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- Intel 18A | See Our Biggest Process Innovation
Intel 18A is Now Ready for Customer Projects Explore our platform brief to learn more about Intel 18A's groundbreaking innovations and industry advantages, as well as use case details for the broader portfolio of Intel Foundry process nodes
- Intel reaches exciting milestone for 18A 1. 8nm-class wafers with . . .
Intel details next-gen 18A fab tech: significantly more performance, lower power, higher density; Intel announces 18A process node has entered risk production
- Intel Confirms Nova Lake CPUs For 2026 18A Panther Lake . . . - Wccftech
Intel 18A is our next-generation leading-edge process technology and has been designed to incorporate the first high-volume commercial implementation of two breakthrough technologies:
- Intel says 18A process is ready, tape-out confirmed for the . . . - TechSpot
Intel has announced that its 18A process node is "ready" for third-party clients, with tape-out design finalizations set to begin in the first half of this year
- Intel teases huge leaps for 18A, the tech behind its next-gen . . . - PCWorld
Intel showed off a slide claiming that its 18A process will deliver 25 percent more performance while running at the same power, or else cut power by 38 percent while running at the same performance
- Intel 18A: A Peek at Intel’s Future Foundry Tech - IEEE Spectrum
The Intel 18A process technology’s back-side-power-delivery network technology will be fundamentally the same as what’s found in Intel 20A chips
- With Trump Tariffs Looming, Intel Recruits Clients for US-Made 18A . . .
Intel is emphasizing that its 18A chip production will occur in North America as President Trump prepares to tariff foreign-made semiconductors Intel’s "18A" chip-manufacturing process, which
- Intel Showcases 18A Node Performance: 25% Faster and 40% Lower Power . . .
In standardized power, performance, and area tests on an Arm core sub-block, Intel 18A demonstrated roughly 15% higher performance at the same power draw compared to Intel 3 When operating at 1 1 volts, clock speeds increase by up to 25% without incurring additional energy costs, and at around 0 75 volts, performance can rise by 18%, or power
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