The document outlines NVIDIA GRID, a solution providing accelerated virtual desktops and applications for enhanced enterprise computing. It promotes mobility, security, and productivity, allowing users to run applications on any device while ensuring IT management simplicity. NVIDIA GRID's software editions support diverse user requirements for graphics performance and collaborative work across various industries.

1. JEREMY MAIN シニアソリューションアーキテクト GRID
NVIDIA GRID 2.0

2. 2
The old way of working - isn’t
The old way
of working –
isn’t

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The office
isn’t always
an office
Populous – NVIDIA GRID Customer

4. 4
Data is
exploding
Pixar Render Farm - NVIDIA Customer

5. 5
Every device
is a tool for
collaboration
SSOE Group – NVIDIA GRID Customer

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The future of
enterprise computing
Run every application in a workflow
At full performance
On the device they want to use
Wherever they are
From the cloud
Removing the barriers to
employee productivity

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ENTER NVIDIA GRID
Delivering accelerated virtual
desktops and applications

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See the difference
Virtualization powered by GRID
(Deliver any application)
VDI Before GRID
(Missing support for essential features)
Full application compatibility with native experience

9. 9
Deliver value across the enterprise
Users have freedom
to be mobile
IT managers
love the simplicity
Valuable data stays
secure

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30-50 minutes per day
increased productivity for
doctors and nurses

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IT staff can deploy new
student virtual desktops
almost instantly

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SSOE engineers work with
70-80 models
connected together all while
keeping client IP safe

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NVIDIA GRID Customer Successes
Global organizations delivering accelerated virtual desktops

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Industry support
Partner ecosystem of leading organizations

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HOW
NVIDIA GRID
WORKS

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Who uses NVIDIA GRID?
Business users who
expect great user
experience
Engineers & designers
who work on small to
medium files
Engineers & designers
who demand ultimate
graphics performance

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GRID Virtual
Workstation
Extended
GRID Virtual
Workstation
GRID Virtual PC
NVIDIA Datacenter GPU (TESLA M6/M60)
Support, Updates & Maintenance Subscription (SUMS) Annual
Perpetual
Hardware
What is NVIDIA GRID?

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NVIDIA GRID software editions
NVIDIA GRID
VIRTUAL PC
NVIDIA GRID VIRTUAL
WORKSTATION
NVIDIA GRID VIRTUAL
WORKSTATION EXTENDED
Maximum number of displays 2 4 4
Maximum resolution per display 2560 x 1600 (WQXGA) 2560 x 1600 (WQXGA) 3840 x 2160 (4K)
Windows Guest OS   
Linux Guest OS  
NVIDIA® Quadro® software features  
CUDA® supported 1
OpenCL supported 1
GPU Pass-through supported 1
vGPU Profiles supported (frame buffer and maximum number of users per GPU)
512 MB (up to 16 users per GPU)   
1 GB (up to 8 users per GPU)   
2 GB (up to 4 users per GPU)   
4 GB (up to 2 users per GPU) 
8 GB (1 user per GPU) 
1 Only available with 8 GB vGPU profile

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Support, Updates and Maintenance Subscription
(SUMS)
Support: resolve
specific issues to your
operating environment
?
Updates: ongoing access
to NVIDIA GRID software
improvements
Maintenance: long term
resolution of defects
and security issues

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Support, Updates and Maintenance Subscription
(SUMS)
BASIC PRODUCTION
Maintenance
Access to all maintenance releases, defect resolutions,
and security patches for flexibility in upgrading for up to 3 years
Upgrades Access to all new major version releases including feature enhancements and new hardware support
Long-Term
branch maintenance
Available for up to 1 year
from general availability
Available for up to 3 years
from general availability
Direct support Direct access to NVIDIA support engineering for timely resolution of customer-specific issues
Support availability Week day business hours (PST) 24 x 7
Support response time  
Knowledgebase access  
Web support  
E-mail support  
Phone support 
Support currently available only in English.

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Introducing MAXWELL
M60 M6
GPU Dual High-end Maxwell Single High-end
CUDA Cores 4096 1536
Memory Size 16 GB GDDR5 8 GB GDDR5
H.264 1080p30 streams 36 18
GRID vGPU Concurrent users 2 / 4 / 8 / 16 / 32 1 / 2 / 4 / 8 / 16
Form Factor PCIe 3.0 Dual Slot (rack servers) MXM (blade servers)
Power 240W / 300W (225W opt) 100W (75W opt)
Thermal active / passive bare board
*preliminary results

22. GRID TECHNICAL SESSIONS
Session 2015 - 1100 : vGPU Deep Dive
16:55 ~ 17:20 – Hall B4, Location 4F
Session 2015 – 1101 : vGPU Sizing
17:30 ~ 17:55 – Hall B4, Location 4F
Session 2015 – 1102 : vGPU Top 10 PoC Survival Tips
18:05 ~ 18:30 – Hall B4, Location 4F

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NVIDIA GRID
Resources
GRID Test Drive
www.nvidia.com/vmware-trygrid
GRID Website
www.nvidia.com/grid
GRID News
http://tinyurl.com/gridinfo
GRID YouTube Channel
http://tinyurl.com/gridvideos
Questions? Ask on our Forums
https://gridforums.nvidia.com
NVIDIA GRID on LinkedIn
http://linkd.in/QG4A6u
Follow us on Twitter
@NVIDIAGRID