So to preface this it's been a while since I've looked into how this hardware actually works so I may be explaining something that already exists in some form.
We know that the Ultra chips would be hard to cool in a laptop form factor, but what if they designed an Ultra chip that functioned like this specifically for the MacBooks.
A Mobile M5 Ultra that would mostly function identically like an M5 Max, but would under some work loads spin up the extra Ultra cores, that would normally be parked, and max out peak speed at say say 75% of the normal Ultra/Max thread speed. That way during most normal use you'd get typical Max power draw, but when doing a job that it knows needs Cores over raw speed it would help push through those work loads. When clock speed is needed more it turns the "ultra" cores off and just runs like a normally Max instead with teh higher cock speed.
Maybe its already doing something like this?? So I'm just explaining how things already work not sure.
We know that the Ultra chips would be hard to cool in a laptop form factor, but what if they designed an Ultra chip that functioned like this specifically for the MacBooks.
A Mobile M5 Ultra that would mostly function identically like an M5 Max, but would under some work loads spin up the extra Ultra cores, that would normally be parked, and max out peak speed at say say 75% of the normal Ultra/Max thread speed. That way during most normal use you'd get typical Max power draw, but when doing a job that it knows needs Cores over raw speed it would help push through those work loads. When clock speed is needed more it turns the "ultra" cores off and just runs like a normally Max instead with teh higher cock speed.
Maybe its already doing something like this?? So I'm just explaining how things already work not sure.
