They make do, although they can put a massive strain on the processor - in my other model, where I have to calculate the position of a pendulum driven by a DC motor and then visualize it, there are some sine and cosine functions to compute and my computer has a hard time doing the calculations in real time. There are other solvers, like SDIRK 4, which can speed it up a bit, but it's still a big hassle for the processor and I'm forced to set the simulation timestep pretty high (like 0,1 s) so that it eases some burden but makes the simulation and visualization choppy.
I've already tried this workaround, and unfortunately the results where nowhere near what they should've been.
Unfortunately these settings are only for configuring the simulation parameters which determine the way the simulation is run, like the solver of choice and the time step, or timing settings which allow you to synchronize the simulation with a specific source to make the simulation run at a desired speed.