ID=289

• Dataset: 9naw
• Software: GROMACS.mpi (gromacs/2024.4-gofb-2023a-avx512)
• Resource: 192 tasks, 1 cores, 1 nodes, 0 GPUs, no NVLink
• CPU: EPYC 9654 (Genoa), 2.4 GHz
• GPU: None
• Simulation speed: 9.234 ns/day
• Efficiency: 42.6 %
• Site: Rorqual
• Date: Sept. 7, 2025, 11:24 p.m.
• Submission script:

  #!/bin/bash
  #SBATCH --nodes=1  -c1 --mem-per-cpu=4000 --ntasks=192 --time=2:0:0
  
  export OMP_NUM_THREADS="${SLURM_CPUS_PER_TASK:-1}"
  module load StdEnv/2023  gcc/12.3  openmpi/4.1.5 gromacs/2024.4
  
  srun gmx_mpi mdrun -s topol.tpr

• Notes:

• Simulation input file:

  title                   = benchmark 
  ; Run parameters
  integrator              = md     
  nsteps                  = 100000    
  dt                      = 0.002    
  ; Output control
  nstxout                 = 0       
  nstvout                 = 0     
  nstfout                 = 0        
  nstenergy               = 1000    
  nstlog                  = 500    
  nstxout-compressed      = 5000   
  compressed-x-grps       = System 
  ; Bond parameters
  continuation            = yes      
  constraint_algorithm    = Lincs    
  constraints             = h-bonds  
  
  ; Neighborsearching
  cutoff-scheme           = Verlet   
  ns_type                 = grid  
  nstlist                 = 10  
  rcoulomb                = 0.8    
  rvdw                    = 0.8
  DispCorr                = Ener ; anaytic VDW correction 
  ; Electrostatics
  coulombtype             = PME    
  pme_order               = 4        
  fourier-nx              = 324
  fourier-ny              = 324
  fourier-nz              = 324
  ; Temperature coupling is on
  tcoupl                  = V-rescale 
  tc-grps                 = system
  tau_t                   = 0.1             
  ref_t                   = 300   
  ; Pressure coupling is on
  pcoupl                  = Parrinello-Rahman  
  pcoupltype              = isotropic   
  tau_p                   = 2.0      
  ref_p                   = 1.0   
  compressibility         = 4.5e-5   
  ; Periodic boundary conditions
  pbc                     = xyz 
  ; Velocity generation
  gen_vel                 = no