Can you not kill thermal throttling at bios level?
I don't think there are any priority options.....Only place I have seen that is Folding@home.

I suppose you could adjust priority via task manager...tho I doubt it would make much difference.....and would reset to default upon starting a new unit.

There is no provision in the vendor software for raising the CPU priority of the agent software. We do provide a thottle feature which reduces the percentage of the CPU time used, but this is not accomplished with priorities. If you want to raise the priority, the only way would be to use something like the task manager, and with that you can only change it a certain amount. Of course, you would have to repeat this because when a new work unit starts or if you reboot the computer, for example, the priority would automatically go back to the lowest setting.

Using the Task Manager to change the priority of Rosetta has no effect unless you change it to "Real Time", at which point your system will likely become unresponsive, so don't do that.

Changing Rosetta to any other priority class has zero effect. It will still have a final priority of 1 (the lowest on the system). To understand why that is, you have to understand how Windows handles priorities. The Task Manager lets you change the priority class of a process, but not it's relative priority within a class, which is where the final priority is derived from.

This explains why when you change Rosetta to "Normal" priority, you still notice no difference on your system...because there is no difference.

Changing priority is pretty much a moot point anyway. It will use all available CPU power that isn't currently being used by anything else. i.e. it's not supposed to interfere with normal usage of the machine. If you're not doing anything with it at the time, it's getting all your CPU.

To sum up: Changing the priority of Rosetta to "Below/Normal', "Normal", "Above/Normal", or "High" will have no effect in changing the final priority. Changing it to "Realtime" will, but you'll end up with an unresponsive system.