Do tasks still have issues getting assigned to e cores that should not?
Do the e cores get used properly and actually help for most software that should be in background?? Or even software running in background that should run e cores, could they be an issue and cause stuttering or something cause e cores are so much slower than p cores? I know technically on Ryzen systems some cores are faster than others, but that is just clock speed and gap is not remotely close to massive difference between P and e cores on Alder Lake where e cores not only are clocked much lower, they also have massively higher latency and much much worse IPC, so could background software get confused or is Windows 10 and 11 perfectly able to handle it or is it software dependent or both????
From my experience I have seen there are issues, but maybe I was not doing it right or unlucky or maybe it is fixed now for all software??
Do the e cores get used properly and actually help for most software that should be in background?? Or even software running in background that should run e cores, could they be an issue and cause stuttering or something cause e cores are so much slower than p cores? I know technically on Ryzen systems some cores are faster than others, but that is just clock speed and gap is not remotely close to massive difference between P and e cores on Alder Lake where e cores not only are clocked much lower, they also have massively higher latency and much much worse IPC, so could background software get confused or is Windows 10 and 11 perfectly able to handle it or is it software dependent or both????
From my experience I have seen there are issues, but maybe I was not doing it right or unlucky or maybe it is fixed now for all software??