Skip to main content
  1. Home
  2. Computing
  3. News

Intel solves 10nm supply shortage by turning labs into fabs during pandemic

Add as a preferred source on Google
 

Intel claims that it is making lemonade after the pandemic gave it lemons. In a new promotional video, the company revealed that it found new opportunities to make and produce more chips, which in turn is good news for gamers and PC buyers everywhere.

Recommended Videos

Though the pandemic had created challenges for many businesses, Intel used it to expand manufacturing capacity to combat well-known problems behind its processor shortages. In the video released on YouTube, Intel details the steps it had taken over the past several years to double capacity for its 10nm process, which is used on 11th-Gen Core processors and Intel Atom P5900 silicon, and its 14nm node.

In somewhat of a surprising twist, Intel credited the pandemic for helping it achieve its goal of producing more chips to meet global demand. With employees working from home, the company was able to transform freed-up office and lab space into manufacturing facilities to fabricate wafers to make processors.

Image used with permission by copyright holder

“Over the last three years, we have doubled our wafer volume capacity, and that was a significant investment,” said Keyvan Esfarjani, Intel senior vice president and general manager of manufacturing and operations, in a prepared statement. “Moving forward, we’re not stopping … We are continuing to invest into factory capacity to ensure we can keep up with the growing needs of our customers.”

Intel is also working on improving yields to get more chips from its factories, the company stated in the video. Through Intel’s yield improvement program, the company was able to implement some process changes to extract more yield from its wafers.

Intel also claims that it has boosted yields for its 10nm chips this year, and the wafers are being produced at three facilities, two in the United States, in Oregon and Arizona, and a third in Israel. Intel’s 10nm process is also used on the company’s first discrete graphics card.

Intel DG1 Card
Image used with permission by copyright holder

Yet, despite increased manufacturing capacity and better yields, Intel says that its expansion program is part of a multiyear journey, and the company will continue its work to produce more chips. In the video, Intel claims that its efforts have boosted production output by 25% this year alone.

As Intel is finding new ways to meet demand for its 10nm chips, the company is also working on 7nm nodes. The company expects that the process will be ready by the end of 2021, and processors based on the 7nm architecture will be ready in the following year, according to company executives in an earnings call earlier this year. Rival AMD’s Ryzen processors are already using the more advanced 7nm node.

The demand for more powerful silicon has also plagued Nvidia and AMD with shortages of their own. The latter companies’ latest graphics cards have been in short supply since launch — with the pandemic raging on, more people are turning to more powerful chips to work, study, and stay entertained at home. In the case of AMD, the company’s CPUs and GPUs have been hard to come by, and the shortage is also spilling over into consoles. Nvidia expects that the silicon shortage will last at least through the first quarter of 2021.

Chuong Nguyen
Silicon Valley-based technology reporter and Giants baseball fan who splits his time between Northern California and Southern…
Google’s new desktop mode makes one thing clear: Samsung DeX was onto something
Android 16 finally brings a real desktop mode to Pixel phones, but Google’s long-awaited move mostly proves Samsung spent years getting the hard parts right
File, Webpage, Person

I’ve been waiting for Android to take desktop mode seriously for years. Back in 2019, I bought a OnePlus 7 Pro and wasted an embarrassing amount of time trying to brute-force its half-baked desktop mode into something useful.

The idea made perfect sense to me even then. Phones were already absurdly powerful, and the thought of carrying one real computer in my pocket felt less like science fiction and more like delayed common sense.

Read more
Anthropic launches Claude design to simplify visual creation with AI
Finally, AI that designs your slides so you don’t have to
Claude

Anthropic has introduced a new AI-powered design tool called Claude Design, aimed at helping users create visual content such as prototypes, presentations, and marketing assets through simple conversational inputs. The product, developed under Anthropic Labs, is currently available in research preview for paid Claude subscribers and is being rolled out gradually.

Claude Design is powered by the company’s latest vision model, Claude Opus 4.7, and is positioned as a tool that bridges the gap between technical design expertise and everyday creative needs.

Read more
AI triggered a RAMmageddon so bad that Apple looks like the sensible choice
Laptop prices got so stupid in 2026, that Apple turned into the value king.
Student using MacBook Neo in classroom.

I really didn't want to believe it, but here we are. Apple is now looking like the sensible laptop brand. Not the cool underdog. Not the affordable alternative. Apple, in 2026. The reason is not that the company suddenly became generous, but rather the rest of the competition has suddenly become so deranged that a MacBook lineup starting at $599 feels weirdly grounded.

Apple's MacBook Neo starts at $599, while Microsoft's own 13-inch Surface Laptop now starts at $1,199 after this month's price hikes. This isn't a small gap that you can ignore. Meanwhile, Apple's MacBook Air with M5 starts at $1,099 with 16GB of memory and 512GB of storage, which looks like one of the few premium laptops still priced by human beings.

Read more