17. | COMMERCIAL CLIENT| MARCH 2014 |17
WHAT A DIFFERENCE 8 YEARS MAKES:
TWO PICTURES OF PAPAL INAUGURATIONS
18. | COMMERCIAL CLIENT| MARCH 2014 |18
FUNDAMENTAL CHANGES IN COMPUTE, NETWORKING AND STORAGE
New technical requirements
An exponential increase in demand
for compute, networking and storage
New workloads means the same old
same old doesn’t work—need new
technology, product and business
models
More Form Factors
More Apps
More Users
19. | COMMERCIAL CLIENT| MARCH 2014 |19
HP MOONSHOT SERVER WITH AMD OPTERON™ X2150 APU
4.3U server with 45 hot-pluggable cartridges
(4) AMD Opteron ™ X2150 APU SoCs per compute cartridge
Up o 180 servers per chassis
Optional storage cartridge—2 drives per cartridge
Density
Differentiation
Target Workloads
AMD Opteron™ X2150 APU for multimedia workloads
Highest server density available in Moonshot systems
Hosted Desktop
Cloud gaming
Content Distribution Network
Video pre-processing and transcoding
HP Proliant
M700
20. | COMMERCIAL CLIENT| MARCH 2014 |20
A NEW ERA OF PROCESSOR PERFORMANCE & NEW WAYS TO BENCHMARK
Throughput
Performance
Time (# of processors)
we are
here
Hit $XXXM OPEX in Q3 2013
Manage cash and working capital
Improve inventory mix
Communicate our plan
and strategy
Stabilize the business
SINGLE-CORE ERA MULTI-CORE ERA HETEROGENEOUS SYSTEM ERA
Assembly C/C++ Java … pthreads OpenMP / TBB … Shader CUDA OpenCL !!!
Enabled by:
Moore’s Law
Voltage Scaling
Constrained by:
Power
Complexity
Single-thread
Performance
Time
?
we are
here
Enabled by:
Moore’s Law
SMP architecture
Power
Parallel SW
Scalability
Constrained by:
Throughput
Performance
Time (# of processors)
we are
here
ModernApplication
Performance
Time (Data-parallel exploitation)
we are
here
Abundant data
parallelism
Power
efficient GPUs
Enabled by:
Programming
models
Comm.
overhead
Temporarily
Constrained by:
21. | COMMERCIAL CLIENT| MARCH 2014 |21
THE APU IS AT THE HEART OF OUR PRODUCT STRATEGY
MULTI-CORE CPUS
Designed for
General purpose tasks
Most common applications
Data processing serially
CPU
General-purpose, programmable scalar
and vector processor cores, forming a
heterogeneous capability
High-speed bus architecture
Shared, low-latency memory model
Complete System-on-Chip
APU
WITH EXTERNAL GPU SUB-SYSTEMS
Designed for
Specialized tasks (e.g. graphics, video)
Most visual applications
Data processing in parallel
GPU
22. | COMMERCIAL CLIENT| MARCH 2014 |22
ANALOGY
BRAIN VS. APU
APU.
CPU is the logical side, GPU is the creative size.
GFLOPS - compute capacity
Performance is APU’s ability to utilize GFLOPS
Brain.
Left side is logical, Right side is creative.
Brain size is similar in all people
IQ is ability to understand ideas, and the
ability to store, retrieve, and process
information
50. Service Description
Service
• Remotely accessible HDI PoC
• Predefined Test Cases
• Up-to 5 Day Duration
• Hosted in the Discovery Lab
• Assigned Lab Consultant
• HP CS100 HDI
• Citrix Xendesktop 7.1
• Citrix PVS 7.1
• Citrix Receiver 4.1
• Windows 7 64 Enterprise
• Customer Solution Architect
• Partner Solution Architect
• Knowledge worker end-users
Wanting PC quality graphics
and sizing predictability for:
1. video playback
2. web casting,
3. 3D application viewing
Solution Audience
51. Engagement Process
Customer
Partners
Sales
Presales
Local Country Need
Customer
Partners
Sales
Presales
Local Solution Delivery
Discovery Lab
Discovery Lab
Customer References
Repeat Blueprint
POC Express
Qualification
Discovery Lab
Consultant
Assigned
POC Express
Validation
POC Express
Runtime
POC Report
Customer
Feedback
PoC Use Cases
Connection
Details
HPSolutionDemoPortal
SalesFollowupGTMCollaterals
52. PoC Environment
Laptop
Thin Client
Tablet
PC
Smartphone
Citrix Netscaler Gateway
HPN 5900 Switch
Provisioning Server
CS100 HDI Moonshot
Enclosure Web Server m300
Citrix XenDesktop
Customer Site HP Discovery Lab PC Node
CPU
Graphics
Memory
Disk
OS
AMD Opteron
X2150 / 4 core
Integrated Radeon
8000 GPU
8GB DDR3 SO-DIMM
ECC 1600MHZ
32GB iSSD (400 IOPS)
Win 7 64
Ent SP1
1 x
1 x Cartridge
= 4 x PC Nodes
Remote Access