thilanliyan
Lifer
Does anything like that exist these days?
amd am1
amd am1
They are not considered mobile chips are they? Their mobile lineup seems to use FT3/FT3b (both BGA) instead of AM1.
the chips are mobile but the sockets are different, maybe that invalidates these chips in relation to the ops questions.
That reminds me, why did we never see a 35 and 45 watt FM2/FM2+ CPU, if they released those same chips for mobile? Seems like a hole in AMD's lineup. I recall at one point wanting a low-power Trinity and a mini-ITX board for a HTPC.
That reminds me, why did we never see a 35 and 45 watt FM2/FM2+ CPU, if they released those same chips for mobile? Seems like a hole in AMD's lineup. I recall at one point wanting a low-power Trinity and a mini-ITX board for a HTPC.
A while ago a few companies made laptops with desktop sockets and threw 6-core i7 chips in there.
Like the old Athlon XP-M 2500?
Not really no, as has already been mentioned just the S and T versions of chips. A regular chip undervolted and underclocked will get the exact same results as the S and T versions.
Thanks for the input gents. The aim was to get a binned chip that could overclock like crazy and end up faster than a roughly equivalent desktop chip. Not sure if that's realistic anymore.
Actually, on some generations it worked like that but with Server Processors instead of Mobile. Socket 939 had the Opterons which were much better binned, and LGA 1366 Westmere Xeons which were dies with more Cores than anything available on the Desktop lines. Socket AM3+ also has Opterons, but no one bothered with those, and on current Intel platforms Base Clock overclocking is extremely limited so Xeons will not go very far even if they actually are higher binned.Thanks for the input gents. The aim was to get a binned chip that could overclock like crazy and end up faster than a roughly equivalent desktop chip. Not sure if that's realistic anymore.
Thanks for the input gents. The aim was to get a binned chip that could overclock like crazy and end up faster than a roughly equivalent desktop chip. Not sure if that's realistic anymore.