Intel's node technology has always been ahead of TSMC, Samsung, or GlobalFoundries -- a 14nm chip from Intel is roughly equivalent to a 10nm CPU from one of these companies.

Summary. At its fall 2013 investor meeting, Intel suggested the company will enjoy a 35% scaling advantage over TSMC at the 14 nm node and a ~45% advantage at 10 nm.

Intel is actually a bit behind TSMC at the moment, but steep scaling from 22nm to 14nm for Intel gives it a huge edge by the next node, and a deeper advance by 10nm. But how much raw performance ...

TSMC's 10 nm process offers ... made some good points about how confusing and misleading process node designations such as “14 nm” or “10 nm” had become. Intel emphasized that competing 14 ...

Intel is reportedly planning to outsource some of its 14nm products to TSMC due to serious supply concerns. PCGamesN. Main menu. News; Games. ... However, the delays in the 10nm process besetting ...

Chip vendors including AMD and Intel have for years defined a chip by a nanometer measurement such as 14nm or 10nm, ... Many consider Intel’s 10nm process technology to be on a par with TSMC ...

Intel launched its 14nm process back in 2013. As this year comes to an end and Intel's 10nm chips are still figments of imagination, TSMC has shown ...

Intel didn’t ship a 10nm chip until late 2019 and, as of writing, only a handful of 10nm Intel processors are found inside laptops, while its desktop chips are still on 14nm.

Intel 10 nm and TSMC 7nm processes both produce dies with approx 90 million transistors per sq millimetre. The 10nm+ Sunny Cove core in Lakefield is ~50mT/mm2. Haven't seen any other actual ...

News spread that TSMC would be taking up Intel's 14nm production slack, ... The CPU node ought to have moved on to 10nm by now, leaving the chipsets on 14nm, ...

According to a new report, Intel is planning to outsource some production to competing fabs, in particular chipsets to TSMC. Intel Production Woes May Force Tough Choice Just 5 years ago, ...

But even in laptops, Intel Ice Lake 10nm competes directly against Intel Comet Lake 14nm, with the highest-performance Intel parts coming from the older process.