LANL Computing Environment for PSAAP Partners
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1 LANL Computing Environment for PSAAP Partners Robert Cunningham HPC Systems Group (HPC-3) October 2009
2 LANL Resources Available To Alliance Users Coyote is old, has a tiny allocation Accounts available for porting, data transfer, small scale runs Bproc Linux, difficult port, LSF scheduler 2,600 Opterons with IB, 13.5 TF, max of 510 procs/job Lobo is current workhorse -- TLCC platform Simple Linux OS, Moab job scheduler, Panasas filesystem 4,352 compute CPUs; max 2,144 procs/job Small Roadrunner platform available: Cerrillos 1,440 hybrid pairs (AMD/cell), max 360 procs (x2) / job
3 LANL Lobo Cluster Standard DoE Lab cookie-cutter from Appro, Intl. 75% allocation for ASC, primarily for PSAAP 2 Connected Units (CUs) combined include: 4,352 x AMD 2.2 GHz cores on compute nodes Voltaire InfiniBand interconnect 8.7 TeraBytes RAM Theoretical peak of ~17.4 teraflops
4 LANL Cerrillos Cluster Hybrid architecture: Opteron+Cell, from IBM. 25% allocation for ASC, primarily for PSAAP 2 Connected Units (CUs) combined include: 1,440 x AMD 1.8 GHz cores on compute nodes 1,440 Cell Broadband Engines Voltaire InfiniBand interconnect 11.8 TeraBytes RAM Theoretical peak of ~152 teraflops
5 LANL HPC Environment Obtain an account, acquire cryptocard (foreign nationals start early!) Access HPC platforms in Open Collaborative (Turquoise) Network via firewall: ssh wtrw.lanl.gov After connecting, ssh into front-end: lo1-fe, lo2-fe; ce-fe1, ce-fe2 Moab + [Slurm Torque] schedules nodes, batch or interactive msub scriptname -or - msub -I (hopefully) checkjob, showstate, showq, mjobctl mpirun to run parallel jobs across nodes Fairshare scheduling to deliver pre-determined allocation Unique security model no connecting (ssh) between platforms No kerberos tickets; keep cryptocard handy scp or sftp using File Transfer Agents (FTAs), turq-fta1.lanl.gov and turqfta2.lanl.gov
6 LANL HPC Environment Usage model Front-end: text editing, job script set-up, pathname arrangements, compilations, linking, and job launching Compute nodes: run applications I/O nodes: out to local disk, no direct user access Possible intra-network File Transfer Agent (FTA) arrangement in future Modulefiles to establish compilers, libraries, tools in $PATH, $LD_LIBRARY_PATH Compilers: Intel, PGI, Pathscale. MPI: OpenMPI, Mvapich Tools: TotalView, IDL, python, perl, Subversion, Atlas
7 LANL Turquoise HPC Storage Tiny home directories, not shared between s (security) Larger NFS-based workspace in /usr/projects/proj_name Big parallel, globally-accessible filesystem: /scratchn Cross-mounted to all HPC nodes in Turquoise ~800 TB total space Fast for parallel I/O, slower than NFS for serial transfers No automated back-ups Purged weekly, 30-days or older! Archival storage available via Tivoli (TSM), NFS-mounted as /archive/proj_name/moniker File Transfers in/out of Turquoise are S L O W, we will be addressing this in the next fiscal year, may need your help.
8 Parallel Scalable Back Bone (PaScalBB) Disk Poor Clients Job Queue Scalable OBFS Enterprise Global FS File System Gateways BackBone Object Archive Diskless Clients Relieve the compute nodes Multiple s sharing large, global namespace parallel I/O sub Includes Cerrillos/Lobo/Coyote Network is combination of HPC Interconnect + commodity networking bridge Panasas is storage vendor I/O through a set of fileserver nodes over IB; nodes serve as interconnect<->gige routers.
9 3 LANL Web Sites You Can't Live Without User Docs (or) (or call option 3, Calendar HPC Training
10 HPC Accounts Don t forget Photo Op!
11 Questions?
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