I would agree, Al. I think the chipset and the bandwith on
any applicable busses (I don't think Intel uses a frontside
bus any longer) (and USB bus, if one was unfortunate enough to
use it) and implementation of everything else are more
critical, assuming, of course, you do have a CPU fast enough
to handle the maximum tasks at hand effectively, without lag,
to begin with. These small atom boards, I don't believe do,
if they are running a standard windows OS, due to its bloat.
Problem is puters start running more and more processes (and
other things) in the background if not constantly maintained
which tax the CPU, which is why I recommend the biggest you
can afford - and constant cleaning! The larger, faster CPU's
come with the faster (better) chipsets. The motherboard is as
important as the cpu and its relationship (chipset) is
critical.
any applicable busses (I don't think Intel uses a frontside
bus any longer) (and USB bus, if one was unfortunate enough to
use it) and implementation of everything else are more
critical, assuming, of course, you do have a CPU fast enough
to handle the maximum tasks at hand effectively, without lag,
to begin with. These small atom boards, I don't believe do,
if they are running a standard windows OS, due to its bloat.
Problem is puters start running more and more processes (and
other things) in the background if not constantly maintained
which tax the CPU, which is why I recommend the biggest you
can afford - and constant cleaning! The larger, faster CPU's
come with the faster (better) chipsets. The motherboard is as
important as the cpu and its relationship (chipset) is
critical.