Intel 18A
PulseAugur coverage of Intel 18A — every cluster mentioning Intel 18A across labs, papers, and developer communities, ranked by signal.
5 day(s) with sentiment data
-
Intel expands California photomask production for advanced EUV chip tech
Intel is expanding its photomask production capabilities at its Bowers Campus in Santa Clara, California. The company is constructing a new manufacturing and utility building to enhance its capacity for producing masks …
-
Intel challenges TSMC with new chip tech, boosting stock value
Intel is emerging as a potential challenger to TSMC in the chip manufacturing industry, particularly for AI chips. Intel's new "18A" chip designs feature advanced technologies like gate-all-around (GAA) transistors and …
-
Intel re-evaluates fab roadmap amid capacity crunch and critical deadlines
Intel is re-evaluating its chip manufacturing roadmap, facing capacity constraints after previously canceling expansion plans. The company's future fab development, particularly for its 14A process node, hinges on criti…
-
Intel's 18A-P process enters risk production with performance gains
Intel has advanced its performance-enhanced 18A-P semiconductor process into the risk production phase. This upgrade to the existing 18A node offers a 9% performance boost at equivalent power levels or an 18% power redu…
-
SMIC's 7nm process beats Intel 18A pitch but lags density, teardown shows
SemiAnalysis has opened a new chip teardown lab and released its first analysis of Huawei's HiSilicon Kirin 9030 processor. The teardown reveals that SMIC's 7nm process technology achieves a tighter local metal pitch th…
-
SMIC N+3 Node Analysis: Metal Pitch Compared to Intel 18A and TSMC N6
SemiAnalysis has released a detailed analysis comparing SMIC's N+3 manufacturing process to Intel's 18A and TSMC's N6 nodes. The report focuses on the metal pitch size, a critical factor in semiconductor manufacturing e…
-
Intel launches Xeon 6+ with E-cores, drops hyper-threading
Intel has launched its new Xeon 6+ "Clearwater Forest" processors, featuring E-cores built on the 18A process and a higher core count. The company has deliberately omitted hyper-threading from these E-core server parts,…
-
Intel Xeon 6+ CPUs to power 500 AI agents, signaling CPU's rising role
Intel has unveiled its next-generation Xeon 6+ server processors, featuring 288 E-cores and built on the Intel 18A process. These processors are designed to efficiently handle the demands of AI agents, with a single chi…
-
Intel Xeon 6+ launches with 288 cores, using 18A process
Intel has launched its new Xeon 6+ 'Clearwater Forest' processors, marking the first deployment of its 18A manufacturing process in the data center. The flagship Xeon 6990E+ model features up to 288 E-cores and 576 MB o…
-
Intel launches Wildcat Lake chips to bring AI PCs to mainstream users
Intel has officially launched its "Wildcat Lake" mainstream PC processor, designed to bring AI capabilities to a wider audience. This new chip, utilizing the advanced Intel 18A process, aims to deliver significant AI pe…
-
Intel Foundry leverages advanced packaging to attract foundry customers
Intel's advanced semiconductor packaging capabilities are proving to be a significant asset for its foundry business, potentially overshadowing its struggles with leading-edge process nodes. While Intel has met its targ…
-
Intel begins 2030s 10A and 7A process tech development
Intel has initiated development on its 10A and 7A semiconductor manufacturing process technologies, targeting deployment in the 2030s. The company confirmed that its 14A node, which will utilize High-NA EUV lithography,…
-
Intel's 3rd Gen Core CPUs Usher in AI Thin-and-Light Laptop Era
Intel has launched its third-generation Core processors, designed to power a new era of mainstream AI-enabled thin-and-light laptops. These processors, built on Intel's 18A process, offer significant improvements in pow…
-
TSMC, Intel, Samsung diverge on 1.4nm chip production roadmaps
TSMC, Intel, and Samsung are all producing chips using 2nm-class process technology, with Samsung and TSMC having started mass production in mid-to-late 2025. Their future roadmaps diverge significantly: TSMC prioritize…