presentation to customers delivering first-class performance and availability for tier 1 apps

DELIVERING FIRST-CLASS PERFORMANCE & AVAILABILITY FOR VIRTUALIZED TIER 1 APPS

CIO Directive: Go Virtual!

Balancing Tradeoffs is Not Easy

PERFORMANCE

SIMPLICITY

UPTIME

Impact of Performance & Availability

Slow andinaccessibleapplications

Dissatisfied users

Productivity loss Lost revenue

Storage Complexity is Growing at Unsustainable Rates

Different models Different generations

Different vendors Different disk interfaces

Virtualization Introduces Performance Barriers…

Virtualization highlyrandomizes I/O

…and Service Interruptions

n1, n2, n3 workloads

Virtualized applications are not accessible when

a server goes down

Traditional I/O Bottleneck Reduction Approaches

Database and Application Re-design and Tuning

Limited effect; Time consuming; Labor intensive; Costly

Adding CPU and Memory Does not help if system is I/O bound

Server Hardware Caching Complex, Reliability and Scalability Concerns, Vendor Lock In

Add Hard Disk Drives Costly; Power, cooling, and footprint inefficient; performance constrained

Traditional Storage System Caching

Hit Rate Limited; Random Reads / Writes Performance Issues; Disks Still Bottleneck

HDDs & Traditional Flash Approaches are Expensive or Disruptive

Suitability for shared high performance for virtualized environments

PCIe Flash

DAS Flash

Legacy diskStorage array

Hybrid Flash / Disk

SAN Flash

Cluster

Traditional Approaches Limit Availability

“Rip-out” internal drives

Cluster

Facility = Single Point Of Failure

Air conditioning Power Water leaks Construction Technician error Accidents Upgrades …

VMs & data stored in one place

Widespreaddowntime during storage outages

The Fundamental Question

How do I cost-effectively add predictable and sustained performance and high availability to serve my application requirements?

Engineered to deliver performance► 100% solid state flash storage► Unmatched random IOPS performance► Interoperability for virtualized environments► Maximum flash performance over Ethernet

Simple and non-disruptive to deploy

Leverage Networked Flash Architecture

1/10 GbEswitch

InstalledSAN storage

PCIe Cards

Traditional HDD

Networked Flash

~350,000 IOPS max to any application

$100-$200K

Disruptive Implementation

~60,000 IOPS

Complex Implementation

140,000 IOPS

Simple Implementation

Hybrid Array

~20,000 IOPS

Rip & Replace Implementation

Networked Flash: Non-disruptive, Cost-effective Performance Acceleration

Introduce Flash as a New Performance Tier…

CAPACITY

Tier 110-15K RPM HDDs

Tier 27200 RPM HDDs

Tier 0Flash

…and Continuous Availability

…and Continuous Availability through Separation

Via Networked Flash & Storage Virtualization Technologies

ACCELERATING PERFORMANCE

Dynamically Optimize New and Existing Capacity

Tier 110-15K RPM HDDs

Tier 0Flash

Tier 27200 RPM HDDs

Pool Other Arrays Too

ExistingSAN

Storage

Take a Closer Look

CONTINUOUSAVAILABILITY

Mirror

Production

Mirror Between Rooms

Up to 100 KmBuilding 1

Building 2

Networked Flash

SASSATA

Networked Flash

SASSATA

Out-of-Service

Non-Disruptive Failover

ProductionBuilding 1

Building 2

SASSATA

Networked Flash

SOLUTION ADVANTAGES

Accelerates application response times

Delivers predictable high performance at a lower cost per IOPs

Prevents data loss and provides continuous availability

Fully utilizes all your storage assets

Dynamically matches the workload to the storage performance

Eases management of asset replacement and restoration

Sets you free from single vendor lock-in

Delivering a Unique Value Proposition

Superior Technology for Superior PerformanceViSX, with its integrated DataPump Engine, outperforms the competition in typical virtualized and databases applications:

• ViSX IOPS > Vendor A by 300% (other flash start-up)

• ViSX IOPS > Vendor B by 33+% (large well-known storage vendor) at 1/5 the price

Independently measured with Iometer by Demartek.

SCALABLE PLATFORM

Cluster

ExistingSAN

Storage

Current Environment: Shared Array

Cluster

Storage Virtualization

Introduce Solution: Networked Flash & Storage Virtualization

Cluster

Scale Up : Add SSD Modules

Cluster

Scale Out & Up: Add ViSX Appliances

Take The Next Step

Call us for a Free Consultation

Rethink Your Virtualization Strategy

Request anAssessment

We look forward to transforming your business with you

sales@datacore.com sales@astutenetworks.com

www.datacore.com

www.astutenetworks.com

Software-Defined Storage

MailApps

Database

Current & EmergingTechnologies

presentation to customers delivering first-class performance and availability for tier 1 apps

datacore software

flash tier

sustained performance

performance acceleration

accelerating performance

predictable high performance

implementation networked

shared high performance

Technology

how to migrate your saas apps to aws for increased agility...

delivering high availability and disaster recovery using ·...

delivering vertical social apps - dreamforce - 9/18

delivering oracle success -...

fmw - apps associates · soa best practices embedded...

porting rails apps to high availability systems

subscription it: delivering high performance, availability...

delivering technology - cbt€¦ · delivering technology...

delivering articles using openurl ann apps mimas, the...

wp8 critical developer practices for delivering outstanding...

year 6 apps list 2019 - mansfieldss.eq.edu.au€¦ · web...

year 5 apps list 2019 - mansfieldss.eq.edu.au · web...

delivering mobile apps faster with ibm bluemix

delivering performant, reliable, and scalable apps with...

delivering mobile apps that perform

delivering best apps with efficiency

adv1591bu delivering virtual desktops and apps via or...

maintaining the design intent delivering availability and...

new rules for delivering and managing enterprise mobile apps

delivering first class performance and availability for...