Intel Teases Huge Leaps for 18A, the Tech Behind Its Next-Gen ‘Panther Lake’ CPUs

Intel teases huge leaps for 18A, the tech behind its next-gen ‘Panther Lake’ CPUs

Intel is almost literally betting its future on its upcoming "Panther Lake" CPU architecture, as well as the 18A manufacturing process it will be built upon. While we don't have any concrete details of how Panther Lake will perform, Intel has publicly revealed some impressive numbers about the process technology itself. German publication Hardwareluxx reported on Intel's 18A presentation at a VLSI symposium in Japan, where Intel unveiled the fir…

Troubled Chipzilla says 18A process node has hefty performance leap over Intel 3

 25 per cent higher clock speeds and up to 36 per cent power savings Troubled Chipzilla is trying to shift attention from looming layoffs to technical progress, unveiling more details about its n...

Intel Teases Major Speed And Efficiency Gains For 18A Node On Panther Lake

At this year's VLSI Symposium in Kyoto, Intel offered a closer look at what to expect from its next-gen 18A manufacturing node. The biggest takeaway is that Panther Lake, the follow-up to last year's Lunar Lake, is shaping up to be a serious leap in performance and efficiency for mobile chips, and Intel could actually win some contracts for

Intel 18A Process Performance: Up to 25% Faster 36% More Energy Efficient Than Intel 3

Intel shared new information about its upcoming 18A chip manufacturing process, which is set to enter mass production later this year. According to Intel, this process offers notable improvements in both performance and power efficiency compared to its current 3nm node, known as Intel 3.

Intel 18A Demonstrates Node Performance Around 25% Faster And 40% Less Power Consumption

See full bio Sajjad See full bio Story Highlight Intel’s 18A chip manufacturing process is scheduled for mass production in the latter half of 2025. In tests, an Arm core built with the 18A process showed a 15% performance increase over the Intel 3 process at the same power level. Manufacturing the 18A chips will require 44% fewer masks due to the use of low-NA EUV lithography. Intel highlighted the key advantages of its most recent manufactur…