Rick Claus Sr Technical Evangelist Microsoft Rickster CDN

New apps/services Device proliferation Data explosion Cloud computing

SMB Scale-Out File Server Clusters Storage Spaces Virtualization and Resiliency Shared JBOD Storage Power.

Traditional Storage with FC/i. SCSI Storage Array Hyper-V Compute Nodes FC/i. SCSI (Block) Windows

Traditional Storage Windows File Server Cluster with FC/i. SCSI Storage Array with Storage Spaces

• Capacity • Cost • Resiliency • Capacity for a month of data

60 -bay SAS Array 60 -bay SAS Array 60 -bay SAS Array 60 -bay

Resiliency Name Number of Data Copies Maintained Deployment Recommendations Mirror 2 (two-way mirror) 3

Hyper-V Compute Nodes SMB Unified Cluster Shared Volume Namespace Clustered Storage Pool & Storage

Hyper-V Compute Nodes Physical or Virtualized Workloads High Speed Network (10 Gb. E/Infini. Band)

Building upon the foundation in Windows Server 2012 to further deliver: Minimize $/TB &

Hyper-V Compute Nodes Reads/Writes Accumulates Data Activity 400 GB EMLC SAS SSD Hot Data

Hyper-V Compute Nodes Reads/Writes Accumulates Data Activity & WBC Hot Data 400 GB EMLC

R 2 Hyper-V Compute Nodes Physical or Virtualized Workloads High Speed Network (10 Gb.

Capacity Optimized • High Capacity • Cost-Efficient • Best $/TB Balanced • Tiered Storage

• • http: //www. raidinc. com/ http: //www. fujitsu. com/fts/ http: //www. dataonstorage.

http: //channel 9. msdn. com/Events/Tech. Ed/Australia/2013 http: //www. microsoftvirtualacademy. com/ http: //technet. microsoft. com/en-au/

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Rick Claus Sr. Technical Evangelist, Microsoft @Rickster. CDN

New apps/services Device proliferation Data explosion Cloud computing

Clustered

SMB Scale-Out File Server Clusters Storage Spaces Virtualization and Resiliency Shared JBOD Storage Power. Shell & SCVMM 2012 R 2 Management Hyper-V Clusters

Traditional Storage with FC/i. SCSI Storage Array Hyper-V Compute Nodes FC/i. SCSI (Block) Windows File Server Cluster with Storage Spaces Hyper-V Compute Nodes SMB (File)

Traditional Storage Windows File Server Cluster with FC/i. SCSI Storage Array with Storage Spaces • • • • (new with R 2) (enhanced with R 2) (new with R 2)

Can “ Cold data Hard Disk Drives

• Capacity • Cost • Resiliency • Capacity for a month of data • Dramatically lower $/TB • Scalable platform for future expansion

60 -bay SAS Array 60 -bay SAS Array 60 -bay SAS Array 60 -bay SAS Array 60 -bay SAS Array 60 -bay SAS Array

Mirror Space Parity Space

Resiliency Name Number of Data Copies Maintained Deployment Recommendations Mirror 2 (two-way mirror) 3 (three-way mirror) All Workloads Parity 2 (single parity) 3 (dual parity) Sequential workloads with large units of read/write, such as Archival Simple 1 Workloads which do not need resiliency, or provide alternate resiliency mechanism

Hyper-V Compute Nodes SMB Unified Cluster Shared Volume Namespace Clustered Storage Pool & Storage Spaces Clustered File Servers Shared SAS JBOD Arrays 60 -bay SAS Array

Hyper-V Compute Nodes Physical or Virtualized Workloads High Speed Network (10 Gb. E/Infini. Band) Unified Cluster Shared Volume Namespace Clustered Storage Pool & Storage Spaces SMB \SRVVDI_Mrktg \SRVVDI_Dev \SRVFolders \SRVDB Mirror Space Clustered File Servers with 10 Gb. E/Infini. Band 60 -bay Shared SAS JBOD Arrays 60 -bay SAS Array

Hyper-V Compute Nodes Physical or Virtualized Workloads High Speed Network (10 Gb. E/Infini. Band) SMB SMB Unified Namespace (CSV) Clustered Storage Spaces Clustered File Servers with 10 Gb. E/Infini. Band 60 -bay Shared SAS JBOD Arrays Mirror Mirror

Building upon the foundation in Windows Server 2012 to further deliver: Minimize $/TB & Capex Maximize IOPS/$ Continuous Availability Minimized Opex

Hyper-V Compute Nodes Reads/Writes Accumulates Data Activity 400 GB EMLC SAS SSD Hot Data Cold Data 4 TB 7200 RPM SAS HDD

Hyper-V Compute Nodes Reads/Writes Accumulates Data Activity & WBC Hot Data 400 GB EMLC SAS SSD Cold Data 4 TB 7200 RPM SAS HDD

Hyper-V Compute Nodes Physical or Virtualized Workloads High Speed Network (10 Gb. E/Infini. Band) Unified Cluster Shared Volume Namespace Clustered Storage Pool & Storage Spaces SMB \SRVVDI_Mrktg \SRVDB \SRVFolders \SRVArchive Mirror Space Clustered File Servers with 10 Gb. E/Infini. Band 60 -bay Shared SAS JBOD Arrays 60 -bay SAS Array

R 2 Hyper-V Compute Nodes Physical or Virtualized Workloads High Speed Network (10 Gb. E/Infini. Band) Unified Cluster Shared Volume Namespace Clustered Storage Pool & Storage Spaces SMB \SRVVDI_Mrktg \SRVDB \SRVFolders \SRVArchive Tiered Mirror Space Dual Parity Space Clustered File Servers with 10 Gb. E/Infini. Band 60 -bay Shared SAS JBOD Arrays with SSDs and HDDs 60 -bay SAS Array

Capacity Optimized • High Capacity • Cost-Efficient • Best $/TB Balanced • Tiered Storage • High Performance SSDs • High Capacity HDDs • Best IOPS/$ Performance Optimized • Extreme Performance • Greatest throughput, highest IOPS

Capacity Optimized • High Capacity • Cost-Efficient • Best $/TB Balanced • Tiered Storage • High Capacity HDDs • High Performance SSDs • Best IOPS/$ Performance Optimized • Extreme Performance • Greatest throughput, highest IOPS

• • http: //www. raidinc. com/ http: //www. fujitsu. com/fts/ http: //www. dataonstorage. com/

http: //channel 9. msdn. com/Events/Tech. Ed/Australia/2013 http: //www. microsoftvirtualacademy. com/ http: //technet. microsoft. com/en-au/ http: //msdn. microsoft. com/en-au/