Hi, this is my first post here
I'm wondering which one to get. The price is the same (actually the EE version is about $1 cheaper..) Are there any reasons NOT to go for the EE version?
I'll use it in my desktop computer (also going to get the Abit nf-m2 nView mb and an Antec Solo or p180) for a while, and I will try to do some overclocking aswell (cooled by a Scythe Ninja and a nexus 120mm). The main use will be web development, and basic use...(maybe some gaming, but not much)
My plan is to stick with this setup for some months maybe, and when I can afford another one, I'll build a htpc of these parts.. (and running it at stock speed I guess..)
So, which one to buy? The EE version or the standard version?
Cheers!
X2 4200+ VS X2 4200+ EE
Moderators: NeilBlanchard, Ralf Hutter, sthayashi, Lawrence Lee
Yeh, this is a funny thing I just noticed in one of my local stores too: for the 3800 and 4600, the EE edition is the same price, and for the 4200 it's actually cheaper!! I guess I shouldn't complain but it seems stupid
Maybe some people haven't got the idea of undervolting and think that it'll make the CPU less powerful...
Maybe some people haven't got the idea of undervolting and think that it'll make the CPU less powerful...
Does that mean the new yield of standard versions is approaching the 62W TDP of the EE versions, and hence similar price? Or maybe AMD's cutting down EE versions price to supplement the low inventory levels of the standard version?
Also interesting that all the 35W TDP chips (EE SFF version) have no prices on them. Guess like jaganath mentioned in another thread, these chips are supplied mainly to PC makers like HP.
One thing though, it seems all the EE/EE SFF versions are achieving lower TDP by lowering vcore. However if you all remember the 35W S939 Opterons (165, 170, even 175) with samples reported at 35W TDP but at stock voltage. Is it really true Opteron's are made on "superior" silicon...? With the 165s now available for around $160, maybe it's worth a gamble to see if you're lucky enough to draw a 35W sample. Even overclocked to 2.2GHz assume the Opteron will still be under 62W (can someone help with this calculation?)
Also interesting that all the 35W TDP chips (EE SFF version) have no prices on them. Guess like jaganath mentioned in another thread, these chips are supplied mainly to PC makers like HP.
One thing though, it seems all the EE/EE SFF versions are achieving lower TDP by lowering vcore. However if you all remember the 35W S939 Opterons (165, 170, even 175) with samples reported at 35W TDP but at stock voltage. Is it really true Opteron's are made on "superior" silicon...? With the 165s now available for around $160, maybe it's worth a gamble to see if you're lucky enough to draw a 35W sample. Even overclocked to 2.2GHz assume the Opteron will still be under 62W (can someone help with this calculation?)