The Giant Array.

Hans Timmerman

Country Technology Officer

EMC The Netherlands

The leap to the giant array

Agenda:

� What is the challenge?

� What is the role of storage?

� A new Architecture for virtual Storage

� New products EMC has introduced

� The next step . . . .

Agenda:

� What is the challenge?

What is the Challenge?

• We are Evolving to a Cloud OS

• That gives us possibilities to build Private Clouds

• Vendors have to deliver solutions:

• Internal enablement

• External enablement

• End-to-end Automation

• Proven ROI and TCO demonstration

• Many Data Centers are ready for the next steps

• Need is real Scalability, Agility and Flexibility . . . . . . .

Industry leaders VMware, Cisco and EMC created an alliance to accelerate customers and partners to realize that private cloud model.

Virtualized Data Center

Security

Virtualization

Information CloudComputing

PrivateCloud

VirtualClient

VirtualClient

VirtualClient

VirtualClient

Virtual Applications

AppLoads

AppLoads

AppLoads

AppLoads

AppLoads

Federation

External CloudInternal Cloud

ScalabilitySecurityAvailability

vNetworkvStoragevCompute

VMware vSphere 4.0vCenter 4.0

Infrastructure APIs

Application APIs

Multiple APIs

Simplified Provisioning

Data-path utilization

Aut.Fault Recovery

Ultrascale

V-Max

Ultraflex

Quality of services

Virtual Provisioning

Virtual Storage

Storage Viewer

SRM Failback

VDI Plug-in

Conf. Management

Autm. Discovery

Compliance Analyzer

Server Config Mgt.

Unified Computing Services

Root Cause Analysis

Network embedded Security

Authentication

Access Control

Monitoring

Data Leakage

Deduplication

Replication

Back up

Data Protection

3 Million IOPs32 TB RAM4,096 Processor Cores32 Nodes per ClusterAutomatically Balanced Pool

100+ ServiceProvider Partners

Broad Compatibility Built on vApps

Application andInfrastructure VMs

App

OS

App

OS

App

OS

App

OS

App

OS

FederationCloud vServices

• On-demand Procurement

• Private Cloud

• Public Cloud

• Federated

Capacity Management

VMware InfrastructureVirtual Datacenter OS from VMware

Infrastructure vServices

vNetworkvStoragevCompute vCloud

vStoragevStorage API’sAPI’s

to all VMwareto all VMware

SolutionsSolutions

PowerPath

Thin Provisioning • Multi-pathing

• SRM

• Backup

• Multi-pathing

• SRM

• Backup

IO Dedupe

Replication Manager

VM object awareness

SRAs across replication product lines

Avamar

Storage VSAs

What’s Coming from EMC vStorage

Security Suite for the Virtualized Datacenter

vCenter Integrated Compliance, Log Analysis (Today)

vCenter Integrated Compliance, Log Analysis (Today)

Integrated with vCenter and VMware View – VM Appliance

(Today)

Integrated with vCenter and VMware View – VM Appliance

(Today)

Encryption – at rest, in motion, in transit (tomorrow)

Encryption – at rest, in motion, in transit (tomorrow)

Deep inspection at vmkernel of every action (tomorrow)

Deep inspection at vmkernel of every action (tomorrow)

Security

Securing vSphere

VMSafe• vCenter API

• ESX CIM API

• VMsafe

Envision integration

Authentication Manager

VM Encryption

Flow-based security

VirtualInfrastructure

VirtualWorkplace

User world as starting point

serverserver

ne

two

rkn

etw

ork

storagestorage

Physical world

3 market leaders present a joint vision and a standardized architecture for the Data Center of the Future

PhysicalPhysical worldworld

Service request‘Object/overview/process’

VMVM

VLUNVLUN

result

• Available• Secure• Scalable

User User worldworld VirtualVirtual worldworld

ServiceOrchestrator

Virtual world

• Available• Secure• Scalable

scale-out cloud operating systemdynamic and flexible

scale-out network and computedynamic and flexible

scale-out enterprise storagedynamic and flexible

The need for extreme scaling out . . . . .

The leap to the giant array

Agenda:

� What is the challenge?

� What is the role of storage?

� A new Architecture for virtual Storage

� New products EMC has introduced

� The next step . . . .

Agenda:

�

� What is the role of storage?

Guest DriverV

irt. Po

rt

Virt. P

ort

Virt. P

ort

Physical Port

Host Driver

vStorage enables Storage Consolidation

What is it?• VMware-ready consolidated

storage infrastructure

Customer Benefits• VMotion™ compatible:

storage policies remain consistent when VMs move

• Base policies on what you’re running rather than where you’re running it

with NPIV

VSAN1 – Tier 1

VSAN2 – Tier 2

Intelligent Services

Tier2

Tier1

MDS

10 GbE

10 GbE DCE

Fibre Channel

10 GbEFCoE/DCE

LAN

Cisco Nexus5000

Converge storage and networking traffic

What is it?• Converge storage and networking into

a single 10G cable using Fibre Channel over Ethernet (FCoE)

Customer Benefits• Simplifies cabling • All servers can access storage network

(no HBA needed)• VMotion™ without FC HBA• Enables more effective resource pooling

with DRS• Every host can mount any storage device• Ubiquitous connectivity

SAN

V-Max is storage for the private cloud

start small

� 8 ports

� 8 processor cores

� 64 GB of memory

� 48-256 drives

engine

virtualmatrix

can be uniquely assembled into

extremely large arrays

+

grow big

�hundreds of ports

�hundreds of cores

�TB’s of memory

� thousands of disks

engine

engine

engine

engine

engine

build a large arrayfrom smaller ones

virtualmatrix

get really big

� thousands of ports

� thousands of cores

�hundreds of TB of memory

� tens of thousands of disks

�multiple frames, multiple locations

a single, virtual, giant enterprise array

future

engine

virtualmatrix

engine

engine

engine

engine

engine

The leap to the giant array

Agenda:

� What is the challenge?

� What is the role of storage?

� A new Architecture for virtual Storage

� New products EMC has introduced

� The next step . . . .

Agenda:

�

�

� A new Architecture for virtual Storage

SANSAN

Core Core

Core Core

CPUComplex

GlobalMemory

Disk Ports

Back End

SANSANSANSAN

Host Ports

Core Core

Core Core

Front End

Host & Disk Ports

Core Core

Core Core

Core Core

Core Core

CPUComplex

Front End Back End

GlobalMemory

BA

Virtual MatrixInterface

New Architecture needed

Host & Disk Ports

Core Core

Core Core

Core Core

Core Core

GlobalMemory

CPUComplex

Virtual MatrixInterface

Front End Back End

BA

In In 2003 2003 fromfrom a a Bus Bus ArchitectureArchitecture

toto the Direct Matrixthe Direct Matrix

Symmetrix V-Max Engine Building Block

Integrates industry standard components with uniqueSymmetrix technologies and capabilities

Host & Disk Ports

Core Core

Core Core

Core Core

Core Core

CPUComplex

Host & Disk Ports

Core Core

Core Core

Core Core

Core Core

GlobalMemory

CPUComplex

Virtual MatrixInterface

Virtual MatrixInterface

Front End Back End Front End Back End

GlobalMemory

BABA

Single, flexible building block

Symmetrix V-Max EngineVirtualMatrix

A high-availability Symmetrix director pair provides the base configuration

Additional Symmetrix director pairs can be added to scale-out system resources

Virtual Matrix architecture enables CPU, memory, disks, and host ports to be shared across all directors

VMware and the Virtual Matrix

VM

VLUN

ESXESX

VirtualVirtual MatrixMatrix

VM

VLUNvSwitchvSwitch

server server server

vCenter

ESXESX

VirtualVirtual MatrixMatrix

V-Max

serverServicerequest

Scale up

Scale up

Scale out

Scale out

DRS/Vmotion

Virtual LUN’s

SAN

VLUN

VM

VirtualInfrastructure

server

ne

two

rk

storage

VM

VLUN

ServiceOrchestrator

future

Start with a Single Symmetrix V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

scale-out enterprise storage dynamic and flexible

scale-out cloud operating system dynamic and flexible

Hundreds of Thousands of Terabytes

Hundreds of V-Max Engines

Tens of Millions of IOPS

Tens of Thousands of Disk Drives

Hundreds of Thousands of Virtual Servers

One Virtual Matrix

The leap to the giant array

Agenda:

� What is the challenge?

� What is the role of storage?

� A new Architecture for virtual Storage

� New products EMC has introduced

� The next step . . . .

Agenda:

�

�

�

� New products EMC has introduced

3x More PerformanceMore Front End & Back End IOPS,

Increased Systems Bandwidth,More Usable Global Memory

2x More Connectivity Twice as many host ports

Up to 3X more IOPS per port2X more initiators (256) per port

3x More Capacity Up to 2PB of Usable Capacity,4X larger volumes (256GB),

2X more hyper volumes (512)

Unified Storage for virtual data centers

Purpose Built for the Virtual Data Center

20% Less Power per TBReduced Power and Cooling

requirements via multi-core and

new system packaging

NewNew

33x Faster Local Replicationx Faster Local ReplicationFaster Copy Updates reduces time to complete

TimeFinder Clone operations

5050% More Affordable Distance Replication% More Affordable Distance ReplicationSRDF/EDP reduces infrastructure costs for multi-site

and extended distance replication requirements

2020x Faster Data Mobilityx Faster Data MobilityNew Virtual LUN capabilities enables 1000s

of concurrent volume migrations

8080% Faster Provisioning% Faster ProvisioningAuto Provisioning Groups reduces configuration steps

for initial set up and future changes

Reduce Cost While Increasing Performance

Resources are dynamically shared to maintain high, predictable performance

With twice the performance for applications that need it

…when they need it

V-Max Engine

V-Max Engine

V-Max Engine

V-Max Engine

Global Memory

CPU Resources

System Bandwidth

OLTP2 WorkloadFull System Configurations

RAID 5 Fibre Channel Disks

2.6 timesmoreIOPS

IOP

SSymmetrixDMX-4 4500

Symmetrix V-Max

EMC: Industry Leading VMware Affinity

Virtual LUNsDRSVMotion

Non-disruptive mobility of information

Auto ProvisionVirtual Provisioning

VMware Infrastructure

Quickly provisionon demand

PowerPathHAvStorage

Policy based resource management

vCenterControlCenter

and VC Plug-in

Central management and control

Fully Automated Storage Tiering

automates movement and placement of data based on

changing needs

vStorage and vApp Policy integration

FAST

SATA

FibreChannel

Flash

Tiered Storage

Nondisruptive Mobility Across Storage Tiers

Virtual LUN Technology

Executes and monitors migrations across all drive and RAID types

No disruption to data protection, replication, or application availability during migration

Enables further tiered storage consolidation

Optimize back-end layout for performance

Continuous operations during migration

FlashAny RAID Type

FibreChannelAny RAID Type

SATAAny RAID Type

V-LUN

V-LUN

Auto-provisioning GroupsNew

15 clicks to completeSimplifies initial configurations and all future changes and additions

Port A

Port B

Port C

Port D

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

DEV

DEV

DEV

DEV

DEV

DEV

DEV

DEV

DEV

Single Setup to Build and Associate Groups

Traditional Mapping and Masking

Easy, Quick, and Automated Storage Provisioning

40 Individual Masking Operations5 ESX servers x 2 HBAs x 4 storage ports

~160 clicks to completeIncludes initial configuration and repeated for every change or add

Port A

Port B

Port C

Port D

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

HBA

DEV

DEV

DEV

DEV

DEV

DEV

DEV

DEV

DEV

Identifying Flash and SATA drive targets

Lower Costs and Optimize Service Levels

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10

0

Flash drivetargets?

SATA IItargets?

Devices Total IOPS (Maximum)

Device Activity Reports Identify Target Devices for Flash and SATA Drives

65 TB

528* 146 GB15K Fibre Channel drives

65 TB

32* 1 TB SATA drives

104* 400 GB 10K Fibre Channel drives

Ac

qu

isit

ion

$

38 percent more drive IOPSAnd more aligned with workloads

384 fewer drives144 Flash drives plus Fibre Channel drives plus SATA drives versus 528 Fibre Channel drives

32 percent less power and coolingAnd more efficient use of space

17 percent lower storage costsAnd reduced maintenance and software costs

17%

8* 200 GB Flash drives

The leap to the giant array

Agenda:

� What is the challenge?

� What is the role of storage?

� A new Architecture for virtual Storage

� New products EMC has introduced

� The next step . . . .

Agenda:

�

�

�

�

� The next step . . . . building references . . . .

EMC Statistics

4068 VMs on 272 ESX servers

First Rollout - 5:1 (adhoc)

New Norm - 40:1 using vPods

Virtual Desktops – 800 now, 100% EOY

100% Virtualized EOY, including 60K Exchange 2007 mailboxes

dation

$42M saved from Storage Consolidation

$13M saved from Server Virtualization ($80M cost avoidance)

$30M datacenter build avoided

64% Reduction in Power Consumption

Depl. time reduced from 8 weeks to 3 days

Cisco Statistics

14,250 servers, 3,780 apps

2,720 VM’s on 162 ESX Servers

50% of existing,

75% of all new servers virtualized

$19+ Million in Server Virtualization

$50+ Million from Storage Consolidation

Deployment time reduced from 8-12 weeks to 3 days

Savings Savings

Our Own Experiences With Data Center Virtualization

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