well with device performance and yield on track or ahead of plan. N2 is on track for volume production in 2025 with a ramp profile similar to N3,» says C. C. Wei, TSMC's CEO (via Anandtech).

Wei also says that a version of TSMC's N2 node will implement a similar backside power routing solution that Intel is touting for its 20A silicon, due next year in the Arrow Lake family of CPUs.

«As part of our N2 technology platform, we also developed the N2 with backside power rail solution, which is better suited for specific HPC applications based on performance, cost and maturity considerations.»

Intel reckons backside power is a major hallelujah moment for chip production. If that's true, TSMC's N2 node could be an even bigger jump in performance and efficiency than usual.

So, according to TSMC at least, it's all steam ahead with a new node that's performing well and will arrive on time, enabling even more complex and powerful chips. It is, of course, TSMC that currently makes both RTX 40 family of graphics chips and AMD's RX 7000 series. Oh and Intel's ARC GPUs.

Speaking of Intel, it's not standing still, what with news today of the formal opening of a new $3.5 billion fab of its own in New Mexico tha twill specialise in producing the latest CPUs composed of chiplets, as seen in the new Meteor Lake laptops processors.

So, if N2 is all that TSMC cracks it up to be, we have at least two generations of GPUs ticked off in terms of more advanced silicon production nodes. That's because the latest