:clap:cranky dude you are my new AMD god!!!:clap:
Finally somebody who gets it!!!! All I've seen today is people posting FAIL again and again without one ounce of introspection!!
Dude you have to understand that they could fit 8 cores basically because they got rid of all the extras in phenom.. the 6-core phenom saturated the die.. no more cores were possible.. hence the new architecture.. however per-core performance could have been increased to lead to better performance overall
Finally somebody who gets it!!!! All I've seen today is people posting FAIL again and again without one ounce of introspection!!
By using 32nm process they could have produced Phenom II x8... See by producing it using 32nm process they not only would have been able to lower the power consumption but they also would have been able to squeeze in extra cores (extra capacitors)... For eg Gulf town processor (980x/990x)... Intel managed to not only produce a beast chip by using 32nm process but also added whopping 12MB cache which takes a lot of die area and HT technology and managed to keep the TDP of the chip to 130w... See if AMD would have been able to lower the power consumption of per core from 20 watts to 15 to 16 watts (x8 = 120/128) by using 32nm process then they would have been easily be able to produce a Phenom II x8 of 130w TDP... Plus IINM Phenom processors cores share L3 cache... They dont require independent L3 cache... the two core per module thing (Intel Hyper Threading Like Technology) really didn't help AMD in increasing the performance... Not even per clock performance... last generation Phenom processor performs better... IMO even if they would have slightly tweaked the old k10 architecture to improve per clock performance then they would have been able to produce a 6 core processor which would have ended up faster than Intel quadcore offering with Hyper threading technology...
Dude you have to understand that they could fit 8 cores basically because they got rid of all the extras in phenom.. the 6-core phenom saturated the die.. no more cores were possible.. hence the new architecture.. however per-core performance could have been increased to lead to better performance overall