Accelerate Your Virtualisation Journey With Backup Built For VMWare Frederick Enslin BRS Technology Consultant 1
Agenda Virtualization trend and benefits Must-have list Deduplication Avamar is optimized for VMware backup & recovery Backup & recovery for large scale virtualized environments ESG Analyst video clip Summary 2
Virtual Environment Virtualization Puts New Demands on Data Protection 100% Phase 1 IT PRODUCTION Cost Efficiency IT-owned applications Phase 2 BUSINESS PRODUCTION Quality of Service Mission-critical applications Phase 3 IT AS A SERVICE Business Agility Run IT as a business Consolidation Improved IT production Cloud 85% Server utilization Business productivity 70% 50% Hardware costs Operating expenses 30% Flexibility 15% Platinum Gold 0% D A T A P R O T E C T I O N R E Q U I R E M E N T S I N C R E A S E 3
Proactive Companies Save Time and Money Proactive approach accelerates virtualization Phase1 Phase2 Phase3 Backup optimization Reactive approach Backup optimization Phase1 Phase2 Phase3 4
Data protection paradigms and architectures (especially backup and recovery) must change in order to adapt to virtualized environments. IDC s Worldwide Storage for the Virtualized Environment Taxonomy, 2009 (Doc #221325), Benjamin Woo, Laura DuBois, Noemi Greyzdorf, December 2009 5
The VMware Backup Must Have List Must address today s issues Relieve resource contention Contain backup storage growth Enable more-effective disaster recovery Must provide business value Lower backup infrastructure costs Improve operations Reduce risk Must integrate with VMware infrastructure VMware vstorage API for Data Protection VMware vcenter Server 6
Deduplication Is the Key Relieve resource contention Contain backup storage growth Enable more effective disaster recovery 7
Client-Side Deduplication Moves Less Data VMware ESX Network B A D A C A B C B D C B 1. Divides data into sub-file variable length segments 2. Determines if segments are unique or duplicate 3. Backs up only data that is unique 4. Sends data compressed and encrypted Avamar Data Store 8
Avamar Deduplication backup software and system Avamar VM End-to-end, software/hardware solution Improves backup window, less network load Client-side deduplication Integrated high availability and reliability Flexible deployment options Standalone Integrated with Data Domain and NetWorker Full backups every time and one-step recovery Higher backup success rate and reliability Increased ROI, lower TCO, less risk 9
Avamar Is Optimized for VMware Guest-level backup Provides application consistency Image-level backup Integrated with VMware vstorage API for Data Protection and vcenter Server One-step file-level recovery from image backup Tight VMware vcenter Server integration Qualified on VCE Vblock Infrastructure Platforms in EMC test labs Deployable as a virtual appliance Avamar Virtual Edition 10
VMware Guest-Level Backup Avamar agents ensure application consistency Avamar agents VMware ESX Application-specific agent within each VM ensures consistent state for hot backup Deduplicates within and across virtual machines Reduces resource contention and speeds backups Provides file-level restore for Windows, Linux, and Solaris Control cost with zero-dollar agents 12
CPU Duration of Backup 36 Min. VMware Backup Performance Avamar backup versus traditional backup Avamar Network With and Without Throttle Disk Traditional vs. Avamar Backup CPU 56 Min. Saved From Traditional 12 Min No I/O 1Hr Added 20 Min Saved Full Backup Duration of Backup With Avamar Single ESX Server 12 Virtual Machines 100 GB per machine 5% Change Rate Turn-on CPU throttling and save ESX CPU Minimize CPU utilized by ESX 13
VMware Image-Level Backup Avamar integration with VMware vstorage API for Data Protection Virtual machines Deduplication within and across VMDK files VMware Virtualization Layer x86 Architecture Resource Pool Mount Changed Block Tracking (CBT) reduces backup time and minimizes recovery time File-level recovery from image backup (Windows) Physical server Physical server Storage Avamar Data Store Flexible restore to original, existing, or new virtual machine = Avamar software agent Proxy server load balancing for superior throughput 14
Flexible Image-Level Recovery Original Existing VMware NEW Three ways to restore a virtual machine: Restore back to original virtual machine Restore to an existing virtual machine Restore to a new virtual machine Avamar Data Store Change the game: Help simplify disaster recoveries using Avamar 15
Faster Restores for VMDK CHANGED BLOCK TRACKING (CBT) BACKUP LAN-free CBT Blocks LAN-free VM Image Proxy LAN/WAN STANDARD RESTORE Whole VM LAN-free CBT Blocks VM Image Proxy LAN/WAN CBT RESTORE VM Image Proxy Unique Blocks Whole VM LAN/WAN CBT Blocks Changed Block Restore Use Changed Block Tracking to transfer delta blocks between backup set and virtual machine Accelerates image restores Backup and restore to/from NFS and iscsi SAN storage 16
Proxy Server Load Balancing VMware ESX Server Cluster ESX SERVER 1... ESX SERVER N A B C D E F Proxy VM Proxy VM VMware vcenter Server = Data Avamar Data Store Automatic and transparent Simplifies management Faster backup and recovery 17
Integration with VMware vcenter Server Manage data protection and contain virtual machine sprawl Browse to VMware vcenter Server through the Avamar GUI Auto-discover virtual machines and their associated groups Monitor backup/restore operations in the Activity Monitor View VM protection status (guest/image/none) Single point of management for VMware backup options 18
Integration with Data Domain High-speed, scalable Avamar backups to Data Domain systems Selectively back up and restore specific data types to a Data Domain system VMware image backup Oracle and Microsoft SQL Server, Exchange, SharePoint Easy to manage Associate Data Domain system(s) with Avamar Select the destination of backup data via policy Manage backups, restores, and replication through Avamar GUI 19
Solution Sizing: Variables to Consider Number of virtual machines Data size of each virtual machine Aggregate daily change rate Backup window Initial full backup and subsequent Underlying storage read performance Connectivity, drive type and I/O 20
Account for Process Overhead Virtual proxy server performance limits Proxy can scan rate - 200 GB/hr A proxy will only process one VM at a time VMware process Approximately 2 minutes per VM Creating snaps of a VM related to I/O of VM SCSI hot-add Enable change block tracking Additional 10% storage needed Virtual machines VMware Virtualization Layer x86 Architecture Resource Pool Physical server Proxy VM Avamar software agent Mount Storage Physical server 21
Example Environment Production storage volume ~ 50TB Number of VMs ~ 1000 VMs (50GB/ea) Aggregate daily change rate ~5% Multiple DRS clusters Assume an 8 hour backup window First full backup Subsequent backup 22
110 100 90 80 70 60 50 40 30 20 10 0 68 12.5 Backing Up 1,000 Virtual Machines 50 TB protected in 43 minutes 79 25 89 37.5 101 12.5 13.13 13.75 14.38 Day 1 Day (2501 VMs) Day 2 Day (5002 VMs) Day 3 Day (7503 VMs) Day Day 4 (1000 4 (250 VMs) (500 VMs) (750 VMs) (1,000 VMs) VMs) STEADY STATE 50 50 50 50 43 43 43 Proxy infrastructure: Dual-quad core, 64 GB memory 2.5 2.5 2.5 Day Day 5 (1000 5 (1,000 VMs) VMs) Day Day 6 (1000 6 (1,000 VMs) VMs) TB Protected TB Scanned Total Time (Min) Day Day 7 (1000 7 (1,000 VMs) VMs) 23
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Customer Case Study: Global IT Services Firm 2 DATA CENTERS 600+ VIRTUAL MACHINES 60 NEW SERVERS PER MONTH Discovered operational issues with tape backup VM/ESX server sprawl was bloating costs and complexity Traditional backup did not align with IT strategy VMware deployment slowed until backup redesign was completed Company standardized on Avamar for VMware Saved $9M over three years = more than $3M used to fund more VMware purchases 98 percent reduction in backup data 30 percent increase in VM-to-ESX server ratio Reduced operator staff from 60 to 10 U S E C A S E 25
Customer Case Study: Health Quest 12+ hour backups 2 DATA CENTERS 210 VIRTUAL MACHINES BACKUP EXEC + TAPE Our weekly full backups for our virtual environment were bringing our VMware servers to a crawl. With Avamar, we don t even notice when backups run. From a TCO and management perspective, Avamar was an absolute home run. Michael Close, Sr. DBA and backup administrator, Health Quest Frequent backup failures and downtime Long and inconsistent restores Placed the VMware deployment on hold until backup issues were resolved Only Avamar could deliver Eliminated tape and saved $1M over three years 96 percent reduction in backup data Increased VM-to-ESX server ratio Improved service level agreements for backup and recovery U S E C A S E 26
Avamar for VMware Unlike anything else in the industry Maximize virtualization investments Support for latest VMware vstorage APIs for Data Protection Tight VMware vcenter Server integration Deduplicated guest and image level, daily full backups Shorten backup and recovery time One-step full recovery Improve bandwidth efficiency Simplify data protection management Shrink storage requirements Lower costs Scalability, high availability, and reliability Replication and disaster recovery EMC s backup and recovery solution portfolio 27
Summary Accelerate the virtualization journey Increase Consolidation Ratios 90% Faster Backups 40x 60x Data Reduction 99% Reduction in Replication Bandwidth File, Image, and Site Recovery Lower Backup Infrastructure Costs Simplify Management Improve Operations Investment Protection Reduce Risk 28
Accelerate Your Virtualization Journey Now Next Steps Assessments Workshop Contact Your EMC Account Rep or Partner Visit emc.com/backuptothefuture emc.com/avamar 29
THANK YOU 30