I would say that is true, that hardware vendors should and can provide simulation models with their hardware. We know they can because they rely entirely on simulation to test their chips before tapeout.
We even tried to work with chip vendors (won't name here but they are 2 out of the 10 biggest microcontroller designers), but in reality, them providing their own simulation is a little bit counterintuitive for them.
They make their money on selling chips, and their thought is that providing a simulator would make it so that people buy less chips. If they do provide a simulator, it would be hella expensive, like through the Synopsys Virtualizer, which costs $500k per seat.
For RISC-V and open-source MCUs, they are easy to simulate. Just run the RTL through something like Verilator, and you have a fully working simulation.
We do hope that chip companies eventually do exactly that. We are also firmware engineers, and our goal is to make the simulation software we needed while working in the field. Either we make it, or they make it. Win-win in my opinion.
We even tried to work with chip vendors (won't name here but they are 2 out of the 10 biggest microcontroller designers), but in reality, them providing their own simulation is a little bit counterintuitive for them.
They make their money on selling chips, and their thought is that providing a simulator would make it so that people buy less chips. If they do provide a simulator, it would be hella expensive, like through the Synopsys Virtualizer, which costs $500k per seat.
For RISC-V and open-source MCUs, they are easy to simulate. Just run the RTL through something like Verilator, and you have a fully working simulation.
We do hope that chip companies eventually do exactly that. We are also firmware engineers, and our goal is to make the simulation software we needed while working in the field. Either we make it, or they make it. Win-win in my opinion.