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#cpu — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #cpu, aggregated by home.social.

  1. "Intel Arc G-Series represents years of focused innovation and a deep commitment to gaming. It delivers uncompromising PC performance in the palm of your hand, combined with the console-like accessibility and immediacy gamers expect. With cutting-edge graphics technologies like XeSS 3 and breakthrough efficiency for longer unplugged play, Intel Arc G-Series proves that while others make tradeoffs, gamers don't have to."

    newsroom.intel.com/client-comp

  2. Extra tip: if keeping your CPU at its minimum frequency slows down your system too much, you can use the base frequency instead:

    ( cd /sys/devices/system/cpu && for cpu in *[0-9]/ ; do cat <$cpu/cpufreq/base_frequency >$cpu/cpufreq/scaling_max_freq ; done )

    This will generate more heat than staying at the minimum frequency, but less heat than letting the cores go higher.

    #heatwave #ClimateAdaptation #CPU #downclocking #Linux

  3. Extra tip: if keeping your CPU at its minimum frequency slows down your system too much, you can use the base frequency instead:

    ( cd /sys/devices/system/cpu && for cpu in *[0-9]/ ; do cat <$cpu/cpufreq/base_frequency >$cpu/cpufreq/scaling_max_freq ; done )

    This will generate more heat than staying at the minimum frequency, but less heat than letting the cores go higher.

    #heatwave #ClimateAdaptation #CPU #downclocking #Linux

  4. Extra tip: if keeping your CPU at its minimum frequency slows down your system too much, you can use the base frequency instead:

    ( cd /sys/devices/system/cpu && for cpu in *[0-9]/ ; do cat <$cpu/cpufreq/base_frequency >$cpu/cpufreq/scaling_max_freq ; done )

    This will generate more heat than staying at the minimum frequency, but less heat than letting the cores go higher.

    #heatwave #ClimateAdaptation #CPU #downclocking #Linux

  5. Extra tip: if keeping your CPU at its minimum frequency slows down your system too much, you can use the base frequency instead:

    ( cd /sys/devices/system/cpu && for cpu in *[0-9]/ ; do cat <$cpu/cpufreq/base_frequency >$cpu/cpufreq/scaling_max_freq ; done )

    This will generate more heat than staying at the minimum frequency, but less heat than letting the cores go higher.

    #heatwave #ClimateAdaptation #CPU #downclocking #Linux

  6. Extra tip: if keeping your CPU at its minimum frequency slows down your system too much, you can use the base frequency instead:

    ( cd /sys/devices/system/cpu && for cpu in *[0-9]/ ; do cat <$cpu/cpufreq/base_frequency >$cpu/cpufreq/scaling_max_freq ; done )

    This will generate more heat than staying at the minimum frequency, but less heat than letting the cores go higher.

    #heatwave #ClimateAdaptation #CPU #downclocking #Linux

  7. Razer Lake se už vyrábí jen u TSMC – tím chce zajistit vyšší výkon a nižší spotřebu. Intel mezitím zrušil část řady a některé modely přejmenoval, což naznačuje restrukturalizaci jejich CPU portfolio.

    - TSMC: exkluzivní partnerství
    - Intel: změny v nabídce

    #RazerLake #TSMC #Intel #CPU #TechNews

    🔗 news.google.com/rss/articles/C

  8. Why 800MHz? Because it's a typical minimum of modern processors, at least the Intel ones I've used. You can get the minimum frequencies of your CPU cores with:

    grep -H '' /sys/devices/system/cpu/cpu*/cpufreq/cpuinfo_min_freq

    Is it slow? Eight hundred million clock cycles per second is faster than CPUs were 30 years ago and is sufficient both for basic use and to play games from that era. However, it does noticeably slow down even some basic features on my system.

    #CPU #underclocking

  9. Why 800MHz? Because it's a typical minimum of modern processors, at least the Intel ones I've used. You can get the minimum frequencies of your CPU cores with:

    grep -H '' /sys/devices/system/cpu/cpu*/cpufreq/cpuinfo_min_freq

    Is it slow? Eight hundred million clock cycles per second is faster than CPUs were 30 years ago and is sufficient both for basic use and to play games from that era. However, it does noticeably slow down even some basic features on my system.

    #CPU #underclocking

  10. Why 800MHz? Because it's a typical minimum of modern processors, at least the Intel ones I've used. You can get the minimum frequencies of your CPU cores with:

    grep -H '' /sys/devices/system/cpu/cpu*/cpufreq/cpuinfo_min_freq

    Is it slow? Eight hundred million clock cycles per second is faster than CPUs were 30 years ago and is sufficient both for basic use and to play games from that era. However, it does noticeably slow down even some basic features on my system.

    #CPU #underclocking

  11. Why 800MHz? Because it's a typical minimum of modern processors, at least the Intel ones I've used. You can get the minimum frequencies of your CPU cores with:

    grep -H '' /sys/devices/system/cpu/cpu*/cpufreq/cpuinfo_min_freq

    Is it slow? Eight hundred million clock cycles per second is faster than CPUs were 30 years ago and is sufficient both for basic use and to play games from that era. However, it does noticeably slow down even some basic features on my system.

    #CPU #underclocking

  12. Why 800MHz? Because it's a typical minimum of modern processors, at least the Intel ones I've used. You can get the minimum frequencies of your CPU cores with:

    grep -H '' /sys/devices/system/cpu/cpu*/cpufreq/cpuinfo_min_freq

    Is it slow? Eight hundred million clock cycles per second is faster than CPUs were 30 years ago and is sufficient both for basic use and to play games from that era. However, it does noticeably slow down even some basic features on my system.

    #CPU #underclocking

  13. RT @wccftech: Intels 12 P-Core Bartlett Lake Flagship-Modell kann in Gaming-Benchmarks den vier Jahre alten Core i9-13900K nicht schlagen.

    mehr auf Arint.info

    #BartlettLake #Benchmark #Corei9 #CPU #Gaming #Intel #arint_info

    https://x.com/wccftech/status/2058953514978525498#m

  14. RT @wccftech: Intels 12 P-Core Bartlett Lake Flagship-Modell kann in Gaming-Benchmarks den vier Jahre alten Core i9-13900K nicht schlagen.

    mehr auf Arint.info

    #BartlettLake #Benchmark #Corei9 #CPU #Gaming #Intel #arint_info

    https://x.com/wccftech/status/2058953514978525498#m

  15. RT @wccftech: Intels 12 P-Core Bartlett Lake Flagship-Modell kann in Gaming-Benchmarks den vier Jahre alten Core i9-13900K nicht schlagen.

    mehr auf Arint.info

    #BartlettLake #Benchmark #Corei9 #CPU #Gaming #Intel #arint_info

    https://x.com/wccftech/status/2058953514978525498#m

  16. RT @wccftech: Intels 12 P-Core Bartlett Lake Flagship-Modell kann in Gaming-Benchmarks den vier Jahre alten Core i9-13900K nicht schlagen.

    mehr auf Arint.info

    #BartlettLake #Benchmark #Corei9 #CPU #Gaming #Intel #arint_info

    https://x.com/wccftech/status/2058953514978525498#m

  17. RT @wccftech: Intels 12 P-Core Bartlett Lake Flagship-Modell kann in Gaming-Benchmarks den vier Jahre alten Core i9-13900K nicht schlagen.

    mehr auf Arint.info

    #BartlettLake #Benchmark #Corei9 #CPU #Gaming #Intel #arint_info

    https://x.com/wccftech/status/2058953514978525498#m

  18. 🚨 BREAKING: #Intel slightly tweaks their latest #CPU #architecture and expects #applause 👏. #Lion #Cove can handle more #gaming workload than its predecessor, which means maybe, just maybe, you can finally game AND do your taxes at the same time. 🎮💸
    chipsandcheese.com/p/intels-li #multitasking #HackerNews #ngated

  19. Avoid Backtracking And Burn Your Inputs - CONUS-Scale Watershed Delineation Using OpenMP
    --
    doi.org/10.1016/j.envsoft.2024 <-- shared paper
    --
    “HIGHLIGHTS
    • A memory-efficient watershed delineation algorithm was introduced.
    • The new algorithm uses a node-skipping depth-first search to save memory.
    • Both input and output data are stored in a shared matrix to reduce required memory.
    • It performed 95% faster than its CPU benchmark algorithm using 33% less memory.
    • It can solve 50% larger problems than what the CPU benchmark algorithm can handle..."
    #GIS #spatial #mapping #hydrology #water #code #algorithm #watershed #delineation #OpenMP #opensource #memory #efficient #CPU #benchmark #MESHED #model #modeling #largescale #catchments

  20. Avoid Backtracking And Burn Your Inputs - CONUS-Scale Watershed Delineation Using OpenMP
    --
    doi.org/10.1016/j.envsoft.2024 <-- shared paper
    --
    “HIGHLIGHTS
    • A memory-efficient watershed delineation algorithm was introduced.
    • The new algorithm uses a node-skipping depth-first search to save memory.
    • Both input and output data are stored in a shared matrix to reduce required memory.
    • It performed 95% faster than its CPU benchmark algorithm using 33% less memory.
    • It can solve 50% larger problems than what the CPU benchmark algorithm can handle..."
    #GIS #spatial #mapping #hydrology #water #code #algorithm #watershed #delineation #OpenMP #opensource #memory #efficient #CPU #benchmark #MESHED #model #modeling #largescale #catchments

  21. Ryzen 7800X3D, czyli obecnie najwydajniejszy procesor do grania (prawie 10% mocniejszy od 13900K) kosztuje już poniżej 2000 zł!

    Jeszcze w tym roku Intel powinien dostarczyć nową serię. Według przecieków zapowiada się podkręcone 13x00 z większą liczbą tych mniejszych rdzeni. Szkoda tylko, że pewnie w efektywności energetycznej nawet się nie zbliżą do 7800X3D od AMD, bo jednak przepaść jest ogromna, choć podobno też mają cisnąć w więcej cache'a. Zobaczymy.

    #cpu #procesor #amd #intel

  22. Premiera procesora Ryzen 7800X3D 🖥️

    Niesamowite CPU! Król wydajności w grach, a przy tym najlepsza efektywność energetyczna. 🔥 Nie dość, że prawie 10% mocniejszy od 13900K i od niego tańszy to do tego mniej prądożerny nawet od 12600.

    Ciekawe jak Intel na to odpowie.

    #hardware #cpu #procesor #intel #AMD

  23. #AMD #Zen6 '#Venice' ES #CPU chips break cover with up to 192 cores, 32 per CCD, in early stress test — Kenya, Congo, Nigeria platforms leaked
    One of Zen 6's biggest upgrades is the larger core count CCDs for the Zen 6 and #Zen6c cores.
    The 64-core and 128-core models come with 32 cores per CCD, while the 192-core trims use 24 cores per CCD. These numbers back up previous reports of Zen 6 improving the number of cores available on each CCD.
    tomshardware.com/pc-components

  24. "AMD publishes first Zen 6 document detailing ground-up redesign on 2nm process node — brand-new 8-wide CPU core with strong vector capabilities"

    Sounds like they're leaning heavily into 'datacenter' with this one.

    #AMD #Zen6 #Microarchitecture #CPU

    tomshardware.com/pc-components

  25. AMDs "Zen 6"-Architektur verspricht Revolution: Bis zu 24 CPU-Cores für Desktop-PCs und 12 Cores für Laptops. Leistungssprung für #Ryzen erwartet. #AMD #Zen6 #CPU #APU winfuture.de/news,149444.html?