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Transcript of Shape Your Business For the Future: Powering ... PoE Routing Switching CDN SiSi ... real-time inline

  • Shape Your Business For the Future:

    Powering Transformation With Cisco

    Optimizing the Desktop Virtualization Experience

    Prasad Radhakrishnan Technical Solution Architect Cisco Systems – Asia Pacific Email : praradha@cisco.com

  • Agenda

    Cisco Virtualization Experience Infrastructure

    Security Considerations

    Overcoming typical barriers

    Q & A

  • Challenges With Desktop Computing

    The “thick-client” PC has been the workhorse of desktop computing. It has offered the best available combination of price, performance, and capabilities. However, for many use cases thick- client PCs are less than an ideal solution. Among their drawbacks: •Difficult to manage •High total cost of ownership •Difficult to protect and secure data •Inefficient resource utilization

  • Virtual Desktops - Architecture

    Desktop

    Thin Client

    Laptop

    PDA

    Server Pool

    Storage Pool

    Hypervisor

    Desktop VMs

     Separate the physical endpoint from the logical desktop

     Host the logical desktop in a data center

     Access the logical desktop over the network

    Data Center

    Operating System

    User Data

    Backup

  • Typical Business Drivers for Desktop Virtualization

    Microsoft Windows 7 Migration

     Reduce migration costs

     Reduce application incompatibility

     Extend life of existing desktop software

    Contractors and Employee-Owned IT

     Deploy and manage a desktop image on employee-owned assets

     Centrally control desktops and data

     Provide separation between corporate and personal desktops

    Remote Office and Branch Office

     Reduce costs by managing desktops and users centrally

     Centrally control sensitive data

     Streamline desktop and application deployment

    Business Process Outsourcing

     Reduce costs by managing desktop applications and users centrally

     Centrally control sensitive data

     Streamline desktop and application deployment

    Business Continuity and Disaster Recovery

     Support end-users working from remote locations

     Ensure desktops are available 24 x 7

     Quickly provision new desktops

    Mobile Users

     Enable desktop access regardless of network connection

     Extend security and control of offline users

     Use local device resources

  • What is Cisco Virtualization Experience Infrastructure (VXI)?

    Desktop Virtualization Suite of Technologies

    • Desktop Streaming • Application Virtualization • Terminal Services

    VDI Virtual Desktop Infrastructure

    Industry Terms for VDI •Gartner: “Hosted Virtual Desktop” (HVD) •IDC: “Centralized Virtual Desktop”

    Cisco VXI

    End-to-End System

    Rich Media Voice & Video

    Enhanced Security

    Application Acceleration

    POE & Energy Wise

  • Hypervisor

    Cisco VXI - Virtualized End-to-End Solution

    MS Office

    Virtualized Data Center

    ACEUnified CM

    Quad

    ASA Nexus 1000v

    Virtual Security Gateway

    WAAS

    Cisco Collaboration Applications

    Compute

    UCS

    AnyConnect

    = Cisco Products

    Virtualized Collaborative Workspace

    Cisco VXC 6215 Thin Client

    Cisco Virtualization Experience Clients

    Tablets

    Cisco VXC 4000 PC Client

    Cisco VXC 22xx & 21xx Zero Client

    AnyConnect

    WAAS

    Virtualization-Aware Borderless Network

    Routing PoE

    Switching

    SiSi

    CDN

    Cisco®

    Identity Services Engine

    End-to-End Management and Optimization

    Desktop Virtualization Software

    Storage

    Applications/Desktop OS

  • Challenges with Desktop Virtualization

    It moves the “thick-client” PC into the datacenter and places new demands on networks . Key challenges of desktop virtualization

    • Security and Control • User experience • Solution Complexity • High Investment Cost

  • Security and Control

  • Security Considerations for the Journey

    Network admin

    Security admin

    Host admin Virtualization

    administrator

    • Separation of duties is challenged

    • Need to retrain and reorient ops teams

    • Opportunity to improve security operations

    Pe o

    p le

    , P ro

    ce ss

    es

    Virtual host

    Apps

    •Hyperconsolidation of IT infrastructure on top of a new software layer below the OS layer that

    is a vantage security enforcement pointTechnology

    Guest OS

    Virt. FW

    Virt. switch

    Hypervisor

    Hardware

    IT-as-a- Service

    •Visibility into external service

    providers • Secure multi-

    tenancy concerns • ‘Trustworthiness’

    User access & authentication ?

    User Profiling ?

    Anti Virus

    Data Security ?

  • Securing the Infrastructure: A Simple Checklist

    • Standard security infrastructure

    • Harden the platform based on the respective technologies

    • User Authentication and User Profiling

    • Clear boundaries of management

    • End Client Protection

    • Access Control policies

    • And finally ….Monitoring & Compliance

    11

  • Cisco Datacenter Optimization for Desktop Virtualization

  • Simplified Management • Embedded single point of management and provisioning • Visibility and control across datacenter organizations • Infrastructure policy management and compliance

    Scalability and Rapid Deployment

    • Massive Scalability: Scales to 320 servers (Thousands of Virtual Desktops)

    • Simple Operation: Start in Minutes, Scale in Seconds • (Cisco Service Profiles)

    Built for Virtualization • Fine-grained control, portability, and visibility

    of network, compute, and storage attributes • More than double the memory capacity of competing systems

    (60% more virtual desktops per blade)

    Unified Fabric Infrastructure • Wire once, low latency FC and Ethernet • Less than half the normal number of adapters, switches (LAN

    and SAN), cables (1/3 less infrastructure cost)

    Cisco UCS - Ideal Platform for Desktop

    Virtualization The Cisco UCS is designed to dramatically reduce datacenter total cost of ownership while simultaneously

    increasing IT agility and responsiveness.

    Extended Memory

    Scale Out

    Unified Fabric

    Fabric Extender

    Virtualized Adapter

  • • 175 Desktops on B230 M2 • Knowledge Worker Profile (no

    Flash)

    • 384 G memory, Dual E7-2870 / 10 Core CPU

    • 186 Desktops on B200 M3 • Knowledge Worker Profile (no

    Flash) • 384 G memory, Dual E5-2690 / 8

    Core CPU

    Industry-leading

    Density on

    2-socket servers

    Source: Principled Technologies White Paper

    Increase Virtual Desktop Density with Cisco UCS

  • • Separate firmware, addresses, and parameter settings

    • Physical servers become interchangeable hardware components

    • Service profile templates allow rapid provisioning of new virtual desktops

    Dynamic Platform Provisioning with Service Profiles

    Chassis-8/Blade-4Chassis-1/Blade-2

    Profile 1 UUID: 56 4d cd 3f 59 5b… MAC: 08:00:69:02:01:FC WWN: 5080020000075740 Boot Order: SAN, PXE

    Profile 2 UUID: 56 4d cd 3f 59 5d… MAC: 08:00:69:02:01:FF WWN: 5080020000075742 Boot Order: SAN

    Cisco UCS Manager

    Profile 3 UUID: 56 4d cd 3f 59 5f… MAC: 08:00:69:02:01:FB WWN: 5080020000075744 Boot Order: PXE, SAN

    LAN SANDesktop Profile 1 120 Knowledge | HVD Win 7

    B-250 192GB LAN Connectivity SAN Connectivty

    Boot Order

    Desktop Profile 2 140 Task | ThinApp, OLTP

    B-200 48GB LAN Connectivity SAN Connectivity

    Boot Order

    Desktop Profile 3 100 Power | HVD Win 7

    B-230 384GB LAN Connectivity SAN Connectivity

    Boot Order

  • Extending the Network Architecture to the Virtual Machines

    IEEE 802.1 Qbh*

    Hypervisor

    One Network Virtual Same As Physical

     Consolidates virtual and physical network

     VMvNIC attached to the network using VM-FEX and gets a dedicated port on switch

     Operates in Standard (Emulated) or DirectPath I/O (UPT) Mode

    IEEE 802.1 Qbh*

    VM network managed by

    Server administrator

    Network Administrator

    *IEEE 802.1Qbh pre-standard

    FEX

  • Desktop Pools with QoS on UCS

  • Video inside a Desktop Session

    • 1 Pixel = 3 Bytes • 1 Row = 3 Kbytes (3 Bytes X 1024 ) • 1 Screen = 2 Mbytes ( 768 X 3 Kbytes) • 1 Sec of MPEG Video = 2 Mbytes X 25 = 50 Mbytes /sec

    1024 Pixels (24 Bits)

    768 Pixels (24 Bits)

    How much bandwidth is needed to run a MPEG video inside a Display session ?

  • New Virtual Workspace Rich Media Experience

    •Hairpin effect

    •Bandwidth explosion

    •Heavy virtual machine processing in data center

    •Unusable experience

    Before