#neoversev2 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #neoversev2, aggregated by home.social.
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#Arm wrestles away 25% share of #server market thanks to Nvidia's home-grown #CPU
That’s up from 15% of the server market a year ago but still far short of 50% market share Arm infra chief was hoping for. Driving force behind this trend is adoption of Nvidia’s #GraceBlackwell #rackscale compute platforms like GB200 and GB300 #NVL72. Each of the 120-kilowatt machines is equipped with 72 Blackwell GPUs and 36 of Nvidia’s Grace CPUs based on the Arm #NeoverseV2 architecture.
https://www.theregister.com/2025/09/11/nvidias_graceblackwell_drives_arms_cpu/ -
#Arm wrestles away 25% share of #server market thanks to Nvidia's home-grown #CPU
That’s up from 15% of the server market a year ago but still far short of 50% market share Arm infra chief was hoping for. Driving force behind this trend is adoption of Nvidia’s #GraceBlackwell #rackscale compute platforms like GB200 and GB300 #NVL72. Each of the 120-kilowatt machines is equipped with 72 Blackwell GPUs and 36 of Nvidia’s Grace CPUs based on the Arm #NeoverseV2 architecture.
https://www.theregister.com/2025/09/11/nvidias_graceblackwell_drives_arms_cpu/ -
#Arm wrestles away 25% share of #server market thanks to Nvidia's home-grown #CPU
That’s up from 15% of the server market a year ago but still far short of 50% market share Arm infra chief was hoping for. Driving force behind this trend is adoption of Nvidia’s #GraceBlackwell #rackscale compute platforms like GB200 and GB300 #NVL72. Each of the 120-kilowatt machines is equipped with 72 Blackwell GPUs and 36 of Nvidia’s Grace CPUs based on the Arm #NeoverseV2 architecture.
https://www.theregister.com/2025/09/11/nvidias_graceblackwell_drives_arms_cpu/ -
#Arm wrestles away 25% share of #server market thanks to Nvidia's home-grown #CPU
That’s up from 15% of the server market a year ago but still far short of 50% market share Arm infra chief was hoping for. Driving force behind this trend is adoption of Nvidia’s #GraceBlackwell #rackscale compute platforms like GB200 and GB300 #NVL72. Each of the 120-kilowatt machines is equipped with 72 Blackwell GPUs and 36 of Nvidia’s Grace CPUs based on the Arm #NeoverseV2 architecture.
https://www.theregister.com/2025/09/11/nvidias_graceblackwell_drives_arms_cpu/ -
#Arm wrestles away 25% share of #server market thanks to Nvidia's home-grown #CPU
That’s up from 15% of the server market a year ago but still far short of 50% market share Arm infra chief was hoping for. Driving force behind this trend is adoption of Nvidia’s #GraceBlackwell #rackscale compute platforms like GB200 and GB300 #NVL72. Each of the 120-kilowatt machines is equipped with 72 Blackwell GPUs and 36 of Nvidia’s Grace CPUs based on the Arm #NeoverseV2 architecture.
https://www.theregister.com/2025/09/11/nvidias_graceblackwell_drives_arms_cpu/ -
#AWS #Graviton4 vs. #AmpereOne 192-Core #Benchmarks For Leading #AArch64 #Server Performance
Particularly with #HPC-type workloads and other scientific computing scenarios the Graviton4 with its #NeoverseV2 cores were delivering significant leads over the custom AmpereOne cores. Its worth reiterating AmpereOne was engineered as a 2022~2023 product but it's taken now until H2'2024 for its production to really ramp up to point of seeing Oracle Cloud A2 general availability
https://www.phoronix.com/review/ampereone-aws-graviton4 -
#AWS #Graviton4 vs. #AmpereOne 192-Core #Benchmarks For Leading #AArch64 #Server Performance
Particularly with #HPC-type workloads and other scientific computing scenarios the Graviton4 with its #NeoverseV2 cores were delivering significant leads over the custom AmpereOne cores. Its worth reiterating AmpereOne was engineered as a 2022~2023 product but it's taken now until H2'2024 for its production to really ramp up to point of seeing Oracle Cloud A2 general availability
https://www.phoronix.com/review/ampereone-aws-graviton4 -
#AWS #Graviton4 vs. #AmpereOne 192-Core #Benchmarks For Leading #AArch64 #Server Performance
Particularly with #HPC-type workloads and other scientific computing scenarios the Graviton4 with its #NeoverseV2 cores were delivering significant leads over the custom AmpereOne cores. Its worth reiterating AmpereOne was engineered as a 2022~2023 product but it's taken now until H2'2024 for its production to really ramp up to point of seeing Oracle Cloud A2 general availability
https://www.phoronix.com/review/ampereone-aws-graviton4 -
#AWS #Graviton4 vs. #AmpereOne 192-Core #Benchmarks For Leading #AArch64 #Server Performance
Particularly with #HPC-type workloads and other scientific computing scenarios the Graviton4 with its #NeoverseV2 cores were delivering significant leads over the custom AmpereOne cores. Its worth reiterating AmpereOne was engineered as a 2022~2023 product but it's taken now until H2'2024 for its production to really ramp up to point of seeing Oracle Cloud A2 general availability
https://www.phoronix.com/review/ampereone-aws-graviton4 -
#AWS #Graviton4 vs. #AmpereOne 192-Core #Benchmarks For Leading #AArch64 #Server Performance
Particularly with #HPC-type workloads and other scientific computing scenarios the Graviton4 with its #NeoverseV2 cores were delivering significant leads over the custom AmpereOne cores. Its worth reiterating AmpereOne was engineered as a 2022~2023 product but it's taken now until H2'2024 for its production to really ramp up to point of seeing Oracle Cloud A2 general availability
https://www.phoronix.com/review/ampereone-aws-graviton4 -
#Arm’s #Neoverse V2, in #AWS’s #Graviton4
Arm has mastered the complexity of designing a modern out-of-order core over the past few years. #NeoverseV2 is yet another demonstration of that. It takes the solid foundation provided by prior Neoverse V and Cortex X cores, and makes improvements throughout the pipeline. Compared to #AMD and #Intel cores, Neoverse V2 might have a leg up because its design only caters to #servers and #smartphones.
https://chipsandcheese.com/2024/07/22/arms-neoverse-v2-in-awss-graviton-4/ -
#Arm’s #Neoverse V2, in #AWS’s #Graviton4
Arm has mastered the complexity of designing a modern out-of-order core over the past few years. #NeoverseV2 is yet another demonstration of that. It takes the solid foundation provided by prior Neoverse V and Cortex X cores, and makes improvements throughout the pipeline. Compared to #AMD and #Intel cores, Neoverse V2 might have a leg up because its design only caters to #servers and #smartphones.
https://chipsandcheese.com/2024/07/22/arms-neoverse-v2-in-awss-graviton-4/ -
#Arm’s #Neoverse V2, in #AWS’s #Graviton4
Arm has mastered the complexity of designing a modern out-of-order core over the past few years. #NeoverseV2 is yet another demonstration of that. It takes the solid foundation provided by prior Neoverse V and Cortex X cores, and makes improvements throughout the pipeline. Compared to #AMD and #Intel cores, Neoverse V2 might have a leg up because its design only caters to #servers and #smartphones.
https://chipsandcheese.com/2024/07/22/arms-neoverse-v2-in-awss-graviton-4/ -
#Arm’s #Neoverse V2, in #AWS’s #Graviton4
Arm has mastered the complexity of designing a modern out-of-order core over the past few years. #NeoverseV2 is yet another demonstration of that. It takes the solid foundation provided by prior Neoverse V and Cortex X cores, and makes improvements throughout the pipeline. Compared to #AMD and #Intel cores, Neoverse V2 might have a leg up because its design only caters to #servers and #smartphones.
https://chipsandcheese.com/2024/07/22/arms-neoverse-v2-in-awss-graviton-4/ -
#Arm’s #Neoverse V2, in #AWS’s #Graviton4
Arm has mastered the complexity of designing a modern out-of-order core over the past few years. #NeoverseV2 is yet another demonstration of that. It takes the solid foundation provided by prior Neoverse V and Cortex X cores, and makes improvements throughout the pipeline. Compared to #AMD and #Intel cores, Neoverse V2 might have a leg up because its design only caters to #servers and #smartphones.
https://chipsandcheese.com/2024/07/22/arms-neoverse-v2-in-awss-graviton-4/
