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Breadcrumb Test Server Storage with AMD EPYC Processor


PURPOSE-BUILT SERVERS & STORAGE WITH AMD EPYC PROCESSOR

AMD EPYC Processor

AMD EPYC Empowers Single Socket Servers

As IT / enterprise infrastructures expand and begin virtualizing their data into the cloud, data centers are faced with the challenges of managing complex customer workloads and also being hyper-efficient with every IT dollar spent. Especially for many data-intensive applications today, a key value for data management is the ability to evaluate and architect solutions that deliver both a balance of high performance compute and also scalable memory bandwidth through its I/O's.

In addition, as hardware innovations continue to give way to better and more optimized platforms, AMD’s EPYC processors competitively situates itself for the needs of existing and emerging data center workloads. With industry leading Core Counts, scalable Memory Bandwidth and unprecedented I/Os, AMD’s EPYC sets a new standard for performance, scalability and balance for the modern datacenters.

For enterprise applications, scientific research models, big data clusters, cloud computing, software-defined storage, machine learning, and the digital business transformation, AMD EPYC delivers:

  • Up to 28 high-performance cores, six memory channels, and 48 lanes of PCIe* 3.0
  • Integrated Intel Omni-Path Architecture Host Fabric Interface
  • Up to 32 high-performance "Zen" cores
  • Eight DDR4 channels per CPU
  • Up to 2TB RAM per CPU
  • 128 PCIe lanes
  • Dedicated security subsystem
  • Integrated chipset
  • Socket-compatible with next-gen EPYC processors

Products supported by AMD EPYC Processor

  • True balance architecture versus competitors
  • Highest Performance, Ultimate Throughput / IOPS
  • Supports Latest Solid-State Technology: SATA, SAS, and NVMe (PCIe3 x4)
  • Max PCIe3 Expansion Slots to eliminate bottlenecks
  • Dual node design = Ultimate Redundancy and 24/7 runtime (HA)
  • End-to-end 12G SAS host, expander and disk support for superior data-path redundancy
  • Max PCIe3 expansion slots for external IO bandwidth and minimum latency
  • Purposely-designed for dense object storage archival , backup and recovery
  • 1PB of storage in a 4U Form factor
  • Single-tier SAS expander topology = Minimum latency, Maximum performance