System requirements

Last Updated 2019-02-01
JMAG 64-bit
Operating System
(Note 1)		 Windows 10 Pro, Enterprise
Windows 8.1 Pro, Enterprise
Windows 7 Ultimate, Professional
Windows Server 2019
Windows Server 2016
Windows Server 2012 R2
Windows Server 2012
Windows Server 2008 R2
Windows Server 2008
Red Hat Enterprise Linux 7 (7.3 or later)
Red Hat Enterprise Linux 6 (6.8 or later)
SUSE Linux Enterprise 12
CPU Intel 64-bit (recommended):
– Intel Core i Series
– Intel Xeon Series
AMD 64-bit (recommended):
– AMD 64 Series
RAM Min. 4 GB (approx. 2.5 million elements when running an analysis)
* The amount of memory required depends on the number of necessary elements and conditions used for an analysis
Hard disk Min: 40GB free space (recommended)
Others OpenGL compatible graphics board
Ethernet board (network card)

[Note 1]
– Support for Windows 7, Windows Server 2008 / 2008 R2 will cease on January 14, 2020
– Support for SUSE Linux Enterprise 11 has ended on March 31, 2019.
Importing CAD Models (InterOp)
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
CATIA v5 V5R8 – V5-6R2018 R8 – R27(V5-6R2017)
CATIA v4 CATIA 4.1.9 – CATIA 4.2.4
IGES -5.3
PTC Creo Parametric* (*Formerly Pro/ENGINEER) 16 – Creo 4.0
NX Direct NX 1 – NX 12.0.0 NX 1 – NX 11
Solid Edge Direct V18 – ST10
SOLIDWORKS Direct 2003 – 2018 2003 – 2017
Parasolid Direct 9.0 – 30.0
STEP AP203, AP214, AP242
Inventor V11 – 2018
Linking to CAD Systems (Linking to SOLIDWORKS)
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
SOLIDWORKS 2017 – 2019
Linking to CAD Systems (CAPRI)
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
CAPRI V3.30.0 CATIA v5 R23 (Note 1), R24, R25, R26, R27
PTC Creo Parametric Creo 2.0 (Note 2), Creo3.0 (Note 1)
NX NX9, NX10, NX11
Importing SAT Files
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
Version – R28
SPEED
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
SPEED – 9.06
Script languages
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
Python 2.7.10 (Windows), 2.7(Linux Full Edition) (Note 3)
VB Script, JScript Compatible with the standard installed versions for a Windows OS
Microsoft Script Debugger (Note 4) Microsoft Visual Studio 2013 or later
Optimization
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
MATLAB Global Optimization Toolbox R2013a, R2013b, R2014a, R2014b, R2015a, R2015b, R2016a, R2016b, R2017a, R2017b, R2018a (Note 5)
Coupled analysis
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
SIMULIA Abaqus One-way coupled 2017, 2018, 2019
Two-way coupled (CSE) 2017, 2018, 2019
STAR-CCM+ 13.02, 13.04, 13.06
The modules necessary to link to a control simulator
Please see JMAG-RT Solutions for the system requirements.

[Note 1] Support for CAPRI 32-bit (CATIA V5 up to R23, Creo, and NX up to 8.5 ) has ended.
[Note 2] Coupling functionality for CAPRI and Creo2.0 is supported for version Creo 2.0 M40 or later.
[Note 3] Installed by default in JMAG Installer.
[Note 4] Necessary only when debugging in VB Script or JScript.
[Note 5] R2015b and later are only supported in Windows versions of JMAG.

MPP solver
JMAG-Designer Ver.18.0 JMAG-Designer Ver.17.1
MPI Library Intel MPI 5.1
Recommended Hardware
SMP and MPP
CPUs Intel Xeon E5-26XX (XX:Number) x 2CPUs or later (for example E5-2695v4)
Please contact us if you intend to use any CPU that is not listed above.
RAM Physical memory with the fastest speed (clock) for your CPU like “DDR4 2400” is recommended.
Compatible memory depends on a kind of CPU. See the following site of
https://ark.intel.com/ icon-external-link  in detail.
The number of physical memory (not quantity but number) greater or equal to the number of memory slots helps the parallel performance for SMP and MPP.
Licenses
SMP
Sequential calculation 1 solver license
N threads parallel calculation 1 solver license + N/2 PA2 license(s)
* N : number of threads (up to 8 in JMAG V16, and up to 36 in JMAG V16.1 or later)
* The SMP parallel solver is available for ST, TR, DP (excluding FEM+BEM), FQ, HT, and EL.
MPP
The number of solver licenses (hereafter called MPS) required for up to 128 parallel calculations are as follows:
Sequential calculation 1 solver license
Less than 16 processes parallel calculation 1 solver license + 2 MPS licenses
17-32 processes parallel calculation 1 solver license + 3 MPS licenses
33-64 processes parallel calculation 1 solver license + 4 MPS licenses
65-128 processes parallel calculation 1 solver license + 5 MPS licenses
* Please contact us if you wish to perform more than 128 parallel processes.
* The MPP solver is available for ST, TR, DP (excluding FEM+BEM), and FQ.
Network
MPP For the MPP solver, Infiniband or better network is required.
Supported systems
MPP
Operating Systems Only 64-bit is supported.
Confirm the OS version that supports the MPI library from among the versions described in the JMAG operating environment.
Refer to information from the original provider regarding OS versions that support the MPI library.
MPI library Intel MPI Library 5.1 (runtime package support)
If it is not installed, the runtime library included in JMAG-Designer can be used.
* Please contact us regarding other operating environments.
JMAG GPU solver supports only GPU for math calculation made by NVIDIA. The following GPUs are currently supported:

Recommended Hardware
  1. Quadro GV100 (* Supported by JMAG-Designer Ver. 18.0 or later)
  2. Quadro GP100 (* Supported by JMAG-Designer Ver. 17.0 or later)
  3. Tesla K40
  4. Quadro K6000
  5. Tesla K20
  6. Quadro 6000
  7. Tesla C2075
  8. Tesla C2070
  9. Tesla C2050
Licenses
GPU N board 1 solver license + (N+1) PA2 license(s)

Example:

GPU 1 board 1 solver license + 2 PA2 license(s)
GPU 2 board 1 solver license + 3 PA2 license(s)
Analysis type
  • Magnetostatic
  • Transient Magnetic
  • Time Harmonic Magnetic

It is recommended to use the most recent GPU available to take full advantage of the GPU solver.
Please contact your distributor if you are considering using a GPU not listed above.
Static, transient response, and frequency response magnetic field analyses are also supported.

  • LSF
  • PBS
  • Torque
  • Slurm
  • Condor
  • FOCUS
  • IBM Softlayer
  • AWS
  • FUJITSU Cloud
  • Rescale Platform
  • PLEXUS CAE
The JMAG license system does not currently support license management for virtual machines.
Please follow the instructions below to use JMAG on a virtual machine.

  1. Obtain licenses issued for the physical address of a computer that is not a virtual machine to use as the license server.
  2. Run JMAG on the virtual machine as a client.

The following restrictions for managing licenses will be removed as soon as the JMAG license system supports virtual machines.

*The system requirements change as needed. Please contact us for more information.