For example, your CPU isn’t bogged down decrypting data while loading an application.
Basic priority-based scheduling.
Sent to one of two processors on a PC, or 18-52 dedicated cores in an M chip.
Great topic switch. Also what century do you live?
The topic is substantiating that 8GB of UM on an Apple Silicon Mac being acceptable for a base model.
I’ve explained how the UM is used strictly as a storage liaison due to the processor having a multitude of dedicated cores, with the ability to pass data directly without utilizing UM.
I don’t know what you want from me, but maybe you should just do your own homework instead of being combative with people who understand something better than you.
I’ve explained how the UM is used strictly as a storage liaison due to the processor having a multitude of dedicated cores, with the ability to pass data directly without utilizing UM.
I really doubt they run apps with cache turned into scratchpad memory.
https://docs.kernel.org/scheduler/sched-capacity.html
Basic priority-based scheduling.
Sent to one of two processors on a PC, or 18-52 dedicated cores in an M chip.
Great topic switch. Also what century do you live?
The topic is substantiating that 8GB of UM on an Apple Silicon Mac being acceptable for a base model.
I’ve explained how the UM is used strictly as a storage liaison due to the processor having a multitude of dedicated cores, with the ability to pass data directly without utilizing UM.
I don’t know what you want from me, but maybe you should just do your own homework instead of being combative with people who understand something better than you.
I really doubt they run apps with cache turned into scratchpad memory.