After Dedup: Before Dedup:5TB Chunk Store Non-Optimized Files
Optimized file stubs Savings = 4TB 1TB Physical Size
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Windows Server 2012 Debut of next generation design (not based
on SIS) Supports closed files Windows Server 2012 R2 New support
for VDI scenario Dedup of open VHD files for VDI Supports Cluster
Shared Volumes (CSV) TechEd 2014 EU VDI at scale reference
deployment New virtualized backup scenario Requires November 2014
update rollup
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Lets look at what we learned from a real deployment
Complete details on Microsoft VDI Reference Deployment are
available in the VDI whitepaper: Large scale Virtual Desktop
Infrastructure (VDI) Deployment Using Windows Server 2012 R2 with
Storage Tiers and Data Deduplication Available at the Microsoft
Download Center: http://go.microsoft.com/fwlink/?LinkId=518098
Scale-out File ServerHyper-V Cluster Shared Volumes Dedup
Spaces-Based Virtualized Storage VHD New scenario for Windows
Server 2012 R2
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Microsoft Cloud Platform System For Enterprises and Service
Providers Dell as Hardware partner Windows Server 2012 R2, System
Center 2012 R2, WAP Microsoft-validated hardware and software
Optimized for hosting Microsoft applications Example deployment of
virtualized backup with dedup
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Pre-deployed infrastructure Switches, load balancer, storage,
compute, network edge N+2 fault tolerant (N+1 networking)
Pre-configured as per best practices Integrated Management
Configure, deploy, patching Monitoring Backup and DR Automation
8000 VMs*, 0.7 PB of usable workload storage Optimized deployment
and operations for Microsoft and other standard workloads SQL
Server SYSTEM CENTER SMB 3.0 & STORAGE SPACES HYPER-V HOSTS
HYPER-V NETWORKING SERVICE MANAGEMENT API ADMIN PORTAL TENANT
PORTAL Dell PowerEdge Servers Dell Storage Dell Networking +
optimized racking and cabling for high density and reliability Dell
Enterprise infrastructure WINDOWS AZURE PACK
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Specific storage configuration Space available Tenant: 152
terabytes Backup: 126 terabytes (+ deduplication) 4 JBODs 192 HDDs
@ 4 terabytes each = 768 terabytes RAW 48 SSDs @ 800 terabytes each
= 38 terabytes RAW Storage Spaces configuration Tenant: 3-way
mirror Backup: Dual parity Tiered storage 4 file servers 128 GB
memory 3 x pools (2 x tenant, 1 x backup) 8 x 10 GbE RDMA for SMB3
\\SMBShare
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Scale-out File Server Hyper-V Cluster Shared Volumes Dedup
Spaces- Based Virtualized Storage VHD