Triple Your
Data Center Efficiency
2.5x better performance than x86
Performance per rack represents a new method for evaluating scale performance in power constrained environments—yielding more sustainable designs.
Increasing performance at the expense of higher power consumption results in runaway costs. Curb energy consumption with Cloud Native Processors.
3.0x smaller footprint than x86
Cloud Native Processors are designed to occupy less space while delivering the same or more compute power as legacy AMD and Intel counterparts.
“We found ourselves needing more and more CPU specific servers, and with the increase in the Intel and NVIDIA tax, we began looking for options that could deliver similar performance while lowering power consumption and price. That’s where we decided on Ampere,”
─ Kurt Stine, Nogales Labs HPC Systems Administrator See Case Study >
Greater Efficiency Across the Most Demanding Workloads
Sustainability at the Core
“We are particularly excited about the cost and performance of Ampere Arm-based VMs. Processor innovation is happening faster than ever, and the user experience of porting existing software is easier than ever.”
─ Khawaja Shams, Co-founder and CEO, Momento See Case Study >
Shorten Time to Deployment
Footnote:
The web services study here is based on performance and power data for many typical workloads using single node performance comparisons measured and published by Ampere Computing.
Details and efficiency footnotes are available here.
Ampere Computing LLC
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Santa Clara, CA 95054
