#zen4c — Public Fediverse posts

Mysterious #RyzenPro 7000G #CPU imply #AMD's last-minute decision to change model numbers — #Ryzen3 Pro 7300G and Ryzen 5 Pro 7500G pose for the camera
Essentialy Phoenix 2-based #Ryzen5 8500G/8400F and Ryzen 3 8300G feature lower clocks (as they use #Zen4c cores and full-fat Zen 4 cores) than their Raphael-based counterparts and lack an AI engine, which makes them a mediocre choice compared to mainstream Ryzen 7000-series non-G parts, despite higher model numbers.
https://www.tomshardware.com/pc-components/cpus/mysterious-ryzen-pro-7000g-cpus-imply-amds-last-minute-decision-to-change-model-numbers-ryzen-3-pro-7300g-and-ryzen-5-pro-7500g-pose-for-the-camera

Mysterious #RyzenPro 7000G #CPU imply #AMD's last-minute decision to change model numbers — #Ryzen3 Pro 7300G and Ryzen 5 Pro 7500G pose for the camera
Essentialy Phoenix 2-based #Ryzen5 8500G/8400F and Ryzen 3 8300G feature lower clocks (as they use #Zen4c cores and full-fat Zen 4 cores) than their Raphael-based counterparts and lack an AI engine, which makes them a mediocre choice compared to mainstream Ryzen 7000-series non-G parts, despite higher model numbers.
https://www.tomshardware.com/pc-components/cpus/mysterious-ryzen-pro-7000g-cpus-imply-amds-last-minute-decision-to-change-model-numbers-ryzen-3-pro-7300g-and-ryzen-5-pro-7500g-pose-for-the-camera

Mysterious #RyzenPro 7000G #CPU imply #AMD's last-minute decision to change model numbers — #Ryzen3 Pro 7300G and Ryzen 5 Pro 7500G pose for the camera
Essentialy Phoenix 2-based #Ryzen5 8500G/8400F and Ryzen 3 8300G feature lower clocks (as they use #Zen4c cores and full-fat Zen 4 cores) than their Raphael-based counterparts and lack an AI engine, which makes them a mediocre choice compared to mainstream Ryzen 7000-series non-G parts, despite higher model numbers.
https://www.tomshardware.com/pc-components/cpus/mysterious-ryzen-pro-7000g-cpus-imply-amds-last-minute-decision-to-change-model-numbers-ryzen-3-pro-7300g-and-ryzen-5-pro-7500g-pose-for-the-camera

Mysterious #RyzenPro 7000G #CPU imply #AMD's last-minute decision to change model numbers — #Ryzen3 Pro 7300G and Ryzen 5 Pro 7500G pose for the camera
Essentialy Phoenix 2-based #Ryzen5 8500G/8400F and Ryzen 3 8300G feature lower clocks (as they use #Zen4c cores and full-fat Zen 4 cores) than their Raphael-based counterparts and lack an AI engine, which makes them a mediocre choice compared to mainstream Ryzen 7000-series non-G parts, despite higher model numbers.
https://www.tomshardware.com/pc-components/cpus/mysterious-ryzen-pro-7000g-cpus-imply-amds-last-minute-decision-to-change-model-numbers-ryzen-3-pro-7300g-and-ryzen-5-pro-7500g-pose-for-the-camera

Mysterious #RyzenPro 7000G #CPU imply #AMD's last-minute decision to change model numbers — #Ryzen3 Pro 7300G and Ryzen 5 Pro 7500G pose for the camera
Essentialy Phoenix 2-based #Ryzen5 8500G/8400F and Ryzen 3 8300G feature lower clocks (as they use #Zen4c cores and full-fat Zen 4 cores) than their Raphael-based counterparts and lack an AI engine, which makes them a mediocre choice compared to mainstream Ryzen 7000-series non-G parts, despite higher model numbers.
https://www.tomshardware.com/pc-components/cpus/mysterious-ryzen-pro-7000g-cpus-imply-amds-last-minute-decision-to-change-model-numbers-ryzen-3-pro-7300g-and-ryzen-5-pro-7500g-pose-for-the-camera

#AMD 128-core #Zen5-based #EPYC9755 'Turin' tested: 2X faster than 128-core predecessor compared to the #Zen4c #EPYC 9654 'Bergamo' in #7Zip
Considering microarchitectural improvements of Zen 5 over Zen 4, higher clocks, and a larger cache, the EPYC 9755 can indeed be two times faster than the EPYC 9654 in many workloads, especially because being Zen 5-based, it is aimed at workloads sensitive to single-thread performance, unlike the Zen 4c-based CPU.
https://www.tomshardware.com/pc-components/cpus/amd-128-core-zen-5-based-epyc-9755-turin-tested-2x-faster-than-128-core-predecessor

#AMD 128-core #Zen5-based #EPYC9755 'Turin' tested: 2X faster than 128-core predecessor compared to the #Zen4c #EPYC 9654 'Bergamo' in #7Zip
Considering microarchitectural improvements of Zen 5 over Zen 4, higher clocks, and a larger cache, the EPYC 9755 can indeed be two times faster than the EPYC 9654 in many workloads, especially because being Zen 5-based, it is aimed at workloads sensitive to single-thread performance, unlike the Zen 4c-based CPU.
https://www.tomshardware.com/pc-components/cpus/amd-128-core-zen-5-based-epyc-9755-turin-tested-2x-faster-than-128-core-predecessor

#AMD 128-core #Zen5-based #EPYC9755 'Turin' tested: 2X faster than 128-core predecessor compared to the #Zen4c #EPYC 9654 'Bergamo' in #7Zip
Considering microarchitectural improvements of Zen 5 over Zen 4, higher clocks, and a larger cache, the EPYC 9755 can indeed be two times faster than the EPYC 9654 in many workloads, especially because being Zen 5-based, it is aimed at workloads sensitive to single-thread performance, unlike the Zen 4c-based CPU.
https://www.tomshardware.com/pc-components/cpus/amd-128-core-zen-5-based-epyc-9755-turin-tested-2x-faster-than-128-core-predecessor

#AMD 128-core #Zen5-based #EPYC9755 'Turin' tested: 2X faster than 128-core predecessor compared to the #Zen4c #EPYC 9654 'Bergamo' in #7Zip
Considering microarchitectural improvements of Zen 5 over Zen 4, higher clocks, and a larger cache, the EPYC 9755 can indeed be two times faster than the EPYC 9654 in many workloads, especially because being Zen 5-based, it is aimed at workloads sensitive to single-thread performance, unlike the Zen 4c-based CPU.
https://www.tomshardware.com/pc-components/cpus/amd-128-core-zen-5-based-epyc-9755-turin-tested-2x-faster-than-128-core-predecessor

#AMD 128-core #Zen5-based #EPYC9755 'Turin' tested: 2X faster than 128-core predecessor compared to the #Zen4c #EPYC 9654 'Bergamo' in #7Zip
Considering microarchitectural improvements of Zen 5 over Zen 4, higher clocks, and a larger cache, the EPYC 9755 can indeed be two times faster than the EPYC 9654 in many workloads, especially because being Zen 5-based, it is aimed at workloads sensitive to single-thread performance, unlike the Zen 4c-based CPU.
https://www.tomshardware.com/pc-components/cpus/amd-128-core-zen-5-based-epyc-9755-turin-tested-2x-faster-than-128-core-predecessor

AMD анонсувала процесори для ультракомпактних ноутбуків з ядрами Zen 4c, які займають на 35% менше простору https://itc.ua/ua/novini/amd-anonsuvala-protsesory-dlya-ultrakompaktnyh-noutbukiv-z-yadramy-zen-4c-yaki-zajmayut-na-35-menshe-prostoru/ #Пристрої #AMDRyzen #Новини #Ryzen #Zen4c #Zen4 #AMD

AMD’s newest Ryzen 7040U mobile chips feature smaller Zen 4c CPU cores #Amd, #Chips, #Phoenix, #Phoenix2, #Ryzen7040u, #Zen4c

https://liliputing.com/amds-newest-ryzen-7040u-mobile-chips-feature-smaller-zen-4c-cpu-cores/

AMD’s newest Ryzen 7040U mobile chips feature smaller Zen 4c CPU cores #Amd, #Chips, #Phoenix, #Phoenix2, #Ryzen7040u, #Zen4c

https://liliputing.com/amds-newest-ryzen-7040u-mobile-chips-feature-smaller-zen-4c-cpu-cores/

AMD’s newest Ryzen 7040U mobile chips feature smaller Zen 4c CPU cores #Amd, #Chips, #Phoenix, #Phoenix2, #Ryzen7040u, #Zen4c

https://liliputing.com/amds-newest-ryzen-7040u-mobile-chips-feature-smaller-zen-4c-cpu-cores/

AMD’s newest Ryzen 7040U mobile chips feature smaller Zen 4c CPU cores #Amd, #Chips, #Phoenix, #Phoenix2, #Ryzen7040u, #Zen4c

https://liliputing.com/amds-newest-ryzen-7040u-mobile-chips-feature-smaller-zen-4c-cpu-cores/

AMD’s newest Ryzen 7040U mobile chips feature smaller Zen 4c CPU cores #Amd, #Chips, #Phoenix, #Phoenix2, #Ryzen7040u, #Zen4c

https://liliputing.com/amds-newest-ryzen-7040u-mobile-chips-feature-smaller-zen-4c-cpu-cores/

Phoronix recently reviewed #AMD's new #Zen4c equipped #EPYC 8324P and 8324PN (Siena) server processors in #Linux and found that both chips offer outstanding performance in server workloads. In testing, Phoronix found that both AMD Zen 4c chips could match the performance of an #Intel Xeon Gold 6421N 32-core processor in most workloads while operating with substantially lower power consumption.

AMD EPYC 8324P / 8324PN Siena 32-Core Siena Linux Server Performance Review https://www.phoronix.com/review/epyc-8324p-siena

The Asus ROG Ally with AMD Ryzen Z1 is now available for $600 (or $100 less than the Z1 Extreme version) #AsusRogAlly, #HandheldGamingPc, #RogAlly, #RyzenZ1, #Zen4c

https://liliputing.com/the-asus-rog-ally-with-amd-ryzen-z1-is-now-available-for-600-or-100-less-than-the-z1-extreme-version/

The Asus ROG Ally with AMD Ryzen Z1 is now available for $600 (or $100 less than the Z1 Extreme version) #AsusRogAlly, #HandheldGamingPc, #RogAlly, #RyzenZ1, #Zen4c

https://liliputing.com/the-asus-rog-ally-with-amd-ryzen-z1-is-now-available-for-600-or-100-less-than-the-z1-extreme-version/

The Asus ROG Ally with AMD Ryzen Z1 is now available for $600 (or $100 less than the Z1 Extreme version) #AsusRogAlly, #HandheldGamingPc, #RogAlly, #RyzenZ1, #Zen4c

https://liliputing.com/the-asus-rog-ally-with-amd-ryzen-z1-is-now-available-for-600-or-100-less-than-the-z1-extreme-version/

The Asus ROG Ally with AMD Ryzen Z1 is now available for $600 (or $100 less than the Z1 Extreme version) #AsusRogAlly, #HandheldGamingPc, #RogAlly, #RyzenZ1, #Zen4c

https://liliputing.com/the-asus-rog-ally-with-amd-ryzen-z1-is-now-available-for-600-or-100-less-than-the-z1-extreme-version/

The Asus ROG Ally with AMD Ryzen Z1 is now available for $600 (or $100 less than the Z1 Extreme version) #AsusRogAlly, #HandheldGamingPc, #RogAlly, #RyzenZ1, #Zen4c

https://liliputing.com/the-asus-rog-ally-with-amd-ryzen-z1-is-now-available-for-600-or-100-less-than-the-z1-extreme-version/

AMD’s first hybrid chips feature Zen 4 and smaller Zen 4c cores #Amd, #Chips, #Cpu, #HybridArchitecture, #Phoenix2, #Zen4, #Zen4c

https://liliputing.com/amds-first-hybrid-chips-feature-zen-4-and-smaller-zen-4c-cores/

AMD’s first hybrid chips feature Zen 4 and smaller Zen 4c cores #Amd, #Chips, #Cpu, #HybridArchitecture, #Phoenix2, #Zen4, #Zen4c

https://liliputing.com/amds-first-hybrid-chips-feature-zen-4-and-smaller-zen-4c-cores/

AMD’s first hybrid chips feature Zen 4 and smaller Zen 4c cores #Amd, #Chips, #Cpu, #HybridArchitecture, #Phoenix2, #Zen4, #Zen4c

https://liliputing.com/amds-first-hybrid-chips-feature-zen-4-and-smaller-zen-4c-cores/

AMD’s first hybrid chips feature Zen 4 and smaller Zen 4c cores #Amd, #Chips, #Cpu, #HybridArchitecture, #Phoenix2, #Zen4, #Zen4c

https://liliputing.com/amds-first-hybrid-chips-feature-zen-4-and-smaller-zen-4c-cores/

AMD’s first hybrid chips feature Zen 4 and smaller Zen 4c cores #Amd, #Chips, #Cpu, #HybridArchitecture, #Phoenix2, #Zen4, #Zen4c

https://liliputing.com/amds-first-hybrid-chips-feature-zen-4-and-smaller-zen-4c-cores/

#AMD #EPYC #Bergamo is Fantastically Fresh Take on #CloudNative Compute
AMD was able to shrink each #CCD by adopting new #Zen4c core. AMD has less L3 cache (half at 2MB versus 4MB) with Zen 4c, and that allowed company to shrink area in a straightforward manner. Big change is transitioning to 12x 8-core CCDs on 96-core #Genoa to 8x 16-core CCD on Bergamo. Expect #EPYC9754 to be 15-20% faster than #EPYC9654 not a straight 33% as would be expected due to core count increase
https://www.servethehome.com/amd-epyc-bergamo-epyc-9754-cloud-native-sp5/

#AMD #EPYC #Bergamo is Fantastically Fresh Take on #CloudNative Compute
AMD was able to shrink each #CCD by adopting new #Zen4c core. AMD has less L3 cache (half at 2MB versus 4MB) with Zen 4c, and that allowed company to shrink area in a straightforward manner. Big change is transitioning to 12x 8-core CCDs on 96-core #Genoa to 8x 16-core CCD on Bergamo. Expect #EPYC9754 to be 15-20% faster than #EPYC9654 not a straight 33% as would be expected due to core count increase
https://www.servethehome.com/amd-epyc-bergamo-epyc-9754-cloud-native-sp5/

#AMD #EPYC #Bergamo is Fantastically Fresh Take on #CloudNative Compute
AMD was able to shrink each #CCD by adopting new #Zen4c core. AMD has less L3 cache (half at 2MB versus 4MB) with Zen 4c, and that allowed company to shrink area in a straightforward manner. Big change is transitioning to 12x 8-core CCDs on 96-core #Genoa to 8x 16-core CCD on Bergamo. Expect #EPYC9754 to be 15-20% faster than #EPYC9654 not a straight 33% as would be expected due to core count increase
https://www.servethehome.com/amd-epyc-bergamo-epyc-9754-cloud-native-sp5/

#AMD #EPYC #Bergamo is Fantastically Fresh Take on #CloudNative Compute
AMD was able to shrink each #CCD by adopting new #Zen4c core. AMD has less L3 cache (half at 2MB versus 4MB) with Zen 4c, and that allowed company to shrink area in a straightforward manner. Big change is transitioning to 12x 8-core CCDs on 96-core #Genoa to 8x 16-core CCD on Bergamo. Expect #EPYC9754 to be 15-20% faster than #EPYC9654 not a straight 33% as would be expected due to core count increase
https://www.servethehome.com/amd-epyc-bergamo-epyc-9754-cloud-native-sp5/

#AMD #EPYC #Bergamo is Fantastically Fresh Take on #CloudNative Compute
AMD was able to shrink each #CCD by adopting new #Zen4c core. AMD has less L3 cache (half at 2MB versus 4MB) with Zen 4c, and that allowed company to shrink area in a straightforward manner. Big change is transitioning to 12x 8-core CCDs on 96-core #Genoa to 8x 16-core CCD on Bergamo. Expect #EPYC9754 to be 15-20% faster than #EPYC9654 not a straight 33% as would be expected due to core count increase
https://www.servethehome.com/amd-epyc-bergamo-epyc-9754-cloud-native-sp5/

#AMD #EPYC #Bergamo Launched 128 Cores Per Socket
Given the popularity of 2U 4 node chassis on the market, this will make a 2U4N platform a 2048 thread machine or one with 1024 threads per U. AMD’s approach is straightforward. It is trading cache size for core density in this generation. The #Zen4c core is 35% smaller than the #Zen4 core, largely from reducing cache sizes and optimizing the footprint around that.
https://www.servethehome.com/amd-epyc-bergamo-launched-128-cores-per-socket-and-1024-threads-per-1u/

#Zen4c: #AMD’s Response to #Hyperscale ARM & Intel Atom
#Bergamo, AMD’s upcoming 128-core server part sets new heights in #x86 #CPU performance. At the heart of Bergamo is #Zen 4c, a brand-new CPU core variant of their successful #5nm #Zen4 #microarchitecture that enables the push toward more cores per socket. Zen 4c enables Bergamo to fit 1.33x the number of cores in the same #SP5 socket and 360W TDP, with identical L1 and 1MB L2 private caches to Zen 4.
https://www.semianalysis.com/p/zen-4c-amds-response-to-hyperscale

#Zen4c: #AMD’s Response to #Hyperscale ARM & Intel Atom
#Bergamo, AMD’s upcoming 128-core server part sets new heights in #x86 #CPU performance. At the heart of Bergamo is #Zen 4c, a brand-new CPU core variant of their successful #5nm #Zen4 #microarchitecture that enables the push toward more cores per socket. Zen 4c enables Bergamo to fit 1.33x the number of cores in the same #SP5 socket and 360W TDP, with identical L1 and 1MB L2 private caches to Zen 4.
https://www.semianalysis.com/p/zen-4c-amds-response-to-hyperscale