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#windows-on-arm — Public Fediverse posts

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  1. 🪟🦾🥈 Windows on Arm (aka aarch64-pc-windows-msvc) has now been promoted to tier 2 of CPython platform support.

    Tier 3 has no response SLA to failures. Tier 2 requires breaking changes to be fixed or reverted within 24 hours, and failures block a release.

    Tier 3 requires at least one core team member signed up to support the platform. Tier 2 requires at least two, and we have three here.

    peps.python.org/pep-0011/
    #Python #CPython #PEP11 #WindowsOnArm #Windows

  2. 🪟🦾🥈 Windows on Arm (aka aarch64-pc-windows-msvc) has now been promoted to tier 2 of CPython platform support.

    Tier 3 has no response SLA to failures. Tier 2 requires breaking changes to be fixed or reverted within 24 hours, and failures block a release.

    Tier 3 requires at least one core team member signed up to support the platform. Tier 2 requires at least two, and we have three here.

    peps.python.org/pep-0011/
    #Python #CPython #PEP11 #WindowsOnArm #Windows

  3. 🪟🦾🥈 Windows on Arm (aka aarch64-pc-windows-msvc) has now been promoted to tier 2 of CPython platform support.

    Tier 3 has no response SLA to failures. Tier 2 requires breaking changes to be fixed or reverted within 24 hours, and failures block a release.

    Tier 3 requires at least one core team member signed up to support the platform. Tier 2 requires at least two, and we have three here.

    peps.python.org/pep-0011/
    #Python #CPython #PEP11 #WindowsOnArm #Windows

  4. 🪟🦾🥈 Windows on Arm (aka aarch64-pc-windows-msvc) has now been promoted to tier 2 of CPython platform support.

    Tier 3 has no response SLA to failures. Tier 2 requires breaking changes to be fixed or reverted within 24 hours, and failures block a release.

    Tier 3 requires at least one core team member signed up to support the platform. Tier 2 requires at least two, and we have three here.

    peps.python.org/pep-0011/
    #Python #CPython #PEP11 #WindowsOnArm #Windows

  5. 🪟🦾🥈 Windows on Arm (aka aarch64-pc-windows-msvc) has now been promoted to tier 2 of CPython platform support.

    Tier 3 has no response SLA to failures. Tier 2 requires breaking changes to be fixed or reverted within 24 hours, and failures block a release.

    Tier 3 requires at least one core team member signed up to support the platform. Tier 2 requires at least two, and we have three here.

    peps.python.org/pep-0011/
    #Python #CPython #PEP11 #WindowsOnArm #Windows

  6. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  7. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  8. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  9. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  10. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  11. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech

  12. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech

  13. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  14. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  15. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  16. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #ITAssetDisposition #technology

  17. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm Grace CPU and a Blackwell GPU inside mainstream Windows laptops from Dell, HP, Lenovo, Asus, MSI and Microsoft. The same week, Arm's first-ever data-center processor — the AGI CPU, with 136 Neoverse cores — headed into mass production, with Meta, OpenAI and Oracle Cloud already on board.
    But here's the part most coverage skips: Arm vs. x86 isn't a "who's better" contest. Architecture doesn't decide performance — the software ecosystem and the workload do. x86 isn't going anywhere soon; it still anchors the enterprise.
    What is changing is the mix. As hyperscalers shift new AI capacity to Arm, recent-generation x86 servers get parted out — flooding the secondary market with enterprise RAM, SSDs, CPUs and GPUs.

    buysellram.com/blog/from-rtx-s

  18. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech

  19. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech

  20. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech

  21. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech

  22. Arm challenged it on two fronts at once. At Computex 2026, NVIDIA's RTX Spark put a 20-core Arm CPU + Blackwell GPU inside mainstream Windows laptops, while Arm's first data-center chip — the AGI CPU — hit mass production with Meta, OpenAI and Oracle aboard. So what happens to x86 servers and parts out there now?

    buysellram.com/blog/from-rtx-s

    #Arm #x86 #DataCenter #RTXSpark #NVIDIA #CPU #ITAD #ServerHardware #AGICPU #WindowsOnArm #AIInfrastructure #tech