HP Cornell Server Virtualization

(1)

HP – Cornell

S

l

Server Virtualization

Thomas Knight

Solutions Architect / Blade Ambassador

H l tt P k d

Hewlett Packard

(2)

Agenda

– IT today and the future

– The need to virtualize

– Key features of VMware virtualization technology

today

– HP and VMware

C

li

d S

i

(3)

Today’s reality – IT Challenges Abound

Risk

Agility

Too long to

Risk

Of downtime,

non-compliance…

g

provision and

upgrade

Cost

OpEx and

CapEx limits

Utilization

Rates Below

Power

Space

Constraints

Li it

Rates Below

Expectations

An increasing

percentage of

OpEx

Limit

Expansion

(4)

The Data Center of the future will be built on a

C

d I f t

t

Converged Infrastructure

Servers Storageg _Servers

Converged

Infrastructure

Converged

Infrastructure

Power & cooling Network

(5)

Future State if IT:

Hybrid delivery framework

SELF-SERVICE USER

Services Catalog

- Infrastructure

- Platform - Applications- Industry

g

BROKER

Orchestrate

SECURE

BRIDGE BRIDGE

PRIVATE CLOUD VIRTUAL PRIVATE AND

INDUSTRY CLOUDS

(6)

x86 Server Virtualization Adoption

What is your company’s highest level of awareness or interest in x86 server virtualization?

4% 4%4% 14% 34%

Not aware (includes "don't know") Not interested

Interested but no budget for it Interested and planning budget for it

Base: 77 x86 server virtualization decision-makers at North American and European SMBs.

25% 19%

Implementing in the next 12 months Already implemented

“Percentage of your x86 server OS instances operated as virtual servers rather than run directly on server hardware.”

(Average percent of servers virtualized in companies of respondents)

61% Two years from

today*

Base: 123 decision makers at North American and European SMBs.

36%

0% 10% 20% 30% 40% 50% 60% 70% Today

Source: Forrester Research, Inc., “The State of Emerging SMB Hardware Trends: 2008 To 2009,” February 29, 2009.

(7)

Some Key Benefits of Virtualization

1

R d

Ph i l I f

C

1

Reduce Physical Infrastructure Cost

2

Reduce Datacenter Operating Cost

(e.g. Power & Cooling)

3

Increase Productivity, Operational Flexibility

d R

i

(8)

Reduce Server Spend Through

Consolidation

1

_{Consolidation}

VMware…

Typical Consolidation

20 1 b

20:1 or better

•

Decouples software from

hardware

•

Encapsulates Operating

Systems and applications into

“Virtual Machines”

A Server or Desktop

Vi t l M hi

(9)

Reduce Data Center Operating

Costs (Power and Cooling)

2

Costs (Power and Cooling)

•

Highest consolidation rates on most secure and

reliable virtualization platform

Server

reliable virtualization platform

•

Safely improve utilization rates

•

Up to 80% or more energy reduction

•

Dynamic server and storage migration

•

Migrate storage dynamically

Storage

g

y

•

Up to 25% energy reduction

Network

•

Consolidate Switches and Interconnects

•

Use higher speed NW connections (10Gbit)

U 50%

d i

Network

(10)

Increase Productivity, Flexibility &

Responsiveness

3

_{Responsiveness}

• Do more work with the

90–225

same number of people =

operating cost savings

D i

f

d ti it

30–75

• Drivers of productivity

improvements:

−

Instant provisioning

Before VMware After VMware

Instant provisioning

−

Dynamic patching

−

Zero downtime maintenance

Workloads per Admin

−

Built-in high availability

−

Automated disaster recovery

(11)

Economics of Multi-Core (“Moore’s Cores”)

x86 CPU performance over time

_{Today’s Core counts:}

expected trend Multi core CPU Total Count Cores/Threads Intel 2P: 12C/24T Intel 4P: 40C/80T

rmance

Dual core Multi-core technology Intel 8P: 80C/160T AMD 2P: 24C/24T AMD 4P: 48C/48T

perfo

r

historic trend Dual core

technology Coming later this year:

CPU Total Count Cores/Threads Intel 2P: 16C/32T 2000 2002 2004 2006 2008 2010 2012 AMD 2P: 32C/32T AMD 4P: 64C/64T

(12)

Memory Capacities and Price Points

16GB Quad Rank DIMMs

New 16GB Low Power

Dual Rank

DIMMs

Max system capacities

• 192GB in Intel 2P systems • 256GB in AMD 2P systems

− 288GB in Intel 2P systems (with 18 DIMM slots)

− 384GB in AMD 2P systems (with 24 DIMM slots) 768GB in AMD 4P systems • 512GB in AMD 4P systems • 1TB in Intel 4P systems • 2TB in Intel 8P System − 768GB in AMD 4P systems − 1TB in Intel 4P systems − 2TB in Intel 8P System

New 32GB Low Power Quad Rank DIMMs now

available!

• 384GB in Intel 2P systems (w/ 18 DIMM slots) • 512GB in AMD 2P systems (w/ 24 DIMM slots) • 1TB in AMD 4P systems

2TB i I l 4P

Latest Memory DIMM

List Pricing and cost per GB

• 2TB in Intel 4P systems • 4TB in Intel 8P System

*Not all Intel servers qualified yet

SKU Intel Server SKUs Pricing 04/21/2011 ILP $/GB

593339-B21 HP 4GB 1Rx4 PC3-10600R-9 Kit $179.00 $45 500658-B21 HP 4GB 1x4GB PC3-10600R-9 Kit $189.00 $47 500662-B21 HP 8GB 1x8GB PC3-10600R-9 Kit $349.00 $44 500666-B21 HP 16GB 1x16GB PC3-8500R-7 Kit $899.00 $56

627812-B21 HP 16GB 2Rx4 PC3L-10600R-9 Kit $1,349.00 $84

Not all Intel servers qualified yet,

AMD servers to be qualified in Q2/Q3 627814-B21 HP 32GB 4Rx4 PC3L-8500R-7 Kit_SKU _{AMD Server SKUs 03/22/2011} $5,999.00 $187_ILP _$/GB 593911-B21 HP 4GB 1Rx4 PC3-10600R-9 Kit $179.00 $45 593913-B21 HP 8GB 2Rx4 PC3-10600R-9 Kit $349.00 $44

(13)

Typical standalone server workloads

95% of

applications

tions

< 4 GB at peak 1 to 2 CPUs

of Applica

t

< 100 at peak < 2.4Mbits/s

%

o

Application Performance Requirements

pp

q

1. Source: VMware Capacity Planner assessments

(14)

Scale Out with vSphere to Exceed Physical Performance

2005

64

2010

How many cores can your app use?

# cores)

48 56

calability (

#

32 40

Max s

c

16 24 8 Average

App Exchange ServersWeb ServerSQL Scale-outESX

Average

(15)

VMware vSphere and Multi-core

VMWare ESX Scaling: Keeping up with core counts 1000 100 o f C o re s u s e d Oracle SQLserver Exchange 10 Nu m b e r o Average Customer Application Avg4socket Web Servers 1 1990 1995 2000 2005 2010 2015 Year Most applications don’t scale beyond

(16)

Single VM Performance: Database OLTP

Workload

†

9

Workload

a

y VM)

Intel®_Xeon®_{based 8-pCPU server}

RHEL 5.1 Oracle 11gR1

ESX vSphere Server

6 7 8 VM Native

• < 15% overhead for 8

vCPU VM

• 8 900 total DB

tio to 1-w

a

p 4 5 6

8,900 total DB

transactions per second

• Near-linear scalability

from 1 to 8 vCPUs

_{Rate (Ra}

t

2 3

• 60,000 I/O

operations/second

n

saction

0 1

1‐way 2‐way 4‐way 8‐way

Tr

a

n

†_{A fair-use implementation of the}

TPC-C workload; results are not TPC-C compliant

(17)

ESX 4.0 Performance with SQL Server 2008

Relative Scaling Ratio

VM _147.24

ESX hi

90%

133.12 VM Native

–ESX achieves 90%

of native performance on 4

vCPU VM

94.04 79.88

–Workload transaction

latency unchanged

51.08 45.22

y

g

between ESX 4.0

and Native

(18)

(19)

VMware vMotion

Description

Live migration of virtual machines from one server to another without disruption to users

Benefits

Minimizes the need to schedule application downtime due to server maintenance, upgrades, or migration, pg , g

(20)

VMware Storage vMotion

Description

• Live migration of virtual disks from one storage location to another without disruption to users

Benefits

• Minimizes the need to schedule application downtime due to storage maintenance,

d i ti

upgrades, or migration

(21)

VMware Hot Add

D i ti B fit

Description

• Allows CPU and memory to be added to running virtual machines without disruption or downtime

All i t l HBA d NIC t b dd d t

Benefit

• Applications may be given additional resources without disruption or downtime • Allows virtual HBAs and NICs to be added to or

removed from virtual machines without disruption or downtime

Grow

OS

APP

Grow

Memory

OS

_Grow

CPUs

(22)

VMware Distributed Resource Scheduler

(DRS)

(

)

Description

• DRS continuously monitors virtual machines and physical servers to optimally align compute

Benefits

• Automated matching of application demand to computing resources

physical servers to optimally align compute capacity to application requirements based on business priorities

to computing resources

• Simplified operational management and higher levels of utilization in virtual

(23)

VMware High Availability (HA)

Description

• Continuous monitoring of servers in a pool and automated restart of virtual machines on alternate servers in the event of hardware failures

Benefits

• Simple, cost-effective protection against hardware and OS failures

• Pervasive protection for all applications, • Automated restart of virtual machines in the event

of OS failures

p pp ,

allowing protection of applications with no other failover options

(24)

VMware vNetwork Distributed Switch

Description

• Provides a central datacenter level

aggregated control point for virtual machine networking

Benefits

• Simplified provisioning and administration of virtual machine networking

(25)

VMware Solutions Maximize Uptime

Site

Prevent Planned Downtime Minimize Unplanned Downtime

Storage

Site

Cons Backup Data

Site Recovery Manager

Storage

S

Storage vMotion

Cons. Backup, Data

Recovery

Server

_{vMotion + DRS}

Maintenance Mode

HA,

Fault Tolerance

Interconnect

_Network

(26)

VMware and HP

i h i l d i t l i

t t

th

managing physical and virtual environments together

VMware

Targeting Virtualization Infrastructure (VI) admin

– Virtualization

platforms and

virtual

i f t

t

U d l i

g g ( )

HP

Targeting Server Admin

infrastructure

•

Hypervisor

•

Availability

•

Mobility

– Underlying server

infrastructure

including Blades and

Virtual Connect

U ifi d t

VMware

Infrastructure

Mobility

•

Security

– Virtual

infrastructure

management

– Unified management

of HP infrastructure

bringing the flexibility

of virtualization to

physical servers

management

physical servers.

– In depth knowledge

of hardware

including power.

HP ProLiant Blades

(27)

HP BladeSystem and Virtualization

Adapt faster and save cost by

fine tuning your network

Fit more virtual machines per

square foot

HP Virtual Connect Flex-10 / FlexFabric more DIMM slots50% to 100%

Boost performance with

Reduce

Gain new storage

Boost performance with

less power

Gain new storage

possibilities

...

Reduce

Infrastructure O/H

Next-Gen Processors Dynamic Power

Capping _{SAS Storage}

iSCSI Storage iLO

Advanced for BladeSystem

(28)

HP Business Technology Optimization

Approach

Service management

Silo’d management

Approach

g

•

Lack of visibility from multiple

unconnected point tools

P

li ti i

l

•

Comprehensive service view

including service levels,

capacity and power

•

Poor application service levels

and compliance

•

Labor intensive and error prone

manual processes

capacity, and power

•

Automated provisioning, change

and compliance management

ITIL based process & discipline

manual processes

•

ITIL-based process & discipline

(29)

HP’s comprehensive cloud portfolio

MANAGING, SECURING AND GOVERNING

TRADITIONAL, PUBLIC & PRIVATE CLOUD SERVICES

MANAGE AND SECURE

Cl d d i i IT i

C

LOUD

S

ERVICE

A

UTOMATION

Cloud and existing IT services

CONSUME Enterprise cloud services BUILD Cloud Solutions for

Private & Burst

BUILDING PRIVATE &

PUBLIC CLOUDS

DELIVERING HP

ENTERPRISE CLASS

Public Clouds

TRANSFORM

Infrastructure and applications for the Cloud

C

LOUD

S

YSTEM

PUBLIC CLOUDS

E

NTERPRISE

C

LOUD

S

ERVICE

- C

OMPUTE

CLOUD SERVICES

TRANSFORMING TO HYBRID DELIVERY WITH WORLD

CLASS CONSULTING SERVICES

(30)

Key Security Compliance Trends

FISMA

PCI _NERC

FISMA - Federal Information Security Management Act

NERC - North American Electric Reliability Corporation

HIPAA - Health Insurance Portability and Accountability Portability and Accountability Act

BASEL II (banking)

SOX S b O l

GLBA _{DOD Directive}

8500.1

Data Center

SOX - Sarbanes-Oxley GLBA - Gramm-Leach-Bliley Act SOX HIPAA

PCI - Payment Card Industry Data Security Standard

DOD Directive 8500.1 – Information Assurance

BASEL II

(31)

HP Tipping Point

Secure Virtualization Framework

› What’s Included

• IPS Platform with VLAN translation

• SMS / VMCSMS / VMC

• Virtual Controller (vController)

• Virtual IPS (vIPS)

› Key Benefits

_OINT LLER

TippingPont

vIPS

› Key Benefits

• Active threat blocking

-for the virtual data center

• Consistent security policy and enforcement

-between the virtual and physical data center

TIPPINGP

O

vCONTRO

L

between the virtual and physical data center

• Full VM security isolation

- from other VMs and hosts

• Unmatched visibility and control

- for virtualization with Reflex VMC integrationg

• Optimize protection and performance

-with options for local inspection or IPS appliance offload

• Persistent security for Mobile VMs

- security follows VMs

• Proven, timely threat coverage from DVLabs

(32)

HP Services – with you at every step

Post sales services Post sales services

Best in class HP Support and Education services Roll out Purchase and Integrate Roll-out Install deploy Leverage Project, Installation and Start-up services to deploy

• HP leads your organization to find the

strategy and business value from virtualization solutions

Pilot/Test

Design and

to deploy

virtualization _• virtualization solutions_{Knowledge transfer and best practices}

for virtualization design and implementation bl h d d Design Pilot/Test Design and validate Segment users, design the solutions,

• Enable smooth and rapid transition to

virtualization

• Education services to manage change

Set your strategy

Business Value S i

Plan and architect

User

segmentation pilot to test

alternatives

Services

Plan and architect

Plan the solution and architecture

(33)