Amazon WorkSpaces is a desktop computing service that runs in the cloud, and now offers GPU configurations to support design and engineering applications and three-dimensional modeling. We show you how running these applications on Amazon WorkSpaces graphics bundles, in close proximity to data you already store on AWS, can help you process and visualize the results you need. We discuss the economics of running Amazon WorkSpaces graphics bundles, and demonstrate the experience of running a graphics-intensive application on a GPU-enabled Amazon WorkSpace. We also invite Autodesk (or TRC or ESRi) to discuss how they are using Amazon WorkSpaces graphics bundles in their business.
2. What to Expect from the Session
1. Why GPU desktops in the AWS cloud?
2. Specs
3. Key benefits
4. The Autodesk University 2016 Story
5. Customer case study – TRC Solutions
6. Recap
3. Why GPU Desktops in the AWS Cloud?
Data security AgilityData proximity & enhanced
user productivity
Project based work
4. Graphics Bundle (CAD, CAM, CAE, Media)
1. Display: NVIDIA GPU, each with 1,536 CUDA cores and 4GB of video memory
2. Processors: 8 vCPUs - High Frequency Intel Xeon E5-2670 (Sandy Bridge) Processors
3. Memory:15 Gb of system memory
4. System Volume: 100GB root volume
5. User Volume: 100GB user volume
11. Autodesk University Story
1. What is Autodesk University?
2. Challenges for AU16
3. Before AWS
4. AU16: 2 years in the making
5. After AWS
6. Software demo on Graphics Workspaces
7. Insights & learnings
How the Desktop PC and its Infrastructure disappeared at AU16
12. Autodesk University Story
What is Autodesk University?
“AU is a chance for designers, architects, and engineers to come
together and learn from the best in their industries, share practical tips
for getting the most from the software, compare notes, and rub elbows
with their peers.”
13. Autodesk University Story
What is Autodesk University?
“AU is a chance for designers, architects, and engineers to come
together and learn from the best in their industries, share practical tips
for getting the most from the software, compare notes, and rub elbows
with their peers.”
15. Autodesk University Story
Before AWS
1. 10 Physical Servers
2. Imaging using SCCM
3. Prep time 3 months
4. Push software for 7 days straight on-site
5. Troubleshooting hardware
17. Autodesk University Story
Physics Problem: Cloud Doesn’t Happen Overnight!
AU14 AU15
AU16
7 Labs + 1 Certification Lab ~500 Units
Amazon Workspaces
1 Lab - 50 Units
EC2 g2.2xlarge
Teradici PCoIP
1 Labs of 100 Units
EC2 g2.2xlarge
Teradici PCoIP
18. Autodesk University Story
Cloud is the new normal: Move all AU workstations to Amazon WorkSpaces!
1. Autodesk is moving it’s software to the Cloud
2. Pioneering: AU in the Cloud
3. Multiple pilots
4. Low-risk profile
5. Scale and simplicity of WorkSpaces
19. Autodesk University Story
With AWS – AU Infrastructure = Single Laptop with access to AWS Console
10 Servers vs 1 Laptop to manage
20. Autodesk University Story
What about devices that connect to Amazon WorkSpaces?
PCoIP zero clients
Low cost devices that are hard to break and easy to fix
$5K vs $300
22. Autodesk University Story
Insights & Learnings
1. Scalability
2. Simple to deploy and manage
3. Certification Lab: Consistent performance
4. Only moving forward from here
24. About TRC
A pioneer in groundbreaking scientific and engineering developments since 1969, TRC
is a national engineering, environmental consulting and construction management
firm that provides integrated services to four primary markets:
Energy | Environmental | Infrastructure | Oil and Gas
Expert problem solvers
120+ U.S. offices; London office
4100+ employees
NYSE: TRR
www.trcsolutions.com