#AMD #EPYC #Turin vs. #Intel #Xeon 6 #GraniteRapids vs. #Graviton4 Benchmarks With #AWS #M8 Instances
From #AI and #HPC to video encoding/transcoding, compilation, and traditional LAMP, 5th Gen AMD EPYC powering AWS M8a instances were delivering best performance overall against AWS Graviton4 and Intel Xeon 6. Even though Graviton4 offers lowest cost/hour, AMD EPYC Turin was routinely delivering much better performance-per-dollar across most of the workloads tested.
https://www.phoronix.com/review/aws-m8a-m8g-m8i-benchmarks
AMD EPYC Turin vs. Intel Xeon 6 Granite Rapids vs. Graviton4 Benchmarks With AWS M8 Instances Review

With Amazon recently launching their M8a AWS instances powered by 5th Gen AMD EPYC 'Turin', for their M8 class instance types there now are all the latest-generation CPU options with AMD EPYC Turin (M8a), Intel Xeon 6 Granite Rapids (M8i), and their in-house Graviton4 processors (M8g).

Aws introduceert graviton4-processors met 192 cores en 3tb ram

Tijdens het AWS re:Invent 2023 evenement onthulde CEO Adam Selipsky de nieuwe Graviton4-processors, gebouwd op de Neoverse V2-core van Arm. Deze processors bel

Tech Nieuws
#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

#Amazon's #Graviton Has Evolved Into A Formidable #CPU Contender: #Graviton1 To #Graviton4 #Benchmarks Review
Going from the Graviton3 to Graviton4 metal instance was 1.55x the performance overall, still greater than the 1.5x core difference and would be an even larger difference if isolating to only the fully multi-core benchmarks.
Going from the original #AWS Graviton1 a1.metal instance to Graviton4 metal was an incredible 10.4x!
https://www.phoronix.com/review/aws-graviton-graviton4
Amazon's Graviton Has Evolved Into A Formidable CPU Contender: Graviton1 To Graviton4 Benchmarks Review

#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 Graviton 4

Amazon Web Services (AWS) is the largest cloud provider, and an early Arm server adopter. AWS started investing into the Arm server ecosystem in 2018 with Graviton 1, which used 16 Cortex A72 cores…

Chips and Cheese
Did you miss last week's ADMIN Update newsletter? Read it now and subscribe free to get it in your inbox every Wednesday https://mailchi.mp/admin-magazine.com/admin-update-fighting-ransomware
#ransomware #MySQL #certification #SupplyChain #AWS #Graviton4 #Kubernetes #OpenSSH #jobs #events #Docker

Amazon EC2 推出 Graviton4 的機種 r8g.*

Amazon EC2 推出了 Graviton4 的新機種:「AWS Graviton4-based Amazon EC2 R8g instances: best price performance in Amazon EC2」。

第一波 Graviton4 的機種是 R 系列的機器,r8g.*,依照官方說法有機會到 30% 的效能

https://blog.gslin.org/archives/2024/07/19/11901/amazon-ec2-%e6%8e%a8%e5%87%ba-graviton4-%e7%9a%84%e6%a9%9f%e7%a8%ae-r8g/

#AWS #Cloud #Computer #Hardware #Murmuring #Network #Service #amazon #arm #aws #cloud #ec2 #family #graviton #graviton4 #instance #r8g #service #type

Amazon EC2 推出 Graviton4 的機種 r8g.*

Amazon EC2 推出了 Graviton4 的新機種:「AWS Graviton4-based Amazon EC2 R8g instances: best price performance in Amazon EC2」。 第一波 Graviton4 的機種是 R 系列的機器,r8g.

Gea-Suan Lin's BLOG
AWS Unveils Next Generation AWS-Designed Chips

Just Posted: Tom Hollingsworth reports on AWS re:Invent's announcements, including Amazon's new AI hardware collaborations, advanced processor and AI chips, and key services for machine learning models and cloud security, reflecting significant technological progressions in AWS offerings. @networkingnerd #AWS #AWSreInvent #Bedrock #Capella #China #Data #GraceHopper #Graviton4 #NXP #Rundown #Security #Storage
https://gestaltit.com/rundown/tom/announcements-from-aws-reinvent-gestalt-it-rundown-november-29-2023/
Announcements from AWS re:Invent | Gestalt IT Rundown: November 29, 2023 - Gestalt IT

Amazon announced that they will be using Nvidia's NVSwitch to create new rackscale AI platforms. This allows customers to use Nvidia technology like Grace Hopper or build something using AWS Nitro DPUs and Elastic Fabric Adapaters. That last combination doesn't use InfiniBand and moves to Ethernet. Two new chips are coming out from the Amazon labs. The first is Graviton4, the latest generation of Arm processor. Graviton4 has 50% more cores and 75% more memory bandwidth. This version of Graviton is based on the Demeter Neoverse V2 core. On the AI front Amazon also announced the next revision of their AI acceleration chip, Trainium2. This update has a 4x performance increase from the first generation and allows for liquid cooling. Trainium2 is designed to be deployed in clusters of 16 chips. In the data space, AWS made news with the GA of Bedrock, which enables customers to run foundational ML models from companies like Anthropic, Meta, and of course AWS itself. But many companies are worried about hallucination and want to include their own data in these models. That's what AWS is delivering with Guardrails, and what AWS partners are leaning into as well. This and more on this week's Gestalt IT Rundown.

Gestalt IT
AWS Unveils Next Generation AWS-Designed Chips

AWS Graviton4 is the most powerful and energy-efficient AWS processor to date for a broad range of cloud workloads

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