dell solution tour cloud client computing 2014
DESCRIPTION
Cloud client computing infrastructure: The first virtual desktop infrastructure aligned to your software strategy Mattias Björkman, Dell | Cloud Client ComputingTRANSCRIPT
Cloud client-computing Mattias Björkman – Regional Sales Manager, Sweden/Finland
Massimo Salvini – Sales Engineer, Sweden/Finland
Transform Protect Connect Inform
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Compute continues to change
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What is Dell Cloud Client Computing (CCC)?
any user any app any device
Dell cloud client computing
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Complexity / Cost / Risk
Pro
du
cti
vity
/ C
om
pe
titi
ven
ess
datacentre /cloud Provision – Manage - Secure
But why?
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…scale desktops while controlling opex? “ ”
“ ”
…secure your remote and mobile users?
…implement a BYOD program? “ ”
…increase endpoint and data security? ”
“
“ ”
…reduce your desktop energy footprint?
…reduce the time and cost of managing user desktops? “
”
…deliver a desktop equivalent virtual experience to your most demanding users?
“
”
Managing desktops is increasingly challenging How do you…
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What can desktop virtualization do for you? Centralizing desktops in the data center
Manage costs Monitor and optimize total cost of ownership
Improve security Control data, apply policies, comply with regulations and monitor risk
Optimize IT resources Reduce IT resources, scale and speed deployments
Empower the workforce Enable BYOD, improve user experience and manage any device
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Connect any user to any app on any device
Desktop virtualization: What is it? Run desktops from a centralized location in the datacenter or cloud
• Applications
• Data
• Computing
Optimize desktop management, security and resources by centralizing data, applications and computing in a single location
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Desktop virtualization delivery models
App Presentation VDI Cloud PC Shared OS Presentation
User density, low TCO User density, TCO Low TCO, PC as a Server, easy install
Application compatibility & OS flexibility
PC experience, central control
Basic User Call Centers
Basic & Standard Users Manufacturing, retail
Basic User K-12 classrooms
Standard & Premium Users General Office
Standard & Premium Users Training & Classrooms
Citrix XenApp Microsoft RDSH Dell vWorkspace
Citrix XenApp Microsoft RDSH Dell vWorkspace
Microsoft Windows Multipoint Server
Citrix XenDesktop, VIAB Microsoft RDS VMware Horizon View Dell vWorkspace
Dell Wyse WSM
Benefits
Suggested User Types
Partners/ software
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Dell cloud client-computing offers you new options to build your own cloud
Workspace-as-a-Service (WaaS)
Shared, remote desktop session host
Server, desktop, and application
streaming VDI
A combination of technologies and services that enable and optimize…
…your choice of cloud / desktop virtualization models
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Wyse Datacenter infrastructure - scales with your needs
Wyse vWorkspace
or WSM VMware
Microsoft Citrix
Your choice of datacenter hardware with…
…your choice of pre-tested software options
34% Decrease in power
consumption(1)
88% Less tools to
provision desktops(3)
99% Fewer steps than
manual(4)
Only Dell has spent over 100,000 engineering hours building and testing 16 partner-verified reference architectures to ensure your success across seat counts, software strategy and vertical market implementation
virtual
workstations 10 seat 500 seat 50,000 seat
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Wyse clients and software - reduce cost, optimize benefits Dell offers the most extensive selection of secure, easy-to-manage thin and zero clients.
Wyse Device Manager
More virtualization, management, user-experience and
PC-as-thin-client software
Most secure thin clients
on the planet
Tailored zero clients for Citrix, Microsoft
and VMware
Wyse Cloud Client Manager
Wyse PC Extender
Wyse vWorkspace
…and more desktop all-in-one mobile ultra-mobile
Only Dell has over 200 patents awarded for innovation in thin and zero client design, operating system design, management software, and virtualization software
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Wyse 7000 series quad-display thin client Wyse 5000 series AIO
Wyse Cloud Connect Wyse 3290
Mobile thin clients
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Demonstration Vworkspace, Zero Client, BYOD
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GPU virtualization
Alternative for workstations in datacenter 1:1 GPU Pass-Through Virtualized graphics
Dedicated racked workstation Dedicated graphics card
per user
Computing Node Computing Node Computing Node(s)
Virtualized graphics card
Nvidia GRID-Card
Nvidia GRID K1
• 4 Kepler GPUs • 16Gb Graphics memory • 782 CUDA Cores • 150W • OpenGL 4.x, DirectX11
Nvidia GRID K2
• 2 High End Kepler GPUs • 8Gb Graphics memory • 3072 CUDA cores • 225W • OpenGL 4.x, DirectX11
VIRTUAL DESKTOP Virtualized GPU
VIRTUAL REMOTE WORKSTATION Dedicated GPU
DESIGNER CATIA, CS6, Inventor
POWER USER PLM, Med Img, Showcase
KNOWLEDGE WORKER MS Office, Photoshop
GRID K2 for Designer/Engineers Traditionally a NVIDIA Quadro User Creates and works with complicated datasets using graphics intensive applications (3D design, medical diagnostics, etc.)
Users here can benefit from the improved experience of a GPU powered desktop for everyday tasks, and IT can benefit with improved user densities.
Related Industries: Oil & Gas, Manufacturing, Media & Entertainment, Medical Imaging, Public Sector
Application Examples: Dassault Systèmes (CATIA, SolidWorks, Enovia) Siemens NX, Autodesk (3ds Max, Inventor, Maya) etc.
+ all the same applications that Power User and Knowledge workers use
User NVIDIA
GRID Hypervisor Virtual Desktop Agent Recommended Configuration
Designer K2
4 Users
2 GRID VGX K2 Boards PowerEdge R720
64GB system memory
or
XenServer XenDesktop
(with HDX 3D Pro)
XenDesktop (with HDX 3D Pro)
View or ESX/vSphere with vDGA
Implementation Details
or
or
Enterprise Reference Architecture for Designers
4 User (Dedicated GPU) Virtual Workstation
2 GRID K2 boards (4 NVIDIA High-end GPUs)
PowerEdge R720
64GB System memory (16GB per user)
1100W per 2U
52 Users per Rack
13 Nodes
4 Users per Node
15KW Rack
GRID K1 for Power Users A user of visual data (3D images, and 2D graphs and line charts). Often uses a specialized application beyond the typical Office suite and web tools.
May also be someone who tried VDI without GPU acceleration and was not satisfied.
Related Industries: Healthcare (nurses’ stations, doctors’ offices, doctors’ tablets), Educational Institutions (target engineering and design schools), Government (simulation and training, Geospatial research), Manufacturing (Product Data Management, Product Lifecycle Management, Manufacturing Floor/Job Site, Support).
Application Examples: Manufacturing Product Lifecycle applications (SolidWorks View,PTC Creo View and View Express, Autodesk Inventor View, Siemens NX Viewer, Team Center Visualization) , Adobe Imaging applications, medical imaging applications, Microsoft Office PowerPoint users, Authoring, Video editing applications.
User NVIDIA
GRID Hypervisor Virtual Desktop Agent Recommended Configuration
Power User K1
8 Users
2 GRID K1 boards
PowerEdge R720
64 GB system memory
or
XenServer XenDesktop
(with HDX 3D Pro)
XenDesktop (with HDX 3D Pro)
View or ESX/vSphere with
vDGA
Implementation Details
or
or
Enterprise VDI Reference Architecture for Power Users 8 User (Dedicated GPU) VDI server
2 GRID K1 boards (8 NVIDIA GPUs)
PowerEdge R720 (32 HT cores)
64GB System memory 800W per 2U
152 Users per Rack
19 Nodes
8 Users per Node
15KW Rack
GRID K1 for Knowledge Workers This is typically an office worker who uses office applications, email, video conferencing and rich media internet applications.
Related Industries: Financial Services (Retail, Commercial and Investment Banking, Insurance), Manufacturing, Life Sciences, Oil & Gas, Media & Entertainment, Telecommunications, Government, Education, Technology.
Application Examples: Microsoft Office Suite (PowerPoint), Video Conferencing, Rich media web browsing
User NVIDIA
GRID Hypervisor Virtual Desktop Agent Recommended Configuration
Knowledge
Worker K1
8-32+ users
2 GRID K1 Boards
PowerEdge R720
Minimum 128GB system memory
Implementation Details
or
or
XenServer XenDesktop (with HDX 3D Pro)
ESX/vSphere with vSGA View
MS Server 2012 With Hyper-V Remote FX or
or
Enterprise VDI Reference Architecture for Knowledge Workers 8-32+ User (Dedicated or Shared GPU)
VDI server
2 GRID K1 boards (8 NVIDIA GPUs)
PowerEdge R720
Minimum 128GB System memory
800W per 2U
152 -608+ Users/Rack
19 Nodes
8-32+ Users per Node
15KW Rack
User NVIDIA
GRID Hypervisor Virtual Desktop Agent Recommended Configuration
Designer
K2
4 Users
2 GRID K2 boards
PowerEdge R720
64 GB system memory
Power User
K1
8 Users
2 GRID K1 boards
PowerEdge R720
96 GB system memory
Knowledge
Worker
K1
8-32+ Users
2 GRID K1 boards
PowerEdge R720
Minimum 128 GB system memory
GRID Reference Architecture
or
or
or
or
XenServer XenDesktop
(with HDX 3D Pro)
XenDesktop (with HDX 3D Pro)
View or ESX/vSphere with
vDGA
XenServer XenDesktop
(with HDX 3D Pro)
XenDesktop (with HDX 3D Pro)
View or ESX/vSphere with
vDGA
XenServer XenDesktop
(with HDX 3D Pro)
ESX/vSphere with
vSGA View
Windows Server 2012
With Hyper-V Remote FX
or
or
or
or
or
or
Thank you!