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High Performance Computing | PDF
Dell World 2014 
High Performance Computing: 
Faster, better answers to more, bigger problems 
Jimmy D. Pike, VP / Senior Fellow Chief Architect, Enterprise Solutions Group 
Sessuib NT12 
Dell World 2014
What is High Performance Computing (HPC)? 
Dell World 2014 
•Simply put: It enables you to solve bigger problems, faster, with better answers 
•How? Integrating many processors, memories, storage devices to act as one powerful system 
•Key: Efficient, scalable integration through HPC networking, software & expertise 
Dell is building 
some of the most powerful HPC systems in the world
Dell World 2014 
Why is HPC necessary? 
Computer technology gets faster and better 
•Processors are getting more powerful (Moore’s Law) 
•Memory speeds and capacities are increasing, though not as fast 
•Disk speeds and capacity are also increasing 
HOWEVER: 
•Big simulation problems are much bigger than any standard server can compute 
•Big Data is too large for any standard server to hold, much less extract insight quickly
Dell World 2014 
Three myths about High Performance Computing 
It’s not for Big Data 
It’s not for the Cloud or It’s not needed in the Cloud 
It’s just for researchers, geeks and eggheads 
FALSE 
Finding information in (truly) big data requires analytics, and that means having lots of processing as well as memory and storage 
FALSE 
Cloud computing can and will embrace HPC as HPC usage in industry continues to grow—and it’s started 
FALSE 
HPC is widely used in oil & gas, automotive, aerospace, manufacturing, pharmaceuticals, finance & many other industry areas— and growing
Dell World 2014 
Why HPC is hard to get right? Integration & scaling 
Key challenge: Make many systems look and work like ONE large, powerful system 
Technology requirements: Networking and software that enabling seamless scaling 
Other challenges: Cost, power and reliability
Dell World 2014 
Technology restraints push the need for HPC 
Processor limitations 
Memory density 
Storage bandwidth and density 
Aggregation through parallelism
Dell World 2014 
BIG computing 
•Parallel processing for running advanced application programs efficiently, reliably and quickly 
•All systems that are used for highly computational or data-intensive tasks 
Large groups of remote servers that are networked to allow the centralized data storage, and online access to computer services or resources 
Any collection of data sets so large and complex that it becomes difficult to process using traditional data processing applications 
Cloud 
Big data 
HPC
Dell World 2014 
Solving BIG problems fast and accurately 
Modeling and simulation 
Big data and analytics 
HPC research in the cloud
Dell World 2014 
The world is full of BIG compute & big data problems 
Weather 
research 
Oil & gas, seismic sampling 
Particle Physics – Higgs Boson particle 
Healthcare/ Life Sciences 
University research 
Mechanical engineering 
Creative arts 
Cancer research
Dell World 2014 
Dell’s approach to HPC Open, flexible & reliable solutions that solve your problems while providing choice & simplicity 
From this 
To this 
Collaborative, flexible & simplified
Dell World 2014 
Three examples of Dell HPC Solutions in action 
Stampede 
Wrangler 
Comet 
Embracing the big problems, including big data
Where Dell has made a difference? 
•Increased hardware integration 
•Focused software development 
•Advanced networking technology 
TGen's genomic analysis pipeline dropped from 7-8 days to less than 1 day 
Dell Genomic Data Analysis Platform 
faster peak read performance & <74% peak write performance improvement over previous generation 
Dell | Terascala HPC Storage Solution (HSS 5.5) 
George Washington University goes from zero to full HPC cluster 
Dell HPC Services 
800% faster 
2 weeks 
59% faster 
Dell World 2014
Dell World 2014 
Dell’s vision for HPC 
Power to Do More 
Demands leadership in HPC 
Big data 
Solutions must include big data as well as Big compute and simulations 
HPC is required HPC is the key to big compute and big data problems 
Parallelism 
Scalable parallelism is the key to HPC — 
Embrace it 
Integration 
The key to growth is integrating systems into HPC that scale 
Providing FASTER, BETTER solutions to MORE, BIGGER problems 
Dell delivers essential building blocks to take HPC anywhere: 
•HPC systems, such as Wrangler and Stampede, provide the blueprint to build appliances such as the Dell Genomic Data Analytics Platform, and enable massively scaled Cloud computing (Comet).
Dell World 2014 
Let’s get started 
Engage with experts at the Solution Showcase 
See solutions in action in the showcase 
Schedule 
•Further discussion with your Dell team
Dell World 2014 
Thank you
Want to learn more about Dell PowerEdge servers and how they solve workload complexity? 
Learn via email. Start here. 
Sign me up!

High Performance Computing

  • 1.
    Dell World 2014 High Performance Computing: Faster, better answers to more, bigger problems Jimmy D. Pike, VP / Senior Fellow Chief Architect, Enterprise Solutions Group Sessuib NT12 Dell World 2014
  • 2.
    What is HighPerformance Computing (HPC)? Dell World 2014 •Simply put: It enables you to solve bigger problems, faster, with better answers •How? Integrating many processors, memories, storage devices to act as one powerful system •Key: Efficient, scalable integration through HPC networking, software & expertise Dell is building some of the most powerful HPC systems in the world
  • 3.
    Dell World 2014 Why is HPC necessary? Computer technology gets faster and better •Processors are getting more powerful (Moore’s Law) •Memory speeds and capacities are increasing, though not as fast •Disk speeds and capacity are also increasing HOWEVER: •Big simulation problems are much bigger than any standard server can compute •Big Data is too large for any standard server to hold, much less extract insight quickly
  • 4.
    Dell World 2014 Three myths about High Performance Computing It’s not for Big Data It’s not for the Cloud or It’s not needed in the Cloud It’s just for researchers, geeks and eggheads FALSE Finding information in (truly) big data requires analytics, and that means having lots of processing as well as memory and storage FALSE Cloud computing can and will embrace HPC as HPC usage in industry continues to grow—and it’s started FALSE HPC is widely used in oil & gas, automotive, aerospace, manufacturing, pharmaceuticals, finance & many other industry areas— and growing
  • 5.
    Dell World 2014 Why HPC is hard to get right? Integration & scaling Key challenge: Make many systems look and work like ONE large, powerful system Technology requirements: Networking and software that enabling seamless scaling Other challenges: Cost, power and reliability
  • 6.
    Dell World 2014 Technology restraints push the need for HPC Processor limitations Memory density Storage bandwidth and density Aggregation through parallelism
  • 7.
    Dell World 2014 BIG computing •Parallel processing for running advanced application programs efficiently, reliably and quickly •All systems that are used for highly computational or data-intensive tasks Large groups of remote servers that are networked to allow the centralized data storage, and online access to computer services or resources Any collection of data sets so large and complex that it becomes difficult to process using traditional data processing applications Cloud Big data HPC
  • 8.
    Dell World 2014 Solving BIG problems fast and accurately Modeling and simulation Big data and analytics HPC research in the cloud
  • 9.
    Dell World 2014 The world is full of BIG compute & big data problems Weather research Oil & gas, seismic sampling Particle Physics – Higgs Boson particle Healthcare/ Life Sciences University research Mechanical engineering Creative arts Cancer research
  • 10.
    Dell World 2014 Dell’s approach to HPC Open, flexible & reliable solutions that solve your problems while providing choice & simplicity From this To this Collaborative, flexible & simplified
  • 11.
    Dell World 2014 Three examples of Dell HPC Solutions in action Stampede Wrangler Comet Embracing the big problems, including big data
  • 12.
    Where Dell hasmade a difference? •Increased hardware integration •Focused software development •Advanced networking technology TGen's genomic analysis pipeline dropped from 7-8 days to less than 1 day Dell Genomic Data Analysis Platform faster peak read performance & <74% peak write performance improvement over previous generation Dell | Terascala HPC Storage Solution (HSS 5.5) George Washington University goes from zero to full HPC cluster Dell HPC Services 800% faster 2 weeks 59% faster Dell World 2014
  • 13.
    Dell World 2014 Dell’s vision for HPC Power to Do More Demands leadership in HPC Big data Solutions must include big data as well as Big compute and simulations HPC is required HPC is the key to big compute and big data problems Parallelism Scalable parallelism is the key to HPC — Embrace it Integration The key to growth is integrating systems into HPC that scale Providing FASTER, BETTER solutions to MORE, BIGGER problems Dell delivers essential building blocks to take HPC anywhere: •HPC systems, such as Wrangler and Stampede, provide the blueprint to build appliances such as the Dell Genomic Data Analytics Platform, and enable massively scaled Cloud computing (Comet).
  • 14.
    Dell World 2014 Let’s get started Engage with experts at the Solution Showcase See solutions in action in the showcase Schedule •Further discussion with your Dell team
  • 15.
    Dell World 2014 Thank you
  • 16.
    Want to learnmore about Dell PowerEdge servers and how they solve workload complexity? Learn via email. Start here. Sign me up!