Translated title. Original: Bit-Rauschen, der Prozessor-Podcast: Wie Intel einen guten Billigprozessor baut | heise online
Intel's Core 300 series (Wildcat Lake) targets budget devices by cutting fabrication costs while using tech similar to the higher-end Core Ultra 300. The c’t podcast Bit-Rauschen (episode 2026/22) discusses where these savings happen, with editors Florian Müssig and Christof Windeck, and notes consent requirements for external audio content and related subscription offers from heise.
A Linux kernel RFC proposes cleaning up AMD Zen microarchitecture detection to better handle Zen generations (Zen 3–Zen 5). AI helped generate ideas; plan includes marking Zen with X86_FEATURE_ZEN and moving Hygon usage, with initial code changes to clarify relevant generations. Implementation starts in a VM with real hardware testing planned.
Translated title. Original: Arm meldet 1,99-fache Rack-Leistung für die Arm Holdings-Aktie
Arm announces an AGI-CPU to be deployed in Oracle Cloud from autumn 2027, as part of expanding silicon-based offerings beyond licensing; benchmarks claim strong performance against AMD CPUs, with improved sandbox latency, and a new evaluation method published in late October 2026. The plan follows the Oracle AI World event and aligns with Arm's broader strategy shift.
Arm announces an AGI-CPU to be offered in Oracle Cloud from autumn 2027, with benchmarks claiming significant performance gains over AMD EPYC processors; the move marks Arm's shift toward in-house silicon products, following an October 2026 announcement near Oracle AI World and ahead of the next quarterly report.
Translated title. Original: Arm Aktie: Oracle plant AGI-CPU für Herbst 2027 - Finanztrends
Arm stock is pressured by broader semiconductor weakness and Intel guidance; Arm reveals plans to deploy AGI-CPU in Oracle Cloud in autumn 2027, along with a new CPU benchmarking method and software support for AI agents. Growth is tempered by limited manufacturing capacity, leading analysts to advise holding.
Microsoft's Windows AI roadmap reveals next-gen CPUs from AMD and Intel, plus an Intel Crescent Island GPU, with future product names and memory-tiered AI-focused capabilities; AI is framed as central to future Windows devices, despite high silicon costs and skepticism about NPUs.
Translated title. Original: Ryzen AI 500 und Core Ultra 400 auf Microsofts KI-Roadmap
A leaked Microsoft slide on X outlines four local-AI performance tiers for Windows PCs, naming Ryzen AI 500 and Core Ultra Series 4, with RAM as the main determinant; official confirmation is missing, and the slide also references future processors and Builder PCs requiring up to 128 GiB RAM for local AI model work.
Translated title. Original: Arm AGI CPU vs AMD EPYC 9755: un 20% más rápido por chip
Arm reports that its AGI CPU can approach 2x rack performance vs AMD EPYC 9755 under a 24 kW rack, driven by higher core density and energy efficiency, though per-CPU gains are about 20%. The study used seven AI- workload tests and noted differing software environments and incomplete independent verification; results focus on available 5th-gen AMD chips with newer models pending release.
AMD executives say Zen 6 was not designed specifically for agentic AI, arguing that these varied workloads call for a range of CPU designs. Tom’s Hardware testing found different strengths in two Venice chips, while AMD plans more specialized models for next year.
This article describes AMD's Zen CPU microarchitectures, their generations, product families, and key architectural changes such as chiplet-based design in Zen 2 and the unified CCX in Zen 3, plus notable releases like Ryzen 3000, 5000, 6000 and 3D V-Cache variants.