Hi, Sebastian,

If you're only changing the inputs (i.e. NOT changing parameters of the CASPER 
blocks), you might want to consider building a test design that allows you to 
provide the inputs via a "Shared BRAM" block and reading the output from 
another "Shared BRAM" block.  Then you could "simulate" in hardware (assuming 
you have hardware...), which will be very much faster.

If you're changing the parameters of the CASPER blocks, then perhaps testing 
with a smaller PFB/FFT would speed things up while you hone in on the 
parameters you want to explore in more depth.  Then you can try a smaller set 
of tests on the larger PFB/FFT.

HTH,
Dave

> On Sep 15, 2021, at 10:57, Sebastian Antonio Jorquera Tapia 
> <[email protected]> wrote:
> 
> Hi, I am trying to simulate a model with a correlator using two 
> pfbs+widebands ffts, and currently my biggest problem is the simulation time. 
> For example for ~6000 cycles, the simulation takes up to 15 minutes and I 
> would like to repeat it for like 4000 cases.
> 
> I am using enabled subsystem with "to workspace" inside of it, to take a look 
> to the outputs, that way I just save the valid values which are a fraction of 
> the whole simulation time.  
> Also if it matters i am running the simulation programmatically using the sim 
> function (I have the belief that way is faster, but I havent measure it).
> 
> I think that the slowest part is when matlab reviews the design (I am not 
> fully confident of what matlabs does previous the call to the xilinx 
> simulator).  
> So I tried to compile the pfb+ffts into a hdl netlist and import it with a 
> black box to simulink, but my computers freeze after the xilinx token appears 
> :(
> 
> There is a way to improve the simulation time?? 
> 
> 
> 
> 
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