This was done on v 4.6.1 

md50.mdp:


title                    = MD simulation
integrator               = md                   ; MD integrator
tinit                    = 0
dt                       = 0.002                ; 2 fs timestep
nsteps                   = 50000000             ; Number of steps
pbc                      = xyz                  ; Periodic boundary conditions 
in xyz
comm-mode                = linear                       
nstcomm                  = 1
comm-grps                = SOL_CL DMPC_CCCHX            

; OUTPUT CONTROL OPTIONS
nstxout                  = 0                    ; Do not want .trr-files
nstxtcout                = 1000                 ; But do want .xtc-files
nstvout                  = 0                    ; No velocities in output
nstfout                  = 0                    ; No forces in output
nstlist                  = 20                   ; Update neighbor list between 
cut-offs
ns_type                  = grid                 ; Fastest option
nstenergy                = 1000                 ; .edr-file output
energygrps               = DMPC_CCCHX SOL_CL            ; Energy groups

; OPTIONS FOR ELECTROSTATICS AND VDW
cutoff-scheme = Verlet
coulombtype              = pme                  ; Particle mesh Ewald, do not 
change
rcoulomb                 = 1.4                  ; Real-space cut-off

rlist                    = 1.0                  ; Short-range neighbor list
rlistlong                = 1.6                  ; Long-range neighbor list 
rvdw                     = 1.4                  
DispCorr                 = EnerPres             ; Dispersion corrections to 
both the
potential and pressure
table-extension          = 1
fourierspacing           = 0.12                 ; PME grid

; OPTIONS FOR WEAK COUPLING ALGORITHMS 
tcoupl                   = nose-hoover          ; Thermostat, v-rescale is also 
fine
tc-grps                  = DMPC_CCCHX SOL_CL            ; Couple lipids and SOL
seperatly
tau-t                    = 1.0 1.0              ; Time constant for temperature 
coupling
ref-t                    = 323 323              ; Desired temperature (K)
Pcoupl                   = parrinello-rahman    ; Barostat
Pcoupltype               = semiisotropic        ; Pressure in xy and z couple
separately
ref-p                    = 1.013 1.013          ; Desired pressure (bar)
tau-p                    = 10.0 10.0            ; Time constant for pressure 
coupling
compressibility          = 4.5e-5 4.5e-5        ; Same as for water

; CONSTRAINTS
constraints              = all-bonds            ; Constrain all bonds
constraint-algorithm     = Lincs                ; With Lincs



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