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Crank It to the fMax
For those who value single-core performance over running many cores at once, there’s a trick to “turning it up to 11” and getting a lot more out of your hardware.
Why Cores Count! What’s Next for AMD EPYC on Equinix Metal
Why high processor core counts matter for enterprise workloads and our next step with AMD.
Arm Wants to Go Mainstream in the Data Center. Is Cloud Native the Ticket?
Performance gains, momentum in software optimization, and high-core-count processors make Arm an increasingly appealing option for fast-scaling cloud users.
Optimizing Your Work with High-Core Count Machines
Server processors from Ampere, AMD, and Intel have increased dramatically in core counts in recent years, and the trend is continuing. What can you do with so many cores, and what are the pitfalls?