The webinar discusses exposing myths about using flash storage for virtualization. It addresses whether all-flash or hybrid flash/disk arrays must be used, whether all flash storage is the same, if deduplication techniques are all equal, and if integration is identical across solutions. The presenters are an analyst from Storage Switzerland and a product marketing manager from Tegile who provide perspectives on balancing performance, capacity, and costs with intelligent use of flash and disk storage.
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Webinar: Exposing Myths of Flash Storage for Virtualization
1. Exposing The Myths of Flash Storage
For Virtualization
Join Us as We Expose These Flash/Virtualization Myths
1. You Must Use All-Flash or Never Use All-Flash
2. Flash Storage is All The Same
3. Deduplication is All The Same and All You Need
4. Integration is All The Same
For audio playback and Q&A go to:
http://bit.ly/FlashMyths
2. Our Speakers
Chris has been instrumental in the success of some of the storage industry’s most key companies
over the past 10 years. At Tegile, Chris is developing the product marketing strategy and competitive
analysis portfolio. Chris’ background includes Sun Microsystems, EMC and Dell/Compellent where he
held various roles in technical marketing, sales engineering and competitive analysis. Chris received
his BS in Management Information Systems (MIS) at San Jose State University.
George Crump is the founder of Storage Switzerland, the leading storage analyst focused on the
subjects of big data, solid state storage, virtualization, cloud computing and data protection. He is
widely recognized for his articles, white papers, and videos on such current approaches as all-flash
arrays, deduplication, SSDs, software-defined storage, backup appliances, and storage networking.
He has 25 years of experience designing storage solutions for data centers across the US.
3. ● Analyst firm focused on storage, cloud
and virtualization
● Knowledge of these markets is gained
through product testing and interaction
with end users and suppliers
● The results of this research can be
found in the articles, videos, webinars,
product analysis and case studies on
our web site:
http://storageswiss.com
Who Is Storage Switzerland?
4. Transforming IT with Intelligent Flash Storage
Enterprise Flash Storage Vendor
All-flash & Hybrid in the same system
www.tegile.com
Rapidly Growing
700+ customers
1400+ systems deployed
Enabling Business Transformation
Application Acceleration
Infrastructure Efficiency through Data
Reduction
5. Polling Question
What is Your Biggest Storage Challenge?
A) Reducing Costs
B) Improving Performance
C) Meeting Capacity Demands
D) Stopping Storage System
Sprawl
E) All of the above
10. The Solution for Virtualization
The IO Blender
Gets Worse
Rotational Media
Stays the same
VM Density
Increases
Flash Acts as the
Shock Absorber
11. And the Flash Myth is Born
The IO Blender
Gets Worse
VM Density
Increases
Flash Acts as the
Shock Absorber
12. And the Flash Myth is Born
The IO Blender
Gets Worse
VM Density
Increases
13. How Can Flash Be Implemented?
Legacy Approach
Retrofit legacy arrays with SSDs
Tiering s/w for passive migration
Expensive & inefficient
SERVER
Server-Side Flash
Flash storage in server
High performance
VMs in server islands
No shared storage
No HA
SERVER
SERVER
SERVER
SERVER
Scale-Out
Clustered DAS servers
SSD & HDD DAS
Inconsistent performance
CPU & memory shared across
apps & storage tasks
Interim Band-Aid Solution Limited Use Cases Problems at Scale
Virtualization Dependent
Hybrid Arrays
SSD for perf
HDD for capacity
Perf-capacity-cost
balance
Managed Performance
For Most Workloads
All-Flash Arrays
High performance
Cost prohibitive for all
workloads
Consistent
Performance
For High-Perf Workloads
14. Flash Myths
Separating Fact From Fiction
● You Must Use All-Flash
● Flash Storage is All The Same
● Deduplication is All The Same
● Integration is All The Same
15. You must use All-Flash
The IO Blender
Eliminated
No Limits to
VM Density Costs Increase
16. You must use All-Flash
No Limits to
VM Density
Alternative is
Hybrid Array
Flash Acts as the
Shock Absorber
17. All-Flash vs. Hybrid
Hybrid Arrays
SSD for perf
HDD for capacity
Perf-capacity-cost
balance
Managed
Performance
For Most Workloads
All-Flash Arrays
High performance
Cost prohibitive for all
workloads
Consistent Performance
For High-Perf Workloads
Beware of options that only
address a limited number of
use cases.
All Flash & Hybrid storage
addresses a broader set of
workloads.
18. Flash Myths
Separating Fact From Fiction
● You Must Use All-Flash
● Flash Storage is All The Same
● Deduplication is All The Same
● Integration is All The Same
19. Not All Flash-Based Arrays Are Created
Equal
Periodic data migration across tiers
Policy-based or ad-hoc migration
Admin mediated
Coarse level of granularity for migration
Legacy “Bolt-on” Tiered Storage Next-Generation Flash Storage
Intelligent Caching
Real-time
Fine-grained
Specific Locking
Performance
Layer
Capacity
Layer
Implementation Differences
Type of SSD Most arrays use lower-end cMLC – endurance concerns
Caching
Most arrays use flash only for caching reads
Optimizing metadata access is important
Data Reduction
Some arrays only provide compression – no dedupe
Some arrays only dedupe data in SSDs, not HDDs
20. Flash Myths
Separating Fact From Fiction
● You Must Use All-Flash
● Flash Storage is All The Same
● Deduplication is All The Same
● Integration is All The Same
21. Drive Down Storage Costs with Data
Reduction
Inline compression and deduplication can shrink storage footprint up to 90%
Leverage Flash for Meta Data and run data efficiency on flash and disk
Eliminates the flash capacity can be free statement
Redundant OS images are reduced to a single instance and stored in flash
Save on rack space, power/cooling, storage sprawl
22. Flash Myths
Separating Fact From Fiction
● You Must Use All-Flash
● Flash Storage is All The Same
● Deduplication is All The Same
● Integration is All The Same
23. Flash Integration
Legacy Approach
Retrofit legacy arrays with SSDs
Tiering s/w for passive migration
Expensive & inefficient
SERVER
Server-Side Flash
Flash storage in server
High performance
VMs in server islands
No shared storage
No HA
SERVER
SERVER
SERVER
SERVER
Scale-Out
Clustered DAS servers
SSD & HDD DAS
Inconsistent performance
CPU & memory shared across
apps & storage tasks
Interim Band-Aid Solution Limited Use Cases Problems at Scale
Virtualization Dependent
Hybrid Arrays
SSD for perf
HDD for capacity
Perf-capacity-cost
balance
Managed Performance
For Most Workloads
All-Flash Arrays
High performance
Cost prohibitive for all
workloads
Consistent
Performance
For High-Perf Workloads
Expensive and
Inconsistent
Shared Storage
Pros/Cons
Networking and
Scale Issues
Inconsistent and
Not Cluster Ready
24. Shared Storage Considerations
Shared Storage Protocols
Fibre Channel may make your deployment
too expensive
iSCSI and NAS may not meet your IOPS
needs
An array providing SMBCIFS enables you to
consolidate storage
You need choice to meet user expectations
and to drive consolidation
25. Hybrid Arrays for
Storage Consolidation
Hybrid Flash Array
Server Virtualization Desktop Virtualization Databases
34. Exposing The Myths of Flash Storage
For Virtualization
For complete Audio and Q&A please register for the On Demand Version at:
http://bit.ly/FlashMyths