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TSMC gearing up for 10nm FinFet this year and getting 5nm by 2020

TSMC is confident that 10nm FinFet will be ready for full production in 2017 and that 5nm is on track for 2020.

@wesjanson99
Published Thu, Jan 28 2016 4:01 PM CST   |   Updated Sat, Aug 8 2020 10:29 AM CDT

During TSMC's earning's call, they revealed that they're expecting to begin the process of switching over to 10nm production, ramping it up fully into 2017.

TSMC gearing up for 10nm FinFet this year and getting 5nm by 2020 | TweakTown.com

16nm and FinFet are relatively new processes with GPU manufacturers just now taking advantage of a more complete production process and higher yields. Now that those are mature processes they can concentrate on perfecting 10nm, which will likely be somewhat of a challenge, though the market should transition to the new process as demand for 20nm and even 16nm slowly drops as they ramp up. They plan on capturing a large part of the market share with their early introduction of the process.

They've already taped out working devices based on the node, but aren't quite ready for full production. They did invest heavily into research into 10nm back in 2014. We should see actual hardware using this process, likely mobile hardware first, in 2017. Intel is also slated to have their 10nm node ready in 2017 after delaying it past their initial 2016 release date.

Their roadmap lines up perfectly with the rumor that Qualcomm's Snapdragon 830 will be using 10nm, though they're likely to use Samsung who already has shown off a working 10nm FinFet technology.

In the same earnings call it was said that TSMC is still on track for having 5nm FinFet ready in 2020, though it's still too early to make any promises, and complications can certainly arise before then that make it more difficult to manufacture.

Interestingly, 10nm isn't a true 10nm design like it used to be in the past, where it referred to both the half-pitch and the gate length. Now those two metrics could differ in size, with perhaps the half-pitch being larger and relying on older more mature fabrication technologies. That has it's advantages and disadvantages, mostly being that newer, smaller processes can be introduced more quickly.

NEWS SOURCE:seekingalpha.com

Jeff grew up in the Pacific Northwest where he fell in love with gaming and building his own PC’s. He's a huge fan of any genre of gaming from RTS to FPS, but especially favors space-sims. Now he's stepped into the adult world by becoming a professional student looking to break into the IT Security world. When he’s not deep in his studies, he’s deep in a new game, revisiting an old game, or testing the extreme limits of his own PC. He's now a news contributor for TweakTown, looking to bring a unique view on technology and gaming.

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