Transcript IDCupdateSTU - HPC User Forum

HP’s
Scalable
Computing
Strategy
Jeremy Purches
HPC Engineering Segment Manager – EMEA
Facts
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18 July 2015
HP Leads in High Performance Computing
HPC IDC H1 CY2008 Revenue Share
N EC
HP leads
1% Cray
• HPC market overall SGI
for last 5 1%
yearsBull
1%
1
• Cluster space,Other
driving
HPC
market
2%
10%
• Blades, the optimal
clusters
1
solution
Dell
1Q08 HPC clusters by vendor1
Other 15%
IBM
27%
DELL 28%
16%
HP 29%
1Q08 HPC Share by vendor1
Other
9%
Dell
21%
SGI
1%
1Q08 total blades by
NEC
1%
Other 15%
Dell 7 %
IBM
31%
HP #1
Sun
5%
HP
37%
HP 33%
Sources:
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vendor1
IBM 30%
Sun
4%
3
IBM 27%
HP 47%
1- IDC, Worldwide Technical Server QView, Q1 2008.
All market shares and ranks are by revenue.
“Blade Everything”:
HP BladeSystem c-Class Portfolio
A Full Range of 2P and 4P Blades
Workstation
Blades
Server Blades
Storage
Blades
Interconnect choices for LAN, SAN, and Scale-Out Clusters
Virtual
Connect
LAN
Ethernet NICs
SAN
Fibre Channel
InfiniBand
4X DDR
h
h
h
Unified Management
h
Choice of Power
Complete Services
Assessment
Implementation
Support
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BladeSystem c-Class has been
embraced in the marketplace
Six quarters of clear leadership since launch
60.0%
51.0%
45.6%
50.0%
HP
40.0%
30.0%
IBM
30.6%
25.6%
20.0%
10.6%
176 of the TOP500
supercomputers in the world run
on HP BladeSystem c-Class
c-Class solution also #8 & #11
fastest supercomputers in world
(June 2008, www.top500.org)
9.1%
Dell
10.0%
Fujitsu/F-S
Sun
0.0%
Q306
Q406
Q107
Q207
Q307
Q407
Q108
BladeSystem c3000
Most Important
Products of 2007
Midmarket Summit
HP's Virtual Connect
Architecture Wins
Product of the
Year Award!
3rd “Best in Show” in a row as voted by
attending CIOs of midmarket companies
Tech Innovator of the Year Award
Server Hardware category for the second year in a row
Data from IDC Server tracker Q108, Unit Share, x86 Blades
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TOP500 list: June 08 edition.
Share of systems in list by vendors
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Trends
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From Google Trends
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The Cloud
Web 2.0
SaaS
DBaaS
AIaaS
DaaS
HaaS
PaaS
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Web Services
Utility
MSP
IaaS
Hosting
Grid and Cloud Today
CLOUD
GRID
• open standards (OGF …) • no standardized interfaces
• publicly funded &
• privately funded & operated
operated (slow evolution)
(fast evolution)
• no central management
• managed by a single entity
• interoperability important
• no interoperability
• geographically distributed;
• geographically distributed;
locally owned and
centrally owned and managed
managed
• make huge systems available
• share (usually modest)
local resources
• enterprise applications,
• scientific research, highinformation processing, data
end users
mining
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Scalable Computing and Infrastructure (SCI)
Organization
The Convergence of Business Models
Emerging business
models:
Enterprise/HPC
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Engineering &
Geo-Sciences
Life & Materials Sciences
Defense/Security
Scientific Research
Massive
Scale-Out
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Photo/Video
Sharing
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Web 2.0
Internet Commerce
Interactive Media
On-Line Gaming
Financial Analytics
Digital Content Creation
Streaming Media
Best performance =
faster time to market
New metrics:
Best performance per watt
best performance per sq.
ft.
Extreme pain points:
Data center constraints
of power, cooling, space,
manageability & automation
of dynamic workloads
Market Requirements
Multiple go to market motions,
optimized supply chain & unique
products and services
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HP’s Cloud Computing
Enterprise/HPC
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Engineering &
Geo-Sciences
Life & Materials Sciences
Defense/Security
Scientific Research
Massive
Scale-Out
•
•
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Photo/Video
Sharing
•
•
•
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Web 2.0
Internet Commerce
Interactive Media
On-Line Gaming
New
What’s New?
HP to Power
Department of Defense
Cloud Computing
Infrastructure
Financial Analytics
Digital Content Creation
Streaming Media
HP, Intel and Yahoo!
Create Global Cloud
Computing Research Test
Bed
New products extending
HP’s Capabilities in Cloud and Scale-Out
Designed for massive scale-out,
HPC, cloud computing &
Web 2.0
High Performance
Computing
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HP StorageWorks ExDS9100
HP ProLiant BL2x220c G5
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New baselines for energy,
floor space & cooling
Engineering &
Geo-Sciences
Life & Materials
Sciences
Defense/Security
Scientific Research
•
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Financial Analytics
Digital Content Creation
Streaming Media
Web 2.0
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HP Performance Optimized Data Center
Massive Scale-Out
Internet
Commerce
Interactive Media
On-Line Gaming
Solutions
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Performance Optimized Datacenters (PODs)
Why PODs instead of brick & mortar ?
New
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Lower TCO
− Higher PUE and power/cooling efficiency
vs traditional DC
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Geographic flexibility
− Can deploy closer to customers, and in
locales not suitable for brick & mortar
− Controlled/hybrid co-lo environments
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Faster time to Revenue for customers
− Brick & Mortar 18+ months design/build vs
Container in <6 months
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Improved return on capital
− “Pay as you go” vs. $millions up-front
investment for brick & mortar
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More efficient procurement chunk size
− Rack too small, datacenter takes too long
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Scalable with enterprise architecture
− Core/Regional Gateway/Point-of-Purchase
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HP Performance Optimized Datacenter
Key Features
Industry-standard Flexibility
22 x 50U, 19” full-depth industry-standard
racks support HP, Dell, IBM, Sun, Cisco, etc.
Best-in-class Density
Support for 3,520 compute nodes,
12,000 LFF drives, or any
combination
Shipped in 6 weeks, deployed WW
Pre-integrated, configured and tested before
shipment; shipped in six weeks from order.
Infrastructure Services Portfolio
Full lifecycle support services combining technology and facilities
expertise
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HP Performance Optimized Datacenter
Interior view
Serviceable high efficiency
heat exchangers (HEX)
Serviceable high efficiency,
variable speed blowers
Separate Utility
module segregate
IT/UPS security
access and
environmentals
Standard 50U
racks
Facilities
management on
exterior of cold
aisle
Hot aisle with
rear access
through doors in
the container
36” cold aisle
can run at >90F
Can Tour in Houston Campus
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New HP ProLiant BL2x220c G5 Server Blade
World’s first 2 in 1 server blade
Two independent 2P compute servers per blade;
Two times the number of servers per enclosure
Top performance speeds time to results
•
Up to 1.5TFlop/s in 2 square feet, for
demanding problems without a datacenter
Takes less floor space to get the most
from your datacenter
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Double the performance available without
running out of datacenter space
Draws less power to help reduce energy
and cooling costs
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Reduce TCO to get the best ROI from your
dollar
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Double the Compute Power in the
same 20MW Data Center
Expects the 2-in-1 blade
to save ½ a data center
Deliver movies to market faster, faster rendering,
increase creative productivity, take on more
projects at once
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Placed the first order for 1000’s of BL2x220c
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2x the number of nodes per rack
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2x the performance - Same amount of power in
half the space
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Designed, tested, integrated, shipped and rapidly
deployed internationally
Some interesting data
Seven years ago: ASCI White (IBM)
Today: one rack full of Bl2x220c
•#1 on the Top500 in June 2001
Peak performance: 12,288 Gflop/s
Peak performance: 12,288 Gflop/s
Weight: 106 Tons (w/ 160 TB storage)
Weight: ~2000 lbs (~1 ton) – 100x lighter
Power: 3MW
Power: ~30KW – 100x less power
Cost: $110 million
Cost: ~ $800K -- more than 100x lower cost
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HP StorageWorks 9100
Extreme Data Storage System
Integrated hardware/software solution
1. Blades – HP’s Industry Leading Blade Solution
– Up to 12.8 cores/U
– Starting at 4 blades, expand up to 16 blades
– BL460 blades in c7000 Enclosure
2. Storage – Industry Leading Density
– Up to 12TB/U
– Starting at 246TB, expand to over 820TB
– Scales in 82TB Storage Blocks
3. Software – Proven in Content Rich Environments
– Integrated system management
– Multiple access protocols
• NFS, HTTP, DirectIO
• Streaming media or custom applications
• Applications can run directly on blades
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HP’s Supercomputer-in-a-Box
The power of supercomputing outside the Data Center.
Made simple with BladeSystem c3000 and HP Cluster Platform
CP Workgroup System
BladeSystem c3000 enclosure + HP Cluster
Platform
BladeSystem c 3000
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Now with
BL2x220c
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Most versatile blade
enclosure for SMB,
remote sites, branch
offices
HP Cluster Platform
(CP)
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Standard ‘cluster as a
product’ set the bar
for HPC cluster
deployments
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Over 1.5 teraflop of computing in a small
footprint of only 2 square feet
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Application-tuned bundles jointly
developed with ISVs, available via HP’s
application VARs
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Accelerate
innovation
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Shorten time
to market
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Reduce
order and
deployment
complexity
End-to-end Solution Available Now
Plus HP Labs Research for the Future
Dense
Systems
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Scale-Out
Infrastructure
Data Center
Services
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Power & Cooling
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Integration &
Management
Flexible Computing
Services
Intelligent
infrastructure
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SaaS, AIaaS
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Automation
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HP Cluster
Platforms
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Capacity &
Deployment
IT Architecture
Consulting
Dynamic Cloud
Services
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Sustainability
HP StorageWorks
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Security
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Virtualization
HP ProLiant &
Integrity Servers
HP BladeSystem
c-Class
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Data Center
Transformation
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Information
explosion
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Data Center
Design (EYP MCF)
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Content
transformation
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Dynamic Smart
Cooling
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Exascale
Challenges
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The Well Known Challenge
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HP’s holistic approach & portfolio
minimize power & reduce heat
Efficient systems
to minimize power
consumption
Flexible designs
to maximize
power density
optimize energy & cooling
Energy-aware
provisioning
to optimize power
utilization
BladeSystem
HP BladeSystem 
Insight Power Manager
Thermal Logic
HP ProLiant
Dynamic Smart Cooling

HP-UX 11i Virtual
HP Integrity
Server Environment Rack and power
HP Integrity NonStop EVA Dynamic management solutions
HP StorageWorks Capacity ManagementSmart Cooling Services
Modular Cooling
System
cooler systems
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cooler datacenters
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Chip Spray Cooling
…using HP Inkjet technology
Spray Regimes with different ink jet assisted
spray patterns
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Similar to conventional sprays
Diffuse spray pattern
Recirculation regions
Vapor flow effect @ surface
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Higher mass flux
Higher spray momentum
Jet impingement dynamics
High Localized heat transfer
(currently >500W/cm2 with a COTS
printing pen)
The other
challenge
(Remember this meeting in
2007!)
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“Mainstream computing needs
parallelism for performance. This
is new.”
“A lot of very ordinary programmers
will have to write parallel programs.
Very few experts currently know
how to do that.”
Hans Boehm, Advanced Architecture Lab,
HP Labs
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www.hp.com/go/hpc
www.hp.com/go/enablethecloud