Follow Intel news as the company continues to focus on foundry leadership and regaining market momentum in the processor ...

Inch Wafer Foundry Market is Segmented by Type (Cutting-Edge (3/5/7nm), 10/14/16/20/28nm, 40/45/65/90nm), by Application ...

Intel is to cut hundreds of jobs in Israel, including hundreds at its Fab 28 plant near Kiryat Gat. The company is reportedly ...

Server sales are booming, largely thanks to artificial intelligence (AI) server demand. Intel isn't a major player in the AI accelerator market, but its server CPU business can benefit from strong ...

Been some time since Leo did a 'Leo Says' - but he put together this article discussing Intel Nodes and details on what has ...

In addition, Intel faces external pressures. Earlier this year, the U.S. government was reportedly pressing hard for Intel to ...

Another one bites the dust. According to a new report from Reuters, Intel's customer foundry business could largely give up ...

Historically, Intel has faced challenges with node transitions (notably the move from 14nm to 10nm), so the company's ability to handle multiple, successive transitions efficiently will be tested.

Intel has openly admitted that 10nm hasn't been the success it wanted it to be. Instead, the company wants to jump ahead of its 10nm processor woes and leapfrog rival AMD in the race to a 5nm CPU ...

To the average customer, the 7nm process node was made to sound like a significant advancement and advantage over Intel's 10nm parts.

The advances realized in the Intel 4 process sustain Moore’s Law by doubling the achievable transistor density relative to Intel 7, the process node formerly known as 10nm Enhanced Super Fin ...

Intel is moving away from using nanometers to measure chip manufacturing progress, making angstroms the new metric. Intel 7, Intel 4, and Intel 3 will be the new lexicon.