Neoverse for Cloud Computing: More Performance, More Possibilities
Arm Neoverse technology gives chip designers, cloud providers, and software developers the freedom to optimize their technology for cloud and edge workloads for better application performance, reduced energy consumption, and a lower total cost of ownership.
A Chip to Customer Ecosystem
More Performance Across Multiple Workloads
|MongoDB: 117% higher throughput and 20% lower cost.|
|Cassandra: Latency improvements up to 42%.|
|etcd: Improved performance by up to 18% and costs reduction of 20%.|
|On x.264 and other protocols for video encoding, the story is the same: lower power, lower cost, better performance, and more work per socket.|
|Redis: 35% better throughput and 24% reduced latency.|
|Memcached: 51% price performance gains on Graviton2.|
|Increase average performance by 54% while cutting costs by 20% on NGINX|
Cloud Native CD/CI
|Users scaling up with GitLab and GitLab Runner on Graviton2 can achieve cost gains of 23% and performance gains of 36%.|
|Self-hosted runners add Arm support to CircleCI|
|Announcing general availability of Graviton2 CPU support for TravisCI|
A Cleaner Cloud
Arm Neoverse processors perform 2x to 3.5x more work per watt than traditional processors. That means cloud service providers, software developers and their customers can reduce the carbon footprint and operating cost of their applications.
Read how customers around the world are pursuing sustainable growth with Arm.
Carbon Advisor: A New Way to Measure Technology’s Carbon Impact
Specialized Processing and Graviton3
SVP Chris Bergey explains how customizable Neoverse technology lets AWS increase performance by 25% and lower power by 60%.
Arm DevSummit: Ten Takeaways
The latest developments in security, performance, and system architecture from Microsoft, Tencent, NVIDIA, Cadence and others at our annual tech summit.