V sphere overview srm-your cloud-3-1-2011
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V sphere overview srm-your cloud-3-1-2011

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  • Hello & welcome to an overview of vSphere and the Journey to Cloud Computing. My name is Kris Walsh. I’m am the SMB Territory manager for Michigan & I will be conducting this Overview today. INFO ON PRESENTATION: There are notes on most slides… If you have two monitors, have the PPT application on your secondary monitor.“Presentation Mode” will show on your primary monitorPush the ‘Down Arrow’ on your keyboard to advance the slidesThe PPT application should move with the presentation, revealing the notes for that slide.
  • *In round 3, VMware introduced Virtual Infrastructure or VI3. So, by attaching network storage to your ESX host and building clusters you’re able to do what we call * “dynamic computing” or “vMotion”. VMotion allows you to make a “stateful move” or live migration of a virtual machine from one physical host to another. You can use vMotion for maintenance or manual load balancing. Keep in mind that users won’t see any downtime which allows maintenance to be done during peak hours. This is one of the most popular features and is currently used in over 70% of our customer’s production environments. *VI3 also offered greater application availability through our HA product. In the event of an unexpected host failure, High Availability will restart those virtual machines on an available host in that HA cluster. *click*Our vCenter Management Server gives you the ability to do *click* quick imaging and provisioning using templates. So, now spinning up a new application can be done in minutes instead of weeks. There’s also *click* centralized resource management using vCenter. Each virtual machine may have different resource requirements. Those can be managed and configured easily through vCenter. vCenter is the ‘Window” for viewing the performance of your VMware Infrastructure. It is also the console where you set up HA clusters, manage vMotion, VM cloning, monitoring etc…
  • **READ THIS BEFORE CLICKING**VMware has created a revolution in IT. Now that we’ve created this market, everyone else has decided they want in. *click*Microsoft has tied their hypervisor to their very large, general purpose operating system. This creates many issues. *click*The drivers in Hyper-V are hosted in the General Purpose OS. This creates a bottleneck in performance. “Have you ever had a driver problem with Windows?” Most people have… Microsoft doesn’t write or certify drivers, therefore, they don’t support the issues that stem from them. *click*VMware has a different philosophy on drivers. With VMware, drivers are written for the hypervisor AND the underlying hardware. We then rigorously test and certify the hardware. These are two completely different philosophies. One is from an innovator and leader in the virtualization market and the other from an OS company who wants control of the hardware. *click*The dependence on Windows creates an issue when patching, too. When patch Tuesday comes, all the VM’s must be migrated off that server. You can only do one live migration at a time & they are very slow. *click*The vSphere Hypervisor doesn’t have to be patched nearly as often. We include Update Manager to assist with patching your hosts & individual VMs. When it comes time to update ESXi, VMware can do 8 vMotions PER HOST making the patching process much more efficient. *click*Microsoft’s approach also creates a security risk. The size of their OS (3.6GB minimum) creates a large surface area for potential attacks. *click*ESXi reduces the potential for security attacks thanks to a smaller code base. (~70MB) *click*VM’s per Host – VMware can typically get 3 to 10times the number of virtual machines per Host. Higher VM density with VMware provides a lower Total Cost of Ownership. *click*Gartner Group’s Tom Bittman describes the Hyper-V parent partition as “ONE BIG FAT SINGLE POINT OF FAILURE”Microsoft takes a “Good Enough” approach that over promises and under delivers. CLICK FOR THE NEXT SLIDE OR READ THE ADDITIONAL NOTES BELOW:Microsoft is trying to mimic the components of VMware vSphere. They just started doing Live Migrations. We’ve been doing Live Migrations with vMotion for many years. I’ve talked to several customers about the differences in setting up High Availability in Hyper-V VS VMware. Pull out the manual for creating an HA Cluster with MSFT. You have to install the OS – Set up cluster services THEN install Hyper-V. With VMware, HA setup is a couple of clicks. Every single customer that tested VMware HA 1st… gave up ½ way through the Microsoft HA installation process. The drawbacks we’ve discussed here are the reasons VMware chose to go with a TRUE hypervisor solution back in 2002.
  • But don’t take VMware’s word for it! *click*According to Gartner “VMware stands alone as a leader in this Magic Quadrant.” *click*What is the “Magic Quadrant?” It speaks to a company’s *click* Ability to execute and *click* the Completeness of their vision. *click*As you can see, VMware is the clear market leader, with high customer satisfaction, as well as a clear vision for a true cloud computing solution for the future… *click*Now just read through the items as they pop up on the screen.
  • We just scratched the surface of virtualization with VI3 and features like vMotion. What we’ve found is Now with the Virtual Datacenter OS we’ve added much more including * Dynamic compute resources, * Dynamic network ing resources, * dynamic disk resources *Fault Tolerance, *Data Recovery, * Advanced Power Management features and of course * Security.As you can see, we’re no longer dependent on the underlying hardware. The ultimate goal is you can lose any piece of the underlying infrastructure and your application will still be delivered. This is what we here at VMware call ‘The Internal Cloud.’ This is exactly what we deliver with VSphere.
  • *Let’s dive into some of the components of Cloud computing. We talked about this before with *VMotion.Vmotion is the stateful move of virtual machines from host to host, with no downtime. We also have *DRS or Distributed Resource Scheduler. This is the auto load balancing of your virtual machines. When workload demands change, the virtual machine will be moved to the host that best accommodates the compute resources needed. *There’s also, intelligent placement of new virtual machines. So, DRS will place that new virtual machine into the resource pool that offers the best compute resources for it’s workload demands. *Next is Storage VMotion. With the same user interface, you can dynamically move your virtual machine’s storage requirements from one LUN to another. For example: If you create a 2 TB LUN for your virtual machines and require more space, you can simply click and drag your volume from one LUN to another
  • *So, previously, I mentioned Advanced Power Management. With similar technology as DRS, we now have* DPM or (Distributed Power Manager). As workloads decrease throughout the day, DPM will automatically move vm’s off unneeded hardware and power it down. This can obviously help you keep power and cooling costs down as well as gain control of some of your green initiatives. *Then, of course, as the workload demands increase those underlying hardware resources are powered on again and virtual machines are redistributed using DRS.
  • *Going along with the cloud computing concept we have to take a look at where we were previously with virtual switches. *With previous releases, virtual switches were isolated to the physical hosts. This created repetitious & cumbersome challenges around networking as multiple switches had to be configured and maintained by administrators. Once again the requirement should be that a VMs networking properties should be assigned and travel with that VM wherever it goes throughout the virtual datacenter. With vSphere’s * distributed switch, we offer the ability to make a switch that spans multiple physical hosts. We also have the ability to * add Cisco manageability at the virtual switch level. The Cisco Nexus 1000v is a virtual appliance that gives networking control back to your Cisco Admin.
  • *From a Fault Tolerance perspective, * High Availability, which we talked about earlier, is still available for lower tier apps. HA can still restart virtual machines on remaining hosts in your HA cluster. But now, vSphere has an advanced fault tolerant property. In a nutshell, Fault Tolerance is “NO Downtime” HA solution. You simply * identify the virtual machine that you want to create a fault tolerance instance of. Fault Tolerance then creates a shadow copy virtual machine that runs in “Lockstep”. * In the event that there’s UNPLANNED downtime, the shadow virtual machine that’s running will simultaneously take over where the main virtual machine left off with no downtime to the end user. Also, during this process another shadow virtual machine will be created on another available ESX host.
  • You can easily see from this list that VMware is continuing to enhance our products. The “Highlights” of our 4.1 release are further enhancements to our vMotion technology, Memory Compression, Storage I/O Control & Network I/O Control.We’ve improved the speed & scale of vMotion. We can to up to 8 simultaneous vMotions per Host!Our Memory Compression technology increases application performance by up to 30%.With Storage I/O Control you can set QoS priorities for an individual VM’s access to storage. And with Network I/O Control, you can set QoS priorities for an individual VM’s access to network resources. Please go to VMware.com to learn more about enhancements we’ve made to our “Dot One” release of vSphere.
  • VMware is the fastest growing software company that continues to grow and lead the market based on a compelling value proposition to a broad set of IT customers, from small to large global enterprises. The pioneer in x86 virtualization, VMware continues to redefine the scope of virtualization for the new era of Cloud Computing.
  • RTO = Recovery Time ObjectiveIn one example a Chemical company in Mississippi with over 400 Virtual Machines was able to completely recover their datacenter in under 20 minutes!
  • This example is a fairly typical SMB customer. You can see their corporate goals here… We’ve been talking about all the features and functionality. Let’s take a look at what a REAL WORLD example looks like.
  • Using VMware vSphere, this customer was able to consolidate down to FIVE servers at each site! By utilizing our Enterprise Plus solution with SRM they were able to meet ALL of their corporate initiatives. Reduce Costs: They are seeing huge power savings through consolidation.Bring new Apps online quickly: By utilizing a consistent platform across their development cycle, this customer is able to bring their Apps to market 80% faster!Centralized Storage:Availability: With VMware HA, FT & SRM, they’re able to meet the Service Level Agreements(SLA’s) required by their Board of Directors.DR: VMware made their DR dreams a reality.We’re only talking about 10 Servers! All the features & functionality we’ve discussed is available at BOTH SITES!In order to replicate the capabilities of this VMware environment in the physical world, you’d need 96 servers at the primary site & 48 at the DR! (One Server per VM – Fault Tolerance/HA/DR) You still wouldn’t have the flexibility and freedom VMware provides.
  • *So, in summary, vSphere is a significant advancement in virtualization in which the *cloud OS manages the complexities of the datacenter. As a result, *processing, storage, and networking all function as a seamless, flexible, and dynamic computing environment.
  • Why is there such a push for Cloud Computing? VMware customers are seeing irrefutable savings by adopting vSphere. It provides Increased Utilization through resource pooling & management efficiencies that can drive costs to as low as 9 cents per hour on a VM. However, even greater savings can be realized with Increased Automation (Another way of saying Cloud Computing). Using Self-Service Portals that are Policy Driven you can create a Zero Touch Infrastructure that further drive costs down to as low as 3 cents per hour on a VM.Only VMware has the Products and tools to enable “Your Cloud”.
  • This slide articulates how VMware’s solutions are designed to get our customers to true cloud computing.The toughest point to break through for many of our customers is virtualizing Tier 1 Applications. Many customers want to talk about Disaster Recovery with SRM, but we’ve found that only customers who are committed to virtualizing their Tier 1 apps are able to gain the buy in necessary for adoption.Similarly, many customers ask about our Virtual Desktop solution View 4. Again, Unless they are committed to virtualizing their Tier 1 apps, there is typically not enough organizational “buy in” to support an implementation. Once fully committed, VMware has the Management and Automation products to allow an organization to ‘Standardize on Virtualization’ & create their Internal Cloud.Other Terms: Virtualize 1st Policy
  • A lot of dialog on cloud, and many vendors purport a self-serving definition. There are public cloud infrastructure services, as represented by some of these companies.There are public cloud platform services for the development of rich, cloud enabled applications, as represented by some of these companies including our partnerships with Salesforce and Google.There are also SaaS offerings, which have suddenly become “cloud”.And of course there is a growing number of private clouds, that are being constructed and operated within the datacenters of businesses, because after all…Cloud is not a destination, it’s an approach. In fact, our belief is that the new era in IT will combine all of these into a secure, cohesive whole which will enable IT as a Service. That, is how VMware defines and is executing on its cloud computing strategy.Not just any cloud, but “Your Cloud”. The only cloud that really matters.
  • VMware is the fastest growing software company that continues to grow and lead the market based on a compelling value proposition to a broad set of IT customers, from small to large global enterprises. The pioneer in x86 virtualization, VMware continues to redefine the scope of virtualization for the new era of Cloud Computing.
  • This concludes the presentation portion of our WebEx today. I’m going to open up the Q&A portion of our presentation, now. Please use the Q&A box to enter your questions.We have a VMware SE online to answer any technical questions you might have. Q&A over: Since there are no more questions, this concludes our presentation today. My name is Kris Walsh. My email address is kwalsh@vmware.com. Please reach out to me if you have any further inquires. Thank you for your time & have a good day!

V sphere overview srm-your cloud-3-1-2011 V sphere overview srm-your cloud-3-1-2011 Presentation Transcript

  • VMware vSphere Overview
    Journey to Cloud Computing
    Kris Walsh – VMware Sales
    Austin, Texas
  • Agenda
    • The Physical World | Reasons for Virtualization
    • Phases 1-3 of VMware virtualization
    • Quick commentary Competition
    • Gartner Study
    • vSphere and the Internal Cloud
    • Tier 1 Applications & Site Recovery Manager
    • Case Study & vSphere Summary
    • The Journey to Your Cloud
    • Q & A
    Kris Walsh
  • The X86 Physical Complications
    Before Virtualization
    • 1:1 Ratio of Server/OS/Application
    • Server Sprawl
    • Low utilization
    • Some Assembly Required*
    Provisioning time
    • Complicated and cumbersome DR
    • $4000/server/year
    Power, cooling, real estate, networking (NIC/HBA), service contracts…
    Kris Walsh
  • Reasons for Virtualization
    Consolidation - One-time event that moves existing applications onto a fewer number of servers
    Containment - An ongoing effort to virtualize new applications and manage growth of existing ones
    Availability – Introducing virtualization to increase application availability and data recoverability
    Kris Walsh
  • App
    App
    App
    App
    App
    HOST OS
    OS
    OS
    OS
    OS
    OS
    Workstation | Server
    VMware Virtualization
    Phase 1: Hosted Virtualization
    • Examples:
    • VMware Workstation
    • VMware Server
    • Dependent on a Host OS (Windows or Linux)
    • Good for Test/Dev
    • Host OS = Bottleneck
    • Inefficient for
    server VMs
    Virtual Machines
    Kris Walsh
  • Isolation
    Partitioning
    App
    App
    App
    App
    App
    App
    App
    App
    App
    App
    OS
    OS
    OS
    OS
    OS
    OS
    OS
    OS
    OS
    OS
    ESX Server
    Virtual Machines
    System
    = files in VMFS
    OS
    App
    OS
    App
    OS
    App
    Apps
    DR
    Test
    Data
    Batch
    Job
    VMware Infrastructure
    Hardware Independence
    Encapsulation
    % Utilization
    Physical Server
    VMware Virtualization
    Phase 2: The Server Hypervisor
    =
    Kris Walsh
    Copyright © 2006 VMware, Inc. All rights reserved.
  • ESX
    ESX
    VMware Virtualization
    Phase 3: Virtual Infrastructure
    • Dynamic Computing
    • vMotion
    • Greater Availability
    • HA (High Availability)
    • Memory Overcommit
    • More VMs per Host
    • vCenter Management Server
    • Quick imaging & provisioning
    • Centralized Resource Management
    X
    Kris Walsh
  • App
    App
    App
    App
    App
    App
    App
    OS
    OS
    OS
    OS
    OS
    OS
    Virtual Machines
    Hyper-V | Xen
    vSphere Hypervisor
    OS
    Virtual Machines
    OS
    Competition?
    http://www.vmware.com/products/vsphere-hypervisor/compare.html
    True Hypervisor
    Tied to General Purpose OS
    App
    App
    App
    App
    App
    OS
    OS
    OS
    OS
    OS
    App
    App
    App
    App
    App
    OS
    OS
    OS
    OS
    OS
    App
    App
    App
    App
    OS
    OS
    OS
    OS
    • Dependent on a Host OS for Drivers
    • Patching – Reboot | Time Consuming
    • 3.6GB Footprint = Security Risk
    • Gartner – Microsoft’s OS is “one big fat single point of failure”
    • Hardware is Certified = Greater reliability
    • VMware patches VMs w/ No Downtime
    • 70MB Footprint = Small attack surface
    • 3-10x VM’s per Host = Greater VM density
    Kris Walsh
  • Don’t take OUR word for it…
    “VMware is clearly ahead in”:
    Understanding the market
    Product strategy
    Business model
    Technology innovation, Product capabilities
    Sales execution
    “VMware Strengths”:
    Far-reaching virtualization strategy enabling cloud computing, new application architectures and broader management
    Technology leadership and innovation
    High customer satisfaction
    Large installed base (especially Global 2000), and rapid growth of service providers planning to use VMware (vCloud)
    “VMware stands alone as a leader in this Magic Quadrant” – Gartner
    Kris Walsh
  • Components of vSphere&The Internal Cloud
    Kris Walsh
  • virtual data center
    vSphere – Virtual Data Center OS
    The Application is the Focus
    • Dynamic Compute resources: RAM/processors
    • DynamicNetwork resources: virtual nics/switches
    • Dynamicdisc resources –sizing/allocation
    X
    X
    • Fault tolerance
    X
    • Power Management
    • Security
    Kris Walsh
  • virtual data center
    Round 4: vSphere – Virtual Data Center OS
    Dynamic Computing
    vMotion – stateful (live) migration of VM’s
    DRS – Policy based Auto-Migration for better performance | load balancing
    + intelligent auto-placement of new VM’s
    Storage vMotion – stateful| live migration of VM’s storage - i/o, maintenance, new storage
    Memory Overcommit, Compression & Management = Many more VMs per host
    VM
    Kris Walsh
  • virtual data center
    Round 4: vSphere – Virtual Data Center OS
    Power Management
    DPM – automated migration (load balancing) & Power Management
    auto-placement of VM’s & powerdown of hardware that is not needed during low workload demands
    Green + savings on power & cooling
    + restart when it is needed
    Kris Walsh
  • virtual data center
    Round 4: vSphere – Virtual Data Center OS
    Virtual Switching
    Previously virtual switches have been isolated to the host
    Distributed switch creates a virtual switch to span across the environment
    Cisco Nexus 1000v is now available
    Nexus 1000v
    Kris Walsh
  • virtual data center
    Round 4: vSphere – Virtual Data Center OS
    Fault Tolerance
    HA still available for lower tier apps
    Identify VM’s you want for fault tolerance and start the service
    A shadow VM is created and takes over if host failure occurs
    X
    Kris Walsh
  • New Features in our 4.1 release!
    Go to www.vmware.com to learn more!
    Kris Walsh
  • vSphere 4.1 Editions
    $3495
    Key
    Large scale management of critical production applications
    I/O Controls
    vAAI
    $2875
    Host Profiles
    = New feature with 4.1 release
    vAAI
    Distributed Switch
    = Existing feature moving down edition
    Multipathing*
    = Edition specific feature or entitlement
    Multipathing*
    = Carry-over feature
    DRS / DPM
    DRS / DPM
    Fault Tolerance protects critical applications
    $2245
    Storage vMotion
    Storage vMotion
    vSPC
    vSPC
    vSPC
    vShield Zones
    vShield Zones
    vShield Zones
    Fault Tolerance
    Data Recovery
    Data Recovery
    $995
    Fault Tolerance
    Hot Add
    Fault Tolerance
    Hot Add devices
    Data Recovery
    Data Recovery
    Hot Add devices
    High Availability
    High Availability
    High Availability
    High Availability
    vMotion™
    vMotion™
    vMotion™
    vMotion™
    Basic consolidation of a small environment
    Thin Provisioning
    Thin Provisioning
    Thin Provisioning
    Thin Provisioning
    Update Manager
    Update Manager
    Update Manager
    Update Manager
    vStorage APIs (DP)
    vStorage APIs (DP)
    vStorage APIs (DP)
    vStorage APIs (DP)
    VC Agent
    VC Agent
    VC Agent
    VC Agent
    4-way vSMP
    4-way vSMP
    4-way vSMP
    8-way vSMP
    6 Physical Cores / CPU
    256 GB Physical Memory
    12 Physical Cores / CPU
    256 GB Physical Memory
    6 Physical Cores / CPU
    256 GB Physical Memory
    12 Physical Cores / CPU
    No License Memory Limit
    ADVANCED
    STANDARD
    ENTERPRISE
    ENTERPRISE +
    Kris Walsh
  • Tier 1 Application Virtualization&Site Recovery Manager
    Kris Walsh
  • Reasons for Tier 1 Application Virtualization
    http://www.vmware.com/solutions/business-critical-apps/
    Deliver Applications Dynamically in a Cost-Efficient Private Cloud
    Exceed the Performance of Applications on Physical Servers
    Accelerate Application Delivery
    Kris Walsh
  • virtual data center
    virtual data center
    Disaster Recovery
    Site Recovery Manager
    X
    Storage Replication
    Kris Walsh
  • What does VMware SRM mean?
    • With Tier 1 Application virtualization you now have 100% Application Coverage in DR!!
    • Automated recovery
    • Testing of the recovery plan – With CXO level reporting
    • Unheard of RTO!!
    • Full DR for less money
    Kris Walsh
  • Example
    Profile: 48 servers
    Needs :
    • Reduce Costs within the data center
    • Bring new applications online
    • Centralize Storage
    • Complete Application Availability in event of server failure
    • DR plan requires 100% application coverage
    Kris Walsh
  • virtual data center
    virtual data center
    Example
    DR
    Primary
    Storage Replication
    Kris Walsh
  • virtual data center
    vSphere Summary
    • vSphere is a significant advancement in virtualization
    • VMware manages the complexity of a datacenter
    • VMware manages processing, storage & network resources in a seamless flexible & dynamic operating environment
    • VMware vSphere provides a CLEAR path to creating your own Private Cloud
    Kris Walsh
  • The Journey to Your Cloud
    Kris Walsh
  • VMware’s Private Cloud makes Cents…
    Cost per VM hour(2GB instance)
    • Increased Utilization
    • Resource Pooling
    • Management Efficiencies
    1
    20¢
    18¢
    ~14¢
    16¢
    • Increased Automation
    • Self Service Portal
    • Policy Driven
    • Zero Touch Infrastructure
    14¢
    2
    12¢
    1
    ~9¢
    10¢



    2
    ~3¢


    30%
    35%
    40%
    45%
    50%
    55%
    60%
    65%
    70%
    75%
    80%
    Utilization
    Kris Walsh
  • Tier 1 App Virtualization
    The 4 Phases of Adoption
    The evolution of virtualization adoption & Journey to the Cloud
    vCloud
    Commitment
    M&A
    View 4
    SRM
    Time
    vSphere
    Can I deploy my Tier 1 apps on VMware?
    Performance
    ISV Support
    Consolidation
    Why should I deploymy Tier 1 apps on VMware?
    Accelerate App Lifecycle
    Guarantee App SLA’s, QoS
    Cost Reduction
    27
    Kris Walsh
  • What is this Cloud Thing?
    Public Cloud
    IaaS PaaS
    IT as a Service
    Your Cloud
    Private Cloud
    SaaS
    Cloud Computing is an approach to computing that leverages the efficient pooling of on-demand, self-managed virtual infrastructure, consumed as a service.
  • 2011: The New VMware IT Stack
    Secured, Manageable & Open
  • Customer Success
    100% of Fortune 100
    95% of Fortune 500
    Financial Services
    Insurance
    Technology
    Government/
    Public Sector
    Automotive /
    Aviation
    Engineering/
    Heavy Industry
    Retail
    Services
    Telecom
    Healthcare
    Kris Walsh
  • Questions?
    Kris Walsh