TSMC looks set to hit Intel where it hurts, announcing its A16 node with 'Super Power Rail' backside

While Intel has been busy as [[link]] part of its accelerated roadmap towards chip making dominance, TSMC appears to have been beavering away in the background to undercut it. 

It's just , which thanks to its backside power delivery implementation looks set to not only offer significantly improved performance compared to its upcoming NP2 process, but also improve energy efficiency, too. Intel has its own competing backside power delivery tech, PowerVia. While Intel says it will begin producing chips on 18A next year, it doesn't expect to start producing large volumes of chips on the .

TSMC says that chips built on the new A16 process will provide an 8-10% speed improvement over N2P at the same voltage, with a 15-20% power reduction at the same speed and up to a 1.10X chip density improvement for data centre products. The company aims to begin production on chips using the tech in 2026.

The A16 process will make use of gate-all-around (GAAFET) nanosheet transistors alongside a backside power rail method called "Super Power Rail", which should not only improve power delivery but also increase transistor density (via ). Not only that, but TSMC has also indicated that it won't be using ASML's High NA EUV photolithography machines, which strikes as a bit of a "yah boo sucks to be you" given that very recently. 

So, it seems like TSMC has reason to be rather pleased with itself. While Intel has been in an effort to ensure it can keep up with the developmental pace, TSMC appears to have been creating a new ultra high-tech node of its own, and it looks set to hit Intel right where it hurts. TSMC has already in the first quarter of this year, while Intel has recently reported that its foundry service was running with in 2023, which seems to indicate that a changing of the guard in regards to chip making dominance seems a long way off.

It's a difficult game, the chip manufacturing business, and this new node announcement is unlikely to raise Intel's spirits in regards to its future plans.

Now then, we've all had a drink. Let's just agree that we all want some faster, more efficient silicon with better power efficiency, and that there's plenty of room for everyone [[link]] in the harmonious world of tech. No? Well then, the battle for dominance continues, I guess, and while TSMC continues to have a much stronger hand, we'll be [[link]] waiting with baited breath to see who swings next.