You ran a 3.2GHz Prescott until 2010? You sir are a true trooper.
Or lives in a cold environment.
You ran a 3.2GHz Prescott until 2010? You sir are a true trooper.
Isn't 10h like Sempron, Athlon, Phenom 1 & 2 and Turion? Some of Semperon and most of the Phenom 2 and Turions has been good processors.I cannot believe 4 people voted for AMD family 10h.. I mean what in the world?
Yeah Phenom 2 was a rock solid CPU. Phenom 1 shipped on rather low clocks on a crappy process node, overal uarchitecture was a solid jump over K8. So no idea why any chip from 10h gen. would be regarded as "worst CPU ever" by anyone ...Isn't 10h like Sempron, Athlon, Phenom 1 & 2 and Turion? Some of Semperon and most of the Phenom 2 and Turions has been good processors.
You ran a 3.2GHz Prescott until 2010? You sir are a true trooper.
Yeah Phenom 2 was a rock solid CPU. Phenom 1 shipped on rather low clocks on a crappy process node, overal uarchitecture was a solid jump over K8. So no idea why any chip from 10h gen. would be regarded as "worst CPU ever" by anyone ...
http://chip-architect.com/news/2001_10_02_Hammer_microarchitecture.htmlHans de Vries said:It seems that the developments on the K8-2 has been cancelled somewhere in mid 1999. One of the principle architects Jim Keller left AMD and went to SiByte.
The P4 and Bulldozer are the worst CPUs of all time.
The actual worst part of the computer was the AGP slot. Everything went PCI express so fast. I ended up using a 9600XT until 2007 when ATI finally dropped an AGP version of the X1950Pro. NV never released anything faster than the 16pipe 7800GS, (except the impossible to find 20 pipe Gainward Golden Sample version). So I was really limited in GPU upgrades.
My current machine still doesn't feel like I need a CPU upgrade, even 5 years later.
AGP had about a seven year run, more than can be said for VL-Bus.The actual worst part of the computer was the AGP slot. Everything went PCI express so fast. I ended up using a 9600XT until 2007 when ATI finally dropped an AGP version of the X1950Pro. NV never released anything faster than the 16pipe 7800GS, (except the impossible to find 20 pipe Gainward Golden Sample version). So I was really limited in GPU upgrades.
My current machine still doesn't feel like I need a CPU upgrade, even 5 years later.
I cannot believe 6 people voted for 80286. Seriously...I cannot believe 4 people voted for AMD family 10h.. I mean what in the world?
The 32nm westmeres are pretty power efficient, basically you have 6 cores for the same power consumption of 4, that's 50% improvement straight off the bat.Ugh, I am going to get hella flamed for this but here goes:
From a PC Gaming perspective, the i7 920 was a bust of a purchase for me. In hindsight, I was probably better off getting a Q9400, OC'ing it, and waiting for Sandy Bridge.
http://www.anandtech.com/show/2658/19
But, for what ever reason, I did not look at the Intel road-map's back in the day (and was totally seduced by the shiny new Intel Enthusiast platform, techno-lust hit hard, and I finally had the $$$ to get a fancy computer...)
I have always felt that the X58 platform was not very power efficient, but the below has proved my biases wrong, which I am happy to admit.
http://www.anandtech.com/show/2663
I still have an i7 920 C0 chugging along as the wife's gaming computer, and will probably just add a bigger SSD and shiny R9 380-something to it and keep it going...
Ahahah, Winchips were pretty awesome at not being awesome. Sorry you got stuck with one of those.
The actual worst part of the computer was the AGP slot. Everything went PCI express so fast. I ended up using a 9600XT until 2007 when ATI finally dropped an AGP version of the X1950Pro. NV never released anything faster than the 16pipe 7800GS, (except the impossible to find 20 pipe Gainward Golden Sample version). So I was really limited in GPU upgrades.
My current machine still doesn't feel like I need a CPU upgrade, even 5 years later.
I think the FX-4130 AM3+ should be in here a little. Bulldozer + 125W + 4MB L3 cache = Failure. It receives only 1259 single-thread score for such a high power consumption device.