Systems and Software

This page is no longer being updated. Please see the SuperCloud System and Available Software Pages on our new Documentation Site at https://mit-supercloud.github.io/supercloud-docs/ for the most up to date information.

 

 

This page lists information about the system and available software, languages, compilers, modules, etc. This is only a partial list, so if there is anything you are interested in that isn't listed here, please contact us.

MGHPCC TX-E1 Specifications

Summary
Number of Nodes 704
Total CPU Cores 32000
Total GPUs 448
Distributed Storage 873 TB
Individual Nodes
Processor Nodes Clock Rate CPU Cores Node RAM RAM per core Accelerator Type Accelerators
(per Node)
Accelerator RAM Local Disk
Intel Xeon
Gold 6248
224 2.5 GHz 40 384 GB 9 GB Nvidia Volta V100 2 32 GB 3.8 TB
Intel AVX512 vector unit 80 NA
Intel Xeon
Platinum 8260
480 2.4 GHz 48 192 GB 4 GB Intel AVX512 vector unit 96 NA 4.4 TB
Resource Allocations
Processor Partition Starting Standard
Intel Xeon
Gold 6248
xeon-g6-volta 1 Nodes
(40 Cores
2 GPUs)
4 Nodes
(160 Cores
8 GPUs)
Intel Xeon
Platinum 8260
xeon-p8 2 Nodes
(96 Cores)
8 Nodes
(384 Cores)

Available Languages

  • Julia
  • Python (Anaconda available through modules)
  • Matlab(R)/Octave
  • R
  • C/C++
  • Fortran
  • Java
  • Perl 5
  • Ruby

Software

Machine Learning Tools

  • Tensorflow
  • Pytorch

Big Data Software Stack

Middleware Software Stack

  • ARPACK
  • ATLAS
  • Boost
  • BLAS
  • FFTW
  • GraphBLAS
  • LAPAC
  • OpenMPI
  • OpenBLAS

Lincoln Laboratory Developed Software

Compilers

  • gcc
  • g++
  • gfortran
  • icc

Modules

To see the most up-to-date list of currently available modules, run the command module avail. For more information about modules, see the module section on the Software and Package Management page