Intel

One frustrated customer wants to force Intel to pay untold millions in damages, claiming the company deceptively marketed faulty 13th- and 14th-generation CPUs as "enabling amazing experiences to happen on the PC," when instead products were prone to crashes and blue screens.

In a proposed class action, a New York man, Mark Vanvalkenburgh, said that he regretted falling for Intel's marketing of its 13th-gen CPU as "the world’s fastest desktop processor" capable of delivering "the best gaming, streaming and recording experience" available today.

Microsoft said in January that 2024 would be the year of the "AI PC," and we know that AI PCs will include a few hardware components that most Windows systems currently do not include—namely, a built-in neural processing unit (NPU) and Microsoft's new Copilot key for keyboards. But so far we haven't heard a whole lot about what a so-called AI PC will actually do for users.

Intel usually uses CES to fill out the processor lineups that it launched late the year before, and that hasn't changed this year. The company has announced a full range of 14th-generation Core desktop CPUs, some new 14th-generation Core CPUs for high-end gaming and workstation laptops, and the first non-Ultra chips to bear the new "Core 3/5/7" branding that sheds the generational branding entirely. We'll go over the updates shortly.

Intel on Tuesday pushed microcode updates to fix a high-severity CPU bug that has the potential to be maliciously exploited against cloud-based hosts.

Earlier this year, Intel announced three iterations of its 12th-generation Alder Lake CPU architecture for laptops: the U-series, which covers thin-and-light Ultrabooks, the P-series for thin-and-light workstation laptops, and the H-series for beefier workstations and gaming laptops with more room for large processor fans and heatsinks.

We were impressed with Intel's top-tier 12th-generation desktop chips. Though still power-hungry compared to competing AMD Ryzen processors, their combination of big performance cores (P-cores) and clusters of small efficiency cores (E-cores) helped them shine under all kinds of workloads, including games that favor fewer, faster cores and video encoding and rendering tasks that benefit from every core you can throw at them.

Intel's 11th-generation desktop processors, codenamed Rocket Lake, didn't impress us much. They were Intel's sixth processor architecture based on some version of Intel's 14 nm manufacturing process and the first not to use an iteration of the venerable Skylake core from 2015.

Last month, Intel CEO Pat Gelsinger stepped to a podium on a hazy, wind-whipped day just outside Phoenix. “Isn’t this awesome!” Gelsinger exclaimed, gesturing over his shoulder. Behind him, two large pieces of construction equipment posed theatrically atop the ocher Arizona soil, framing an organized tangle of pipes, steel, and fencing at the company’s Ocotillo campus. “If this doesn’t get you excited, check your pulse,” he said with a chuckle. A handful of executives and government officials applauded at the appropriate points.

Despite their name, neural networks are only distantly related to the sorts of things you'd find in a brain. While their organization and the way they transfer data through layers of processing may share some rough similarities to networks of actual neurons, the data and the computations performed on it would look very familiar to a standard CPU.

Intel announced Monday that it has been awarded a contract for foundry services through a Department of Defense program intended to support leading-edge semiconductor manufacturing in the US.