Appro Supercomputer Solutions Best Practices Appro 2012 Deployment Successes. Anthony Kenisky, VP of North America Sales
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1 Appro Supercomputer Solutions Best Practices Appro 2012 Deployment Successes Anthony Kenisky, VP of North America Sales
2 About Appro Over 20 Years of Experience OEM Server Manufacturer Branded servers Clusters solutions Manufacturer 2007 to 2012 End-To-End Supercomputer Solutions Moving Forward. 2 2
3 3 Appro Solution Overview Appro Xtreme-X Supercomputer Based on industry standard, optimized server platforms with the latest processor and system cooling solutions Features extreme compute density, best performance/watt, multiple HPC network connectivity, I/O and disc options Combines great performance, power efficiency, HPC SW stack and configuration flexibility with support & services Based on cutting-edge building blocks server platforms Features up to four processors per server with choice of co-processing technologies Superior floating point performance, peak and operational efficiency Coupled with Appro HPC Software Stack Power an HPC Cluster with network, server, cluster, and storage management Includes performance monitoring, development tools and application libraries Features instant node provisioning, resource management and job scheduling, network load balancing, failover, remote and revision control, advanced power functions with Linux OS support
4 Appro HPC Software Stack Offers the necessary HPC software with multi Linux OS support to run large applications Powers the HPC Cluster with network, server, cluster, and storage management featuring instant node provisioning, sub-cluster management with network load balancing, failover, and recovery 4 Appro HPC Software Stack Performance Monitoring Development Tools Application Libraries Resource Management/ Job/Scheduling Parallel File System Cluster Monitoring HPCC Perfctr IOR PAPI/IPM netperf Intel Cluster Studio PGI (PGI CDK) GNU PathScale MVAPICH2 OpenMPI Intel MPI-(Cluster Studio) Grid Engine NFS (3.x Local FS (ext3, ext4, XFS) SLURM PanFS ACE (iscb and OpenIPMI) PBS Pro Lustre Remote Power Mgmt ACE PowerMan Remote Console Mgmt ACE ConMan Provisioning Operating System Appro Cluster Engine (ACE ) management software Linux (Red Hat, CentOS, SuSE) Appro Xtreme-X Supercomputer Appro Turn-Key Integration & Delivery Services Appro HPC Professional Services - On-site Installation services and/or Customized services 4
5 Appro Recent Win by HPC Workload Early engaged with several customer pre-evaluation and codevelopment of future Appro Xtreme-X architecture based on the latest processing technologies Delivered in the last year over 6 PFlops of supercomputing performance TLCC2 DOE Sandia s First Intel Many Integrated Core (Intel MIC) Architecture based Experimental Testbed System Capacity Data-Intensive Hybrid Capability Hybrid 5
6 Appro s Top100 Success :: HPC Market Snapshot Top 100 Supercomputers Rank by # of Systems Top 500 Supercomputers Rank by # of Systems Rank Company # of Systems System Share (%) Rank Company # of Systems System Share (%) 1 IBM % 1 IBM % 2 Cray % #3 3 Appro % 4 Bull 7 7.0% 5 HP 6 6.0% 2 HP % 3 Cray % #4 4 Appro % 5 Bull % 6 SGI 4 4.0% 6 SGI % Appro has the 3rd Largest Number of Systems in the Top 100 6
7 Successful Deployment 1. The NNSA, Three National Labs selected Appro Xtreme-X Next Generation Supercomputer for the TLCC2 Project 2. SDSC, selected Appro Next Generation supercomputer to meet the requirements of their one of a kind Data Intensive Supercomputer based on a massive amount of Flash. 3. Appro and Intel collaborated in meeting the specific design configuration of the Appro Next Generation supercomputer based on the new Intel Xeon processor E5 product family
8 SDSC Gordon Initiated in Deployed 2012 Goals / Challenge: Funding by the NSF through the Extreme Science and Engineering Discovery Environment program (XSEDE) Meet future needs of Scientific Community High FLOPS requirement, must be over 200 TFlops Peak High IOPS to local storage and High Bandwidth to local storage Creation of virtual SMP supernodes Architecture needed to be planned 3 years before deployment Initially designed in 2008 and deployed in 2011/2012 Take advantage of future technologies: New Intel Xeon Processors, Infiniband Interconnect, 3D Torus network topology, Intel SSDs Data-Intensive Solution: Appro Xtreme-X Supercomputer Based on the new Intel Xeon processor E5 product family Integrated, tested, validated and Proven volume shipment Full HPC software stack compatibility Provided the latest technology features, reliability, configuration flexibility, high speed networking and memory density to meet the customer requirements 8
9 Appro Xtreme-X Supercomputer Gordon Architecture Speed Mem (RAM) Mem (SSD) >200 TFLOPS 64 TB 256 TB Mem (RAM+SSD) 320 TB IO rate to SSDs 35 Million IOPS Network bandwidth 16 GB/s bidirectional Network latency Disk storage Disk IO Bandwidth 1 msec. 4 PB >100 GB/sec D D D D D D
10 DOE NNSA- TLCC2 Procurement LLNL, Sandia and Los Alamos National Labs Challenge TLCC2 Capacity Reduce cluster Total Cost of Ownership (TCO) Improve Linux cluster availability and scalability Minimize integration effort and elapsed time Procurement requirements: 1. NNSA ASC Investment for GFY ~$39 - $90M procurement (~$39M + options) reaching up to 6PFlops of computing 3. Single contract with multiple delivery sites 4. Needed cluster architecture based on scalable unit concept 5. Reduce power, floor space 6. Long term vendor partnership based on a proven model Solution Appro Xtreme-X Supercomputer Based on the new Intel Xeon processor E5 product family Integrated, Tested, Validated and proven volume shipment Full HPC Software stack compatibility Provides the latest technology features, reliability, flexibility, energy efficiency and density that meets the customer requirements
11 TLCC2- From 1 Scalable Unit Configuration Multiple Scalable Units Created System Parameters: ~50 TF/s SU Dual socket Intel Sandy Bridge 2.6GHz nodes; 32 GB DDR SDRAM InfiniBand; 4+4GB/s Bandwidth over IBA 4x QDR Built from 648, 324, and 36-port IBA switches Compute and gateway nodes. Remote boot from RPS nodes IO Bandwidth ~20 GB/s delivered parallel I/O performance Software for build and acceptance TOSS 2.0 GPU node option with 2xGPUs per node Some clusters may have SSD in compute nodes for accelerated checkpoint capabilities #SU s # Nodes , , ,916
12 Visit Appro s Booth At SC12! Get a Sneak Preview of our Next Gen Architecture
13 Questions? Appro Supercomputer Solutions Anthony Kenisky, VP of North America Sales Learn More at
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