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  5. What Types of Host Specifications Are Supported by MRS?

What Types of Host Specifications Are Supported by MRS?

MRS provides optimal specifications based on extensive experience in big data product optimization. Host specifications are determined by CPUs, memory, and disks. Currently, the following specifications are supported:

  • General Computing S1 > 4 vCPUs 16 GB | s1.xlarge
    • CPU: 4-core
    • Memory: 16 GB
    • System Disk: 40 GB
  • Disk-intensive D1 > 4 vCPUs 32 GB | d1.xlarge
    • CPU: 4-core
    • Memory: 32 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 3 HDDs
  • General Computing C2 > 8 vCPUs 16 GB | c2.2xlarge
    • CPU: 8-core
    • Memory: 16 GB
    • System Disk: 40 GB
  • Disk-intensive D1 > 8 vCPUs 64 GB | d1.2xlarge
    • CPU: 8-core
    • Memory: 64 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 6 HDDs
  • General Computing C2 > 16 vCPUs 32 GB | c2.4xlarge
    • CPU: 16-core
    • Memory: 32 GB
    • System Disk: 40 GB
  • General Computing S1 > 16 vCPUs 64 GB | s1.4xlarge
    • CPU: 16-core
    • Memory: 64 GB
    • System Disk: 40 GB
  • Disk-intensive D1 > 16 vCPUs 128 GB | d1.4xlarge
    • CPU: 16-core
    • Memory: 128 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 12 HDDs
  • General Computing S1 > 32 vCPUs 128 GB | s1.8xlarge
    • CPU: 32-core
    • Memory: 128 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 4 vCPUs 16 GB | c3.xlarge.4
    • CPU: 4-core
    • Memory: 16 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 8 vCPUs 32 GB | c3.2xlarge.4
    • CPU: 8-core
    • Memory: 32 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 16 vCPUs 32 GB | c3.4xlarge.2
    • CPU: 16-core
    • Memory: 32 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 16 vCPUs 64 GB | c3.4xlarge.4
    • CPU: 16-core
    • Memory: 64 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 32 vCPUs 128 GB | c3.8xlarge.4
    • CPU: 32-core
    • Memory: 128 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 60 vCPUs 256 GB | c3.15xlarge.4
    • CPU: 60-core
    • Memory: 256 GB
    • System Disk: 40 GB
  • General computing-plus kvm C3 > 8 vCPUs 16 GB | c3.2xlarge.2
    • CPU: 8-core
    • Memory: 16 GB
    • System Disk: 40 GB
  • Disk-intensive D1 > 36 vCPUs 256 GB | d1.8xlarge
    • CPU: 36-core
    • Memory: 256 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 24 HDDs
  • High-Performance Computing H1 > 8 vCPUs 32 GB | h1.2xlarge
    • CPU: 8-core
    • Memory: 32 GB
    • System Disk: 40 GB
  • High-Performance Computing H1 > 16 vCPUs 64 GB | h1.4xlarge
    • CPU: 16-core
    • Memory: 64 GB
    • System Disk: 40 GB
  • High-Performance Computing H1 > 32 vCPUs 128 GB | h1.8xlarge
    • CPU: 32-core
    • Memory: 128 GB
    • System Disk: 40 GB
  • Disk-intensive kvm D2 > 4 vCPUs 32 GB | d2.xlarge.8
    • CPU: 4-core
    • Memory: 32 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 2 HDDs
  • Disk-intensive kvm D2 > 8 vCPUs 64 GB | d2.2xlarge.8
    • CPU: 8-core
    • Memory: 64 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 4 HDDs
  • Disk-intensive kvm D2 > 16 vCPUs 128 GB | d2.4xlarge.8
    • CPU: 16-core
    • Memory: 128 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 8 HDDs
  • Disk-intensive kvm D2 > 32 vCPUs 256 GB | d2.8xlarge.8
    • CPU: 32-core
    • Memory: 256 GB
    • System Disk: 40 GB
    • Data Disk: 1.8 TB x 16 HDDs

More advanced host specifications enable better data processing, and accordingly require higher cluster costs. You can choose host specifications based on site requirements.