april 4-7, 2016 | silicon valley s6385 - what is cloud and ... · 4/4/2016 · april 4-7, 2016 |...

April 4-7, 2016 | Silicon Valley

Matt Coppinger Director, Technical Marketing, End User Computing, VMware

Stephane Asselin Senior EUC Architect, Technical Marketing, End User Computing, VMware

Jeff Weiss GRID Solutions Architect Manager, NVIDIA

S6385 - WHAT IS CLOUD AND WHAT CAN IT DO FOR YOUR DESKTOP WORKLOADS

AGENDA

Why GPU in the Cloud?

Key technologies for GPU in the Cloud

Performance & Sizing Best Practices

Deployment Quick Start

Summary

Resources & Next Steps

AGENDA

Summary

MAJOR MARKETPLACE DEMAND FOR CLOUD-BASED WORKSTATIONS

Large datasets are harder to share

Data leakage & corporate security

More distributed than ever

Contractors need revocable access

TRYGRID DEMO

Desktop Virtualization with Server-side GPU

Improves the Delivery of Graphics

IT Manages Centralized Virtual Desktops

Users Remotely Access from Various Devices

DESKTOP, APP + GPU VIRTUALIZATION ENABLES CLOUD-BASED WORKSTATIONS

Security &

Compliance

Anywhere

Access

Business Agility

Mobile & BYOD

Access

OpEx Savings

Highly Efficient

Remote Protocol

DESIGNER

POWER USER

TASK WORKER

KNOWLEDGE WORKER

Source: Gartner & NVIDIA 2012 Research

WHO BENEFITS THE MOST FROM GPU?

THE IMPORTANCE OF GPUHIGH-PERFORMANCE GRAPHICS APPLICATIONS

Media Engineering & DesignPLM & Volume Design

Heavy Users

Many Applications

Worker

Knowledge Worker Power User Designer

Quality

Interactivity

Cost/Seat

2D / 3D

Light Users

Fewer Applications

HIGH-PERFORMANCE GRAPHICS USE CASES

Productivity Apps with Graphics

Diagnostics

3D Viewers

Lightweight CAD

Oil & Gas

Engineering

Architecture Design

Media & Graphics

Soft 3D

Software 3D

Shared Graphics

Acceleration

Dedicated

Graphics

Acceleration

NVIDIA GRID VGPU

Mediated Passthrough

Heavy Users

Many Applications

Quality

Interactivity

Cost/Seat

2D / 3D

Light Users

Fewer Applications

DELIVERING A COMPLETE PORTFOLIO, FOR EVERY WORKER, EVERY USE CASE

Productivity Apps with Graphics

Diagnostics

3D Viewers

Lightweight CAD

Oil & Gas

Engineering

Architecture Design

Media & Graphics

Worker

Knowledge Worker Power User Designer

VIRTUAL BATTLESPACE IN THE CLOUD

AGENDA

Performance Best Practices and Results

Review of Cloud Desktop Components

Resources

KEY TECHNOLOGY: VMWARE HORIZONPrivate Cloud infrastructure for delivering graphics rich desktops in the GPU enabled datacenter

WHY CHOOSE VMWARE FOR CLOUD-BASED WORKSTATIONS?

Market leading hypervisor

Proven, industry leading platform, fully integrated end-to-end solution

Supports huge range of use cases

Deliver a superior experience with state of the art protocols

Choice of GPU technologies

—vGPU, vDGA and others

AnyApplication

Traditional Applications

Modern, Cloud Applications

OneCloud

Cloud Management

Build-Your-OwnConverged

InfrastructureHyper-Converged

Infrastructure

AnyDevice

Business Mobility: Applications | Devices | Content

HYBRID CLOUD

PRIVATE

YourData Center

PUBLIC

vCloud Air

MANAGED

vCloud AirNetwork

Virtualized Compute, Network, Storage

VMWARE NVIDIA CLOUD ARCHITECTURE

VMWARE HORIZON: CLOUD-BASED WORKSTATION SOLUTION FOR ALL USE CASES

MOBILE

DESIGNERS/ENGINEERS NON-EMPLOYEE DEVELOPERSREMOTE OFFICEMAIN OFFICE

NEWNEWNEWNEW

POINT OF SALE

Virtual desktop and app delivery

Horizon 7

Desktop and app delivery from public

Horizon Air

Secure containerized desktops

Simplifying App ManagementAPP Horizon App Management

Horizon FLEX

PRIVATE CLOUD VIRTUAL DESKTOP INFRASTRUCTURE

• Physical server host(s)

• Hypervisor Software

• Virtual machine management software

• Virtual desktop management system

• Virtual desktop connection broker

• Access and authentication systems

• Display protocol

• Application Delivery mechanisms

• User Persona/Profile management

• Clever “stuff” that simplifies it all for you….

HORIZON 7: FIRST-TO-MARKET INNOVATIONS TO MAKE THE CLOUD A REALITY

GPU Virtualization

Deployment Options

Blast Extreme Experience

Enterprise Scale & Security

App Lifecycle Management

Smart Policies

CONFIDENTIAL

INTRODUCING BLAST EXTREME - THE MOBILE CLOUD PROTOCOL

Use Less Bandwidth:Deliver better video to more users

Broad Client Support: H264 available in most devices

GRID Optimized:Deliver more 3D users

Network Friendly: TCP or UDP works in more places

Built for the Cloud:Adapts better to lossy networks

Better Battery Life:Optimized for mobile workers

Horizon 3D Virtual Desktops

VMWARE AND NVIDIA REFERENCE ARCHITECTURE

VMware Access PointHorizon Connection Servers

Horizon Virtual Desktops

Identity Manager

vCenter Operations

Manager for Horizon

NVIDIA

Lic. Svr

RADIUS

Server

Composer

vCenter

Shared Storage (Optional)

Active

DirectoryMS

SSD SSD

HTTPS/PCoIP/Blast Extreme

DMZ (HTTPS/PCoIP/Blast)

PCoIP or Blast Extreme

ESX, vCenter, Horizon, SQL, AD traffic

Shared Storage

3D DESKTOP CLUSTER DESKTOP CLUSTER

MANAGEMENT CLUSTER

AndroidMacOS Thin Client PC

KioskHorizon Clients

File Print

Server

App Volumes

CAD/CAx

“Server”

KEY TECHNOLOGY: GPU VIRTUALISATIONHow NVIDIA GRID is bringing GPU power to cloud based workstations

Server

Hypervisor

Virtual

Desktop

Virtual

Desktop

Virtual

Desktop

Virtual

Desktop

HOW DOES NVIDIA GRID WORK?Virtual

Desktop

Virtual

Desktop

tualizati

Server

Hypervisor

Virtual

Workstation

Virtual

Workstation

HOW DOES NVIDIA GRID WORK?Virtual

NVIDIA

H.264 Encode

Virtual

Workstation

NVIDIA Graphics

Driver

NVIDIA Quadro

Driver

NVIDIA GRID vGPU manager

NVIDIA Graphics

Driver

NVIDIA Graphics

Driver

NVIDIA Quadro

Driver

NVIDIA Quadro

Driver

vGPU vGPUvGPU vGPU vGPU vGPU

CPUsNVIDIA

tualizati

NVIDIA GRID PLATFORMCentralized virtual graphics capabilities for the enterprise

Support, Updates & Maintenance

NVIDIA Tesla (Datacenter GPU)

NVIDIA GRID Software

DESKTOPS & VIRTUAL APPS

NVIDIA GRID Virtual Applications

NVIDIA GRID Virtual PC

NVIDIA GRID Virtual Workstation

A quick recap …

Tesla GPU

NVIDIA driver

AppsHypervisor

GRID vGPU Manager

GRID vGPU Architecture 101

Graphics

Compute

Engine

Encode

Decode

Tesla GPU

Framebuffer

Graphics And Compute

Copy Engine

Video Encode

Video Decode

Framebuffer (FB)

GPU engines

NVIDIA driver

AppsHypervisor

GRID vGPU Manager

Tesla GPU

Framebuffer

Base Address Register (BAR)

A “window” into the GPU

Used to access control registers and framebuffer

All driver accesses to GPU resources go through a BAR

We assign the VM a subset of the GPU’s BAR – a virtual BAR

GPU Base Address Register

GPU access

NVIDIA driver

AppsHypervisor

GRID vGPU Manager

Virtual BAR

Graphics

Compute

Engine

Encode

Decode

Tesla GPU

Framebuffer

Access to BAR controlled by CPU’s Memory Management Unit (MMU)

Hypervisor creates MMU page tables that allow VM to access its Virtual BAR

Blocks access to locations outside the Virtual BAR

GPU Base Address Register

Access protection

NVIDIA driver

AppsHypervisor

GRID vGPU Manager

CPU’s MMU

Page Table

Translation

Virtual BAR

Graphics

Compute

Engine

Encode

Decode

Tesla GPU

Framebuffer

VMs post work to GPU via channels

Each channel is a queue of work from an app to the GPU engines

Each VM has dedicated channels, exposed inside VM’s Virtual BAR

GPU BAR

Channels

Work posting

NVIDIA driver

AppsHypervisor

GRID vGPU Manager

Graphics

Compute

Engine

Encode

Decode

Tesla GPU

Framebuffer

GPU’s hardware scheduler places work from active channels onto GPU engines

Engines sequentially execute work, signal work completions to NVIDIA driver

Scheduler immediately loads engine with next work item

GPU BAR

Channels

Scheduling

vGPU Architecture 101

Scheduler

NVIDIA driver

AppsHypervisor

GRID vGPU Manager

Graphics

Compute

Engine

Encode

Decode

Tesla GPU

Framebuffer

All GPU engines access memory

Each vGPU is assigned fixed range of FB for its exclusive use

GPU’s MMU manages all engine accesses to FB and system memory

Prevents engines accessing outside of vGPU’s FB, or the guest VM’s system memory

Memory protection

Memory Management Unit (MMU)

NVIDIA driver

Hypervisor

GRID vGPU Manager

Sysmem resource

Guest VM’s FBGraphics

Compute

Engine

Encode

Decode

• vGPU dedicated resources: virtual PCIe BAR, framebuffer, channels

• Guarantees uncontested access when posting work, accessing FB

• vGPU shared resources: Graphics/Compute, Video Encode/Decode, Copy Engines

• GPU engines are timeshared, execute in parallel

• GPU hardware scheduler places work on engines

• GPU MMU protects engine accesses to framebuffer and system memory

Summary

QUADRO: THE CHOICE OF PROFESSIONALS

Enables designers to bring their visions to life

Quadro: 80%+ workstation share

Suite of algorithms incorporated in major design tools

Source: IDC

QUADRO IN THE DATACENTERNVIDIA GRID delivers Quadro features anywhere, on any device

Realistic Models Application Certification Improved ProductivityPerformance Enhancements

AGENDA

Summary

SIZING YOUR VMWARE INFRASTRUCTURE FOR HIGH PERFORMANCE GRAPHICS

HIGH PERFORMANCE VIRTUAL DESKTOP IS NOT YOUR AVERAGE VDI

Density

Memory

Rich Graphics

Trade-offs

SIZING ESX FOR RICH GRAPHICS USERS: COMPUTEVMware HCL & the NVIDIA GRID Certified Server

—2 Display Adapters (onboard + GFX card)

—Virtual Technology for Directed I/O (VT-d)

—PCIe x16

Host CPU

—Heavy 3D applications are often mono-threaded

—CPU frequency is more important than the number of cores

—Workloads will still require multiple vCPUs

OS, Protocol, Improved memory performance

Multi threaded rendering applications

• 3.1 Ghz• 10 core• 160W

ESXi Host

SIZING ESX FOR RICH GRAPHICS USERS: MEMORY

Host Memory

—Audit what your workstations use today

—Highest frequency memory matters

—3D workloads likely require (per user):

8GB (medium workload)

16GB (most common)

64GB (heaviest workload)

• 16 x 16GB• 2133Mhz

ESXi Host

SIZING ESX FOR RICH GRAPHICS USER: STORAGE

Storage will be the CRITICAL factor in performance

CAD users >1TB of storage per desktop

SIZE and PERFORMANCE matter now

Virtual SAN – SSD based local storage

—Understand local storage capacity

All Flash based SAN / VSAN

SIZING ESX FOR RICH GRAPHICS USERS: STORAGE

Test Conditions Distributed

Solver PCG Solver Modal Analysis

Number of Nodes 1340453

Number of Contact Elements 21763

Number of Solid Elements 833530

Number of Total Elements 862707

0 2000 4000 6000 8000 10000 12000

Elapsed Time (in sec) Lower is better

Modal Benchmark –Physical vs. Virtual Environment

Optimized (Non-Virtual) Optimized (Virtual)

Non-Optimized (Physical) Non-Optimized (Virtual)

Difference

SIZING ESX FOR RICH GRAPHICS USERS: GPU

GPU dictates interactive user experience –rotation/scaling etc

GPU dictates performance when handling complex models (no. of polygons)

GPU critical for high-performance graphics

NVIDIA GRID – most options for vSGA, vDGA and vGPU

Maximum 8 GPU cards per ESX host (2-4 typical)

GRID M6 GRID M60

Number of GPUs 1 x entry Maxwell GPUs 2 x Maxwell GPUs

Total NVIDIA CUDA cores 1536 4096

Total memory size 8 GB DDR3 16 GB GDDR5

Max users or vGPUs 16 32

Card Equivalent Quadro Quadro

SIZING ESX FOR RICH GRAPHICS USERS: NVIDIA GRID VGPU

Framebuffer GRID

Virtual

Applications

Virtual PC

Virtual WorkstationVMs per

VMs per

512 MBM60-0B M60-0Q 16 32

1 GBM60-1A M60-1B M60-1Q 8 16

2 GBM60-2A M60-2Q 4 8

4 GBM60-4A M60-4Q 2 4

8 GBM60-8A M60-8Q 1 2

Pass-through 8GB 1 2

HOMOGENOUS VIRTUAL GPUS

Tesla M60

Physical GPU 0 Physical GPU 1

M60-2Q M60-2Q M60-2Q M60-2Q M60-4Q M60-4Q

-1BM60-2Q M60-2Q M60-2Q M60-2Q

M60-2Q M60-2Q M60-4QM60

Valid configuration with K240Q vGPUs on GPU 0, K260Q vGPUs on GPU 1:

Valid configuration with K200 vGPUs on GPU 0, K240Q vGPUs on GPU 1:

Invalid configuration with mixed vGPU types on GPU 0:

SIZING YOUR VIRTUAL DESKTOP FOR HIGH PERFORMANCE GRAPHICS

SIZING FOR RICH GRAPHICS WORKLOADS –VIRTUAL MACHINE

Virtual Machine

• Hardware v11

• VMXNET3 NIC

• vGPU

– Configure

Profile

• vDGA

– Enable Pass-

through

• 2 vCPUs:

– 1 vCPU - OS

– 1 vCPU - PCoIP

• Recommend at

least 4 vCPUs for

Power Users

• 4GB

– Power User/

Entry Level Eng

• 8GB

– Mid Eng./Video

• 16GB

– Advanced Eng.

• 32GB

– CAD/CAM

• 64GB

– Digital Mock Up

• vDGA

– 64bit Windows

• vGPU

– 32/64 bit

Windows

• Install

– VM Tools

– View Agent

– NVIDIA driver

(vGPU)

VMware OS

Optimization Tool

• MASSIVE 40%

saving!

• Download from

labs.vmware.com

VCPU IMPACT ON MEMORY PERFORMANCE

Read (in MB/s) Write (in MB/s) Copy (in MB/s) Latency (in ns)

VM - 2 Cores/16GB vs

VM - 4 Cores/16GB44% 49% 86% 0%

44%49%

100%4 C

% Incre

Memory Performance Increase from 2 vCPU to 4 vCPU

Entry Level

Engineer/Reviewer

•M60-1Q

•4 GB RAM

•2 VCPUs (2.6 GHz)

•1 GB video RAM

•2 2560x1600

displays

Mid Level

Engineer/Editor

•M60-2Q

•8 GB RAM

•2-4 VCPUs (3.1 GHz)

•2 GB video RAM

•4 2560x1600

displays

Advanced Engineer

•M60-4Q

•16 GB RAM

•4-8 VCPUs (3.1 GHz)

•4 GB video RAM

•4 2560x1600

displays

• 4 x 4K displays

SIZING FOR RICH GRAPHICS USERS: NVIDIA GRID VGPU RECOMMENDATIONS

SIZING FOR RICH GRAPHICS USERS: CLIENT DEVICE3D and multimedia application can drive high FPS at high resolution

GPU throughput uncompressed over 2 Gbps

Protocol optimization, compression and bandwidth savings

—Only send pixels that change etc

Plan for 2-2.5 Mbps for CAD users (average)

Burst to 5-7 Mbps, can be higher in LAN scenarios (20Mbps-200Mbps depending on hardware)

Client device must be capable of decoding PCoIPthroughput or H264 offload

—Tera2 client or suitable spec Client

—Check your device specifications

VMWARE BLAST EXTREME ACCELERATION WITH NVIDIA GRID

CHALLENGES FOR VIRTUAL GRAPHICSProfessional graphics workloads require great user experience

Require “snappy”

experience

Rely on heavy

encoding and

decoding

User density is

limited by CPU

bottleneck

51mslatency

reduction

NVIDIA BLAST EXTREME ACCELERATIONIncreased scalability and performance for graphics workloads

18%increase

in density

89%bandwidth reduction

Source: NVIDIA GRID Performance Engineering Lab

HOW IT WORKS TODAY: PCoIP

CLIENT

Render

Kybd/Mse

SERVER with GRID GPU

Capture

Encode

IPNetwork

CPU NIC

GRID GPU WORKLOAD

NON GPU WORKLOAD

Decode

Render

NVIDIA BLAST EXTREME ACCELERATION

CLIENT

Render

Kybd/Mse

SERVER with GRID GPU

Capture

Encode

IPNetwork

CPU NIC

GRID GPU WORKLOAD

NON GPU WORKLOAD

Decode

Render

NVIDIA BLAST EXTREME ACCELERATION

• Reduces overall latency

• Offloads CPU workload to

• Increases scalability

• Improves user experience

• Lowers N/W bandwidth

demand

GRID GPU

HW Encoder

Framebuffer

AppsApps

Graphics

commands

Context/Display Capture

Render Target

Front Buffer

H.264 /

streams

Remote Client

• Scalability

• 18% higher user density for ESRI ArcGIS Pro 1.1

• User Experience

• 6-13% higher average FPS

• 27-51ms less latency

• 48-89% bandwidth reduction with TCP and 19% with UDP

You don’t have to chose, you get all at the same time

NVIDIA BLAST EXTREME ACCELERATION IMPROVES USER EXPERIENCE AND REDUCES TCO!

Source: NVIDIA GRID Performance Engineering Lab

PERFORMANCE RESULTS

Standard 2vCPU16GB RAM

1GB Frame Buffer(K240Q / M60-1Q)

Moderate 4vCPU32GB RAM

Power User 4vCPU64GB RAM

Analyst 4vCPU128GB RAM

K2 M60Heavy Users

Many Applications

Number of

Concurrent

on a single

server

Light Users

Fewer Applications

M60 OFFERS PERFORMANCE IMPROVEMENTSNVIDIA GRID DASSAULT CATIA V5/V6 SCALABILITY GUIDE

Task Worker Knowledge Worker Power User Designer

Aerospace Manufacturing

Production CATIA workloads

Satellite offices, over WAN links

GRID K2 GPUs and M60 GPUs

Four different user profiles

Frame Rate Limiting (FRL) turned on

Results

Doubled the number of users per host

Observed a 70% productivity improvement

File proximity/transfer time savings

No reported degradation to end user

Even LAN users reported 30% productivity gain

** 2.6 GHz+ Intel Xeon

E5 v3 or greater

VIRTUAL BATTLESPACE RESULTS

4/4/2016

AGENDA

Summary

GETTING STARTED

Deployment Requirements

Product Activation Keys

Download GRID SW (host driver,

guest driver)

License server creation,

installation and management

The GPU Mode Switch Utility

Install host driver

Attach a vGPU profile to a VM

Install the NVIDIA driver

into a VM

Configure a VM for a NVIDIA GRID vGPU

license

Key concepts to get you going

DEPLOYMENT REQUIREMENTS

NVIDIA GRID enterprise software is designed to

run on select NVIDIA Tesla GPUs.

Ensure you have the following:

NVIDIA GRID Certified Servers:

http://www.nvidia.com/object/grid-certified-

servers.html

Required GPU hardware: Tesla M6 or M60

A supported virtualization software stack

Read the release notes!

Correct build numbers for the virtualization

software that have been tested for the

specific NVIDIA GRID Software release

Other important version-specific information

Note: You will need to register first to get access to the release notes.

QUICK START GUIDE

guest driver)

Install host driver

into a VM

license

Overview of concepts to get you going

PRODUCT ACTIVATION KEYS (PAK)Order email template

Email content for GRID SW Order:

• Product Activation Key (PAK) is dynamically added to order fulfillment email template

• Blue underlined content are links to those destinations for registering, logging in or support

• Enterprise support portal and email address is provided for help

• Email generated from nvidia@flexnetoperations.com (advise on checking spam folders as needed)

Sample email

NVIDIA LICENSING PORTALRegistration Page

• Customers will click on the Register or Log in link within the order fulfillment email to navigate to the NVIDIA Licensing Portal

• First time customers will be required to register their information

• A link to the Terms and Conditions is provided (End User License Agreement)

• Customers must accept the terms and conditions to download licenses and software

• Returning customers will not have to re-register but can login to their account

QUICK START GUIDE

guest driver)

Install host driver

into a VM

license

DOWNLOAD GRID SOFTWAREThe Product Download Page contains…

NVIDIA GRID Software: Select based on the

hypervisor brand and version you will run. NVIDIA

GRID vGPU supports versions of VMware vSphere

ESXi and Citrix XenServer

GPU mode change utility: The Tesla M60/M6

boards are shipped in Compute Mode. NVIDIA GRID

vGPU requires Graphics Mode. The GPU mode

change utility is used to switch modes.

NVIDIA License Manager Software: Enables Guest

OS to utilize the NVIDIA GRID vGPU profiles by

checking out a license at boot time

All downloads are in .zip format and contain

release notes and user guides along with the

software.

QUICK START GUIDE

guest driver)

Install host driver

into a VM

license

THE NVIDIA GRID LICENSE SERVER

NVIDIA GRID vGPU profiles are licensed features on NVIDIA Tesla GPUs

• Licenses generated and retrieved from NVIDIA’s Licensing Portal

• Installed onsite, enables NVIDIA GRID licensed products

• Manages a pool of floating licenses• License acquired during boot time of the

Guest OS • The license returned when the Guest OS

shuts down

Don’t impact workUse for license management

Enable more use cases

QUICK START GUIDE

guest driver)

Install host driver

into a VM

license

MODE SWITCHING

Compute Mode

Shipped in this mode

Graphics Mode

Required for NVIDIA GRID

Tesla M60 Tesla M6

gpumodeswitchBootable Linux or Windows

Temporarily boot Linux on the server to change mode; the

gpumodeswitch release package includes bootable Linux images

for this purpose

GPUMODESWITCH EXAMPLEList the current mode of all GPUs use --listgpumodes

Switch a GPU’s mode use--gpumode graphics

--gpumode compute

After a GPU mode switch, the server is rebooted to ensure that the modified resources are correctly accounted for by the OS or hypervisor

QUICK START GUIDE

guest driver)

Install host driver

into a VM

license

NVIDIA GRID WITH CONFIGURATION PROCESS

For more details consult the GRID Deployment Guide and additional online training

• Install NVIDIA GRID software into ESXiHypervisor

• Build a Gold Master VM Image with NVIDIA GRID vGPU Profile

• Install NVIDIA Windows Driver into Gold Master Image

• Configure vGPUenabled VM pools in Horizon Environment

82NVIDIA CONFIDENTIAL. DO NOT DISTRIBUTE.

INSTALLING AND TESTING VIB

$ esxcli system maintenanceMode set –e true

$ esxcli software vib install -v /store/NVIDIA.vib

$ reboot

Installation Result:

Message: Operation finished successfully. Reboot Required: false

VIBs Installed: NVIDIA_bootbank_NVIDIA-vgx-

VMware_vSphere_6_Host_Driver_346.27-1OEM.600.0.0.2159203

VIBs Removed:

VIBs Skipped:

$ esxcli system maintenanceMode set –e false

$ esxcli software vib list | grep -i nvidia

$ nvidia-smi

WINDOWS VM: VGPU ASSIGNMENT

In vCenter, edit VM settings, add “Shared PCI Device”, then select “Add”

Select GPU profile, then select “OK”

Start VM

NVIDIA DRIVER INSTALL

HORIZON POOL CREATION

QUICK START GUIDE

guest driver)

Install host driver

into a VM

license

CONFIGURE NVIDIA GRID VGPU LICENSE

Configure the Manage License Feature in the NVIDIA Control Panel

• Enter the license server address and port

• These settings can be preloaded through register keys.

• The license settings will persist across reboots.

• A license is obtained prior to the user logging into the VM.

Enables a VM access to an NVIDIA GRID vGPU

L6117 - NVIDIA GRID DEPLOYMENT HANDS ON LAB

Room 210C 4/7/2016 13:00 - 16:00

AGENDA

Summary

VMWARE HORIZON: DESKTOP TRANSFORMATION SOLUTION FOR EVERY USER

MOBILE

DESIGNERS/ENGINEERS NON-EMPLOYEE DEVELOPERSREMOTE OFFICEMAIN OFFICE

NEWNEWNEWNEW

POINT OF SALE

Virtual desktop and app delivery

Horizon 7

Desktop and app delivery from public

Horizon Air

Secure containerized desktops

Simplifying App ManagementAPP Horizon App Management

Horizon FLEX

NVIDIA GRID PLATFORMCentralized virtual graphics capabilities for the enterprise

Support, Updates & Maintenance

NVIDIA Tesla (Datacenter GPU)

NVIDIA GRID Software

Streamlined end

user access and supplier

connectivity

Real-time collaboration for

engineers in

29 offices

across 7countries

When I use

SolidWorks on

virtual desktops,

it’s seamless…

from my phone, my

iPad, and my

computer. 33% productivitygain, access to

radiology images on a variety of endpoints

We are confident

that it is now

finally

economically viable

for CH2MHILL to

provide a VDI farm

for graphically

demanding

workloads across

the globe. This

could truly

transform the way

we do business.– Mechanical Engineering

StudentNorth Carolina State

University

– Craig FletcherCTO

CH2MHILL

”US Based Healthcare

Provider

AGENDA

Summary

TEST DRIVE NVIDIA GRID TODAYhttp://www.nvidia.com/trygrid

Instant access to NVIDIA GRID on VMware vSphere and Horizon

Pre-installed apps such as AutoCAD, SolidWorks, ArcGIS, NX, etc.

HTML demos and HD videos

KEYS TO A SUCCESSFUL POC

Important things to remember during your POC:

Define “acceptable” user experience

Render times, smoothly panning, menu to appear

Compare real world workloads

With “think time” included, opposed to peak workload benchmarks

Test with real users

3D designer in the application, ultimate test of success

DETAILED INSTRUCTIONSDeployment guides

www.nvidia.com/gridresources

OTHER NVIDIA GRID SESSIONS TO ATTEND

S6504 - A Data-Driven Methodology for NVIDIA GRID™ vGPU™ Sizing

S6392 - AEC Project Execution Using GRID vGPU Enhanced Virtualization

S6859 - Unveiling the Impact of Time Slicing with NVIDIA GRID™ vGPU for Realistic ROI/TCO

Analysis

S6210 - NVIDIA GRID™ and Dassault Catia from Proof of Concept to Production

S6194 - Delivering Graphics-Intensive Applications to Computing Labs and BYOD in Education

S6833 - Delivering GPU-Accelerated Applications from your Private Cloud

S6209 - A Look at Real World Performance Capabilities of NVIDIA GRID™ 2.0

S6198 - The Latest in High Performance Desktops with VMware Horizon and NVIDIA GRID™

S6200 - Delivering 3D Workstations with VMware Horizon and NVIDIA GRID

L6117 - NVIDIA GRID Hands-on Lab

S6332 - Training and Simulation in a Secure Cloud Environment

THANKS – Q&A

PHOTO CAPTION

april 4-7, 2016 | silicon valley s6385 - what is cloud and ... · 4/4/2016 · april 4-7, 2016 |...

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