CESM2.2.2 Machine Definitions

XC50 SkyLake, os is CNL, 40 pes/node, batch system is PBSPro

 CMCC IBM iDataPlex, os is Linux, 16 pes/node, batch system is LSFd mpich

ORNL XE6, os is CNL, 32 pes/node, batch system is PBS

NCAR GPU platform, os is Linux, 36 pes/node, batch system is pbs

      Example port to centos7 linux system with gcc, netcdf, pnetcdf and mpich
      using modules from http://www.admin-magazine.com/HPC/Articles/Environment-Modules
    

      Portland State University Coeus Cluster Dec 2019 CentOS 7
    

PNL Haswell cluster, OS is Linux, batch system is SLURM

CSCS Cray XC50, os is SUSE SLES, 12 pes/node, batch system is SLURM

NCAR AMD EPYC 

PNL IBM Xeon cluster, os is Linux (pgi), batch system is SLURM

NERSC XC30, os is CNL, 24 pes/node, batch system is SLURM

Euler II Linux Cluster ETH, 24 pes/node, InfiniBand, XeonE5_2680v3, batch system LSF

Euler III Linux Cluster ETH, 4 pes/node, Ethernet, XeonE3_1585Lv5, batch system LSF

Euler IV Linux Cluster ETH, 36 pes/node, InfiniBand, XeonGold_6150, batch system LSF

Intel Xeon Cascade Lake,56 cores, batch system is SLURM

NOAA XE6, os is CNL, 24 pes/node, batch system is PBS

NCAR CGD Linux Cluster 48 pes/node, batch system is PBS

      Customize these fields as appropriate for your system,
      particularly changing MAX_TASKS_PER_NODE and MAX_MPITASKS_PER_NODE to the
      number of cores on your machine.  You may also want to change
      instances of '$ENV{HOME}/projects' to your desired directory
      organization.  You can use this in either of two ways: (1)
      Without making any changes, by adding `--machine homebrew` to
      create_newcase or create_test (2) Copying this into a
      config_machines.xml file in your personal .cime directory and
      then changing the machine name (MACH="homebrew") to
      your machine name and the NODENAME_REGEX to something matching
      your machine's hostname.  With (2), you should not need the
      `--machine` argument, because the machine should be determined
      automatically.  However, with (2), you will also need to copy the
      homebrew-specific settings in config_compilers.xml into a
      config_compilers.xml file in your personal .cime directory, again
      changing the machine name (MACH="homebrew") to your machine name.

    

NCAR CGD Linux Cluster 48 pes/node, batch system is PBS

NCAR SGI test platform, os is Linux, 36 pes/node, batch system is PBS

Lawrencium LR2 cluster at LBL, OS is Linux (intel), batch system is SLURM

Lawrencium LR3 cluster at LBL, OS is Linux (intel), batch system is SLURM

Lonestar5 cluster at TACC, OS is Linux (intel), batch system is SLURM

Linux workstation for Jenkins testing

ANL IBM BG/Q, os is BGP, 16 pes/node, batch system is cobalt

Medium sized linux cluster at BNL, torque scheduler.

PNL cluster, os is Linux (pgi), batch system is SLURM

NASA/AMES Linux Cluster, Linux (ia64), 2.4 GHz Broadwell Intel Xeon E5-2680v4 processors, 28 pes/node (two 14-core processors) and 128 GB of memory/node, batch system is PBS

NASA/AMES Linux Cluster, Linux (ia64), 2.5 GHz Haswell Intel Xeon E5-2680v3 processors, 24 pes/node (two 12-core processors) and 128 GB of memory/node, batch system is PBS

NASA/AMES Linux Cluster, Linux (ia64), Altix ICE, 2.8 GHz Ivy Bridge processors, 20 cores/node and 3.2 GB of memory per core, batch system is PBS

NASA/AMES Linux Cluster, Linux (ia64), Altix ICE, 2.6 GHz Sandy Bridge processors, 16 cores/node and 32 GB of memory, batch system is PBS

Linux workstation at Sandia on SRN with SEMS TPL modules

SNL clust

Intel Xeon Phi 7250 ("Knights Landing") , batch system is SLURM

Intel Xeon Platinum 8160 ("Skylake"),48 cores on two sockets (24 cores/socket) , batch system is SLURM

theia

ALCF Cray XC* KNL, os is CNL, 64 pes/node, batch system is cobalt

NCAR ARM platform, os is Linux, 64/128 pes/node, batch system is SLURM

      used for github testing
    

 CMCC Lenovo ThinkSystem SD530, os is Linux, 36 pes/node, batch system is LSF