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With the advent of virtualization,more demands are being put on storage to support a complex and dynamic infrastructure, creating new challenges that leave traditional management methods and tools in the dust. Storage Manager 5.1 adds new capabilities and feature to addresses these challenges with end-to-end visibility into your physical resources.
Join SolarWinds for a webcast to see how to leverage Storage Manager to take your storage infrastructure to the next level. We will discuss:
• Performance Management - Identify the busiest LUNs in your environment, and if the cause is VM or storage configuration.
• Capacity Planning - Analyze storage allocation and usage across all levels of the infrastructure.
• Reclamation - Identify resources you can reclaim or reconfigure to reclaim space.
• Integration with Virtualization Manager - see how to drill from Virtualization Manager right to the specific LUN supporting in Storage Manager
Using Storage Manager 5.1 to Manage and Optimize your Environment
1. Managing Storage in Virtualized
Environments
Managing Performance and Capacity
2. A big “Howdy” from SolarWinds based in
Austin, Texas
» Brian Radovich – Senior Product Manager, Storage
» Garret Gross – Senior Support Engineer
Today’s Topic
» Managing Storage Capacity and Performance
3. Can you hear me now?
If not, use the GoToWebinar chat or Q&A
panel to let us know.
How do you ask questions?
Will this thing be recorded?
Ask lots of questions
4. The storage virtualization journey
Pinpointing and resolving new storage
performance hotspots
Forecasting shared storage capacity issues
Optimizing and reclaiming space
Integration with Virtualization Manager
5. Phase I Phase II Phase III
ASSURE OPTIMIZE TRANSFORM
Map VMs to storage Analyze file usage Automate management tasks
Pinpoint bottlenecks Forecast storage capacity Track usage by department
Manage I/O blender Optimize virtual storage Integrate with chargeback
Virtual 30% Virtual 70% Virtual 80+%
Physical 70% Physical 30% Physical <20%
Storage Management for Virtualized Infrastructures
• What VMs are using what • What data is accessed most and least • What departments are using how
physical storage? frequently? much storage?
• Where are my Free LUNs ? • When will I run out of physical storage? • Am I ready for chargeback?
• What can I reclaim right now? • How much more do I need to buy? 5
• Have I automated as much of my
• Where’s the hotspot and how do • “What-if” I add more hosts or VMs? management as possible?
I fix it? • Where should I place these new VMs?
6. With virtualization, performance of your arrays is critical
» Capacity (storage and I/O) is now shared >> Problems in one area affect others
Critical needs
» Visibility deep into the array, analyzing the performance at every level (array,
controller, RAID group, LUN and disk)
» Quick identification of problems and bottlenecks
For example
» If you have server, host or VM hogging storage bandwidth, need to find it
immediately and map it to your physical storage
» Also need to see what else the problem will impact and identify available
capacity you could leverage for a quick migration.
- Slide 6 -
7. VM VM VM VM VM VM VM VM
App App App App App App App App
OS OS OS OS OS OS OS OS
Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual Virtual
NIC HBA NIC HBA NIC HBA NIC HBA NIC HBA NIC HBA NIC HBA NIC HBA
Hypervisor Hypervisor
Physical Server Physical Server
NIC HBA HBA NIC
* Source: Storage Switzerland
SAN
End to end mapping of the virtual & physical environment from VM
to Array disks allows for quick diagnostics of bottlenecks, identifying
resource hogs, and properly allocating and managing your storage.
- Slide 7 -
9. Contention: The VM I/O Blender
VM-1 VM-2 VM-3 VM-4 VM-5…
I/O I/O I/O I/O I/O
As VMs multiply, With
customers begin to see virtualization, these
an “I/O Blender” effect new data streams
where traditional and blend together to
predictable IO patterns 10111 create new I/O
get thrown out the 01000
10010 dynamics and hot
window. 11
spots.
- Slide 9 -
10. Where’s the Bottleneck?
Best Practices for Finding Storage Bottlenecks
» Use the Top Ten reports
» Set thresholds, alerts, filters, and notifications to recognize and correct issues
before users experience performance degradation or availability issues
» Manage across your entire Storage Infrastructure: Virtualization, FC Fabric and
Arrays (including EMC, NetApp, Dell, IBM, HP)
- Slide 10 -
12. Capacity Planning for Shared Storage
Need to be able to quickly and easily pull usage data
from multiple arrays into a single view
» Analyze capacity, allocation, usage and forecasting at all levels
of the storage environment (Raw, RAIDed, LUN, Datastore and
file system)
Quickly answer key questions
» How much storage do I have?
» How fast is it growing?
» Who is using the most?
- Slide 12 -
13. Other Capacity Considerations
Thin Provisioning
» How much risk am I incurring by leveraging thin provisioning?
Storage Tiering
» Understand how you are using your unstructured storage
» What data is accessed most and least frequently?
» Can I move least accessed data to lower tiered storage
devices?
- Slide 13 -
14. Storage Reclamation
Array:
» Free LUNs – LUNs carved but not in use
Servers/Hosts
» Unformatted storage
» Orphaned VMDK
Drive/File System
» Identify specific files that you are interested in, e.g.,
• All MP3 files
• All the files that are at 1MB that have not been accessed in a year.
- Slide 14 -
16. Virtualization Manager Integration
Quickly drill down from Virtualization Manager to the STM
Target View.
Link from:
» Cluster
» ESX
» Datastore
» VM
One Way only
VMan > STM
19. Summary and Q&A
Thank you for attending!
To learn more or to download free 30-day trials of
SolarWinds products visit: www.SolarWinds.com
Contact information
Josh Stephens, Head Geek
headgeek@solarwinds.com
twitter: sw_headgeek
Blog: http://thwack.com/blogs/geekspeak/