Post on 12-Feb-2018
2010 VMware Inc. All rights reserved
Enabling IT as a Service
Senior System Engineer, Senior System Engineer, vmvmwareware
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VMware is the Customer Proven Market Leader
Company Overview $2 billion in 2009 revenue Over $2 billion in cash 25%+ operating margins ~7,000 employees worldwide 5th largest infrastructure software
company in the world
Proven in the Trenches 170,000+ VMware customers 100% of Fortune 100 100% of Fortune Global 100 96% of Fortune 1000 96% of Fortune Global 500
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VMware is the Customer Proven Market Leader
Company Overview ~$1.9 billion in 2008 revenue Over $2 billion in cash 20%+ operating margins ~7,000 employees worldwide 5th largest infrastructure software
company in the world
Proven in the Trenches 150,000+ VMware customers 100% of Fortune 100 100% of Fortune Global 100 96% of Fortune 1000 96% of Fortune Global 500
84% of all virtualized applications in the world run on VMware.
Gartner, December 2009
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Virtualization Overview
Virtualization Hypervisor abstracts traditional physical machine resources
and runs workloads as virtual machines (VMs) VMs each run applications and guest OSes
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Self-Managing Datacenter
Automate
CapacityOn Demand
Server Consolidation
Test and Development
Separate Consolidate Aggregate
Computing Clouds On and Off Premise
Liberate
Virtualization Evolution Path
Hypervisor
Management
Hypervisor Hypervisor
Management
Hypervisor
Management
Automation
VirtualInfrastructure
VirtualInfrastructure
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VMware Initiatives
View
Manageable Endpoints
vSphere
Foundationfor the Internal Cloud
vCloud vApps
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Virtualization Overview
Hypervisor Partitions computing resources of a server
for multiple VMs Hypervisors alone lack coordination for
higher availability and efficiency
VMware vSphere VMware vSphere goes beyond basic host
partitioning by aggregating infrastructure resources into a giant virtual computer
Serves as a dynamic OS for a private internal cloud in your datacenter
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Hardware Indipendence
PartitioningEncapsulation
Isolation / Security
Virtual Machine key properties
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Hosted vs. Bare Metal Virtualization
Bare Metal/Hypervisor Hosted
Device support is inherited from host operating system for maximum hardware compatibility
Virtualization installs like an application rather than like an operating system
Can run alongside conventional applications
Maximum performance with lowest overhead using certified hardware
Highly efficient direct I/O pass-through architecture for network and disk
Highly secure micro-kernel virtualization layeronly 100Ks of lines of code versus 1025 million lines of host operating system code
Advanced features like VMotion available
(ESX Server)(Workstation, VMware Player, VMware Server, ACE)X
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Todays IT Complex, Inefficient, Inflexible
Source: VMware Fortune 100 Customers
Cause Overwhelming complexity
Reliance on brittle infrastructure
Effect >70% of IT budgets just
maintaining status quo
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Our Mission is Your Mission
Simplify the Complexity
Dramatically Lower Costs
Enable Flexible, Agile IT Service Delivery
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Without VMware
Single components require:
Power
Cooling
Space
Setup
Configuration
Management
Support
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With VMware
Flexibility
Rapid provisioning
High Availability
Disaster Recovery
Automation
Systems Management integration
Adaptive Datacenter
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From physical .
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. to virtual
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Platform FocusInfrastructure Abstraction
. to the dynamic infrastructure
The building block for the datacenter
The draw is saving money, but after ayear or so, surveys show that adopters believe the key is agility.
Tom Bittman, Gartner
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. to the private cloud !
The private cloud is the best place to run any existing application
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OS
Exchange
Operating System
Virtualization
OS
SAP ERP
Operating System
Virtualization
OS
File/Print
Operating System
Virtualization
OS
Oracle CRM
Operating System
Virtualization
Virtual Infrastructure
InterconnectPool
CPUPool
MemoryPool
StoragePool
Traditional View Virtual Infrastructure
Abstraction + Pooling = Simplified Complexity
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Distributed Resource Scheduler (DRS)
Distributed Power Management (DPM)
VM and Storage vMotion
vNetwork Distributed Switch
vShield Zones
Virtual Infrastructure
InterconnectPool
CPUPool
MemoryPool
StoragePool
Abstraction + Pooling = Simplified Complexity
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Increase automation
Virtualization + Automation = Lower Costs
Cost per VM hour(2GB instance)
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16
14
12
10
8
6
4
2
030% 35% 40% 45% 50% 55% 60% 65% 70% 75% 80%
Increase utilization1
Utilization
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Customers see Fast value: 6-9 mon ROI Savings: lowest TCO per VM Escalating benefits
Reliability Green IT
Customers Advantages
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The Rise of a New Era in IT
Mainframe
PC / Client-Server
WebCloud
Capability to deliver IT-as-a-service
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Defining the Cloud
What is it?What is it?
Cloud is not a destination, but a way of doing computing.
Paul MaritzPresident & CEO, vmware
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Virtualization & Cloud = Top Priorities for CIOs
Source: Gartner CIO study, Q4 2009
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Cloud Architecture + Self-Service = Agile Service Delivery
Self-Service
Service Catalog
Resource Pools
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Flexible Cloud Deployment Models = Choice
Cloud ServiceProvidersEnterprises
Private CloudOperated solely for an organization, typically
within the firewall
Low total cost of ownership Greater control over security,
compliance, QoS Easier integration Support existing applications
Hybrid CloudComposition of 2 or more
interoperable clouds, enabling data and application portability
VMware focusto deliver the
best of both worlds
Public CloudAccessible over the Internet for general
consumption
Low acquisition costs Less administrative
burden On-demand capacity Limited offerings
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COST EFFICIENCY
QUALITY OF SERVICE
BUSINESS AGILITY
IT Production Business Production IT as a Service
15%
30%
70%
85%
How Do You Get There from Here?
How?
2010 VMware Inc. All rights reserved
VMwares Product Solutions
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vSphere 4.0 The Most Complete Virtualization Platform
Application Services
Infrastructure Services
Scalability
vSphere 4.0
Security
vShield Zones VMSafe
DRS Hot Add
VMotion Storage VMotion High Availability Data Recovery Fault Tolerance
Availability
vNetworkvStorage
Distributed Switch VMFS Thin Provisioning Volume Grow
ESX ESXi DRS/DPM
vCompute
Partner Ecosystem
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Relative Scaling Ratio
51.08
1 vCPU 2 vCPU 4 vCPU
45.22
94.0479.88
147.24133.12
VM
Native
ESX 4.0 Performance with SQL Server 2008
ESX achieves 90% of native performance on 4.0 vCPU VMWorkload transaction latency unchanged between ESX 4.0 and Native
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More Performance, less Power
Highest Efficiency
300,000+ disk i/o per host30Gb/s of network throughput per hostOver 8900 db transactions/ sec per vmSPECweb2005 score of 44,000
Lowest Overhead
Less than 15% overhead for 8-way Oracle VMLess than 10% overhead for 4-way SQL server VM
Lowest Power Consumption
OSAPP
OSAPP
OSAPP
VMware vSphere
DPM powers off server when requirements are lower
DPM brings servers back online when load increases
3xeBays
daily web traffic on a
single server
5xVISA networks payment traffic
Cluster wide optimization for lowest power consumption with DPM
Support for Intel SpeedStep and AMD Power Now
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OSAPP
OSAPP
Storage
Networking
Virtual Machines
CPU
Memory
64 cores and 512 GB of physical RAMHardware Scale Up
Lowest CPU overhead Hardware Assist Purpose Built Scheduler
Maximum memory efficiency Hardware Assist Page Sharing Ballooning
Wirespeed network access VMXNET3VMDirectPath I/O
Greater than 200k iops per secondLower than 20 microsecond latencyStorage stack optimization
VMDirectPath I/O
Virtual hardware scale out 8-way vSMP and 255 GB of RAM per VM
VM Scale Up
Current NEW
ESX
OSAPP
OSAPP
OSAPP
Optimization for the Highest Consolidation Ratios
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Key VMware vSphere Features
VMotion Live migration of VMs from one host to another with zero downtime Used by other vSphere Features
Fault Tolerance Storage VMotion DRS and DPM
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Key VMware vSphere Features
Storage VMotion Relocate runni