This has been asked before on various forums but there always seems to be disagreement about the correct answer. (see: http://forums.anandtech.com/showthread.php?t=2414741) Also, since APUs are relatively new and evolving, I'm wondering if the answer has changed.
Context: I have a mid-ish tier HTPC I've also been using for some casual gaming, video editing, etc as my laptop is showing its age more and more. I threw in a GT 730 about a year ago since the onboard gfx were obviously complete crap. It's an FM2+ mobo so I'm stuck with AMD CPUs. Recently I've been finding that my old cheap CPU has been holding me back and upgraded to a A10-7870K for a little extra sauce.
So anyway, I used to have a solid handle on how CPUs work years ago but this APU business is new to me. Are those extra cores useless with discrete graphics, specifically nVidia graphics? Obviously they're not helping graphics processing at all, but are they freeing up computation space at all? Anything I'd notice in gaming, compression calculations, etc? Or is it all just empty space?
Thanks in advance...
Context: I have a mid-ish tier HTPC I've also been using for some casual gaming, video editing, etc as my laptop is showing its age more and more. I threw in a GT 730 about a year ago since the onboard gfx were obviously complete crap. It's an FM2+ mobo so I'm stuck with AMD CPUs. Recently I've been finding that my old cheap CPU has been holding me back and upgraded to a A10-7870K for a little extra sauce.
So anyway, I used to have a solid handle on how CPUs work years ago but this APU business is new to me. Are those extra cores useless with discrete graphics, specifically nVidia graphics? Obviously they're not helping graphics processing at all, but are they freeing up computation space at all? Anything I'd notice in gaming, compression calculations, etc? Or is it all just empty space?
Thanks in advance...