• 2 Posts
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Joined 1 year ago
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Cake day: June 9th, 2023

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  • It’s not just cores - it is higher performance per rack unit while keeping power consumption and cooling needs the same.

    That allows rack performance upgrades without expensive DC upgrades - and AMD has been killing dual and quad socket systems from intel with single and dual core epycs since launch now. Their 128 core one has a bit too high TDP, but just a bit lower core count and you can still run it in a rack configured for power and cooling needs from over a decade ago.

    Granite rapids has too high TDP for that - you either go upgrade your DC, or lower performance per rack unit.








  • Problem is that we’ve even seen video evidence of vote stuffing - in districts with no people watching they’d probably did even more of that. So I’d expect them to recount districts where they’re sure manupulations was done by vote stuffing and not incorrect counting, and then go “see, everything is correct, all 100% of the people in this district indeed voted, with 90% going to the ruling party”











  • I’ve been using an Arm notebook with Windows for over a year now (not as main system, but development system for a customer project). I’m running a lot of x86 software (like Emacs) as a gcc port for Windows/Arm is being developed only now - with no problems. It integrates nicely into the native stuff - which is one area where you run into issues on the Mac: If you start a shell in rosetta it’s annoying to make calls to native arm binaries.

    The only issue I ran into were some drivers not available for Arm - emulation layer (unsurprisingly) just is for userland, not kernel drivers. Also x86 emulation isn’t working well if Windows is running in a virtual machine on MacOS - but supposedly that’ll be fixed in the upcoming Windows release.

    All of this only applies to Windows 11 - if for some reason you decide to run Windows 10 on Arm you’re in a world of pain.