Intel's Lunar Lake is a mobile-first generation of energy-efficient CPUs that are arriving in a matter of weeks. Here's everything we know so far.

Lunar Lake is Intel admitting defeat, but not in a way that puts it down for the count. It’s clear that Lunar Lake, announced at Computex 2024, is a fresh start. Recommended Videos.

Intel wants you to compare Qualcomm’s Snapdragon X Elite to its upcoming Lunar Lake platform — not its current Meteor Lake chips, inside first-gen AI PCs. By Chris Hoffman Contributor, PCWorld ...

Intel recently revealed that its upcoming Lunar Lake chips would be available this fall for Copilot+ AI PCs, but the company waited until Computex to give us more technical details.For one, they ...

While the compute tile for Meteor Lake used the Intel 4 process, Intel has opted for a 3-nanometer process from TSMC for Lunar Lake's compute tile. This could just be an issue of timing. Right now ...

Lunar Lake will power Microsoft’s first Intel-based Copilot+ PCs, while the Snapdragon X Plus gets selected for a new, ...

Page 2: Intel Lunar Lake Deep Dive: Lion Cove P-Cores For Peak Performance Page 3: Intel Lunar Lake Deep Dive: Skymont E-Cores For Maxumum Efficiency Page 4: Intel Lunar Lake Deep Dive: Xe2 ...

The first laptops packing the new Intel Lunar Lake CPUs have launched at IFA 2024, and some are coming to retail this month. Here are some of the most exciting models you can buy right now (or ...

The Lunar Lake chips follow Intel’s Meteor Lake processors and are made with a new design. They have a new Arc GPU (Intel Xe2 Graphics based on BattleMage, to be exact) with up to 8 cores and a ...

The Weibu GP10a handheld gaming PC powered by an Intel Core Ultra "Lunar Lake" processor appears on a Computex product page, signaling that Lunar Lake handhelds could be a viable option.

Intel claims that Lunar Lake beats AMD's latest HX 370 chip in gaming by a double-digit percentage, with an even bigger edge when ray tracing is used.

That’s because none of the Lunar Lake CPUs use hyperthreading. In fact, hyperthreading is disabled on all Lunar Lake CPU cores, including both performance and efficiency cores.