i don't care about HT3, but direct connect 2.0. The Two will come together, so i have to wait HT3 to get DC2.0 :rolleyes:Quote:
Originally Posted by LOE
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i don't care about HT3, but direct connect 2.0. The Two will come together, so i have to wait HT3 to get DC2.0 :rolleyes:Quote:
Originally Posted by LOE
my question to the new k10 is, if you have seperate frequncies and voltages maybe as well, could it be possible to break a core of the cpu?
So you put too much voltage through one, and break that one core. That just sounds strange right now, but you never know.
i have been waiting for news to trickle, and i as well am one who wants to completely skip ddr2, but i may become impatient. keep ticking athlon x2 4400+
- Paul
the independent voltages has to do with the core voltage and the northbridge voltage, not independent voltages per core
each core can however have seperate clocks, in other words, if one core has the load, the other cores can be clocked down, thus less draw, but all cores will have the same vcore
Barcelona don't have indépendant core voltage but K10 on AM2+ will have it :fact:Quote:
Originally Posted by VulgarHandle
Don't remember where i saw that, but AM2+ bring HT3, DC2.0 & split power plane. I think i readed it on a AMD's pdf :stick:Quote:
Originally Posted by brentpresley
Barcelona don't have because motherboards on socket F can't do it. AMD make the choice you can use Quad's on socket F without new mobo. Quad's can't work with separate power plane without new way to power it.
They can run integrated northbridge with separate power, that's already something to the new power management created by AMD.
AM2+ use HT3. :fact:Quote:
Originally Posted by brentpresley
AMD said to a big newspaper, that the main difference between true Quad core and 'fake' is the ability to run each core at different power level & frequency. ;)
AMD said himself, don't remember where, but AM2+ have independant voltage for each core, northbridge and ram controler. :D
I don't lie, i don't want my dream come true, that's true. :woot:
If found it i will post count on me ;) ;)
well, just about any article on AM2+ will tell you it's HT3.0 + DC2.0 + DDR2, please google something as simple as thatQuote:
Originally Posted by brentpresley
It's Barcelona, Barcelona is different :stick:Quote:
Originally Posted by brentpresley
Barcelona is K10, in the interview at http://www.syndrome-oc.net/articles....cle=94&lang=en , Giuseppe Amato "Technical Director, Sales and Marketing EMEA refers to it as K10, in fact, he clarifies K8L and K10..Quote:
Originally Posted by madcho
if announce monday?, ETA end of march/beginning of april?
Barcelona is K10, you're right, but AMD can't do core separate core voltage on it because socket F motherboards don't support it :stick:Quote:
Originally Posted by VulgarHandle
AMD choose to coincide the refresh of the chipsets with the refresh of separate power planes. That's simple :slapass:
the Anandtech article talks about the added metal layers, going from 9 to 11 i believe, and i'd assume that has to do mainly with that split power plane for the NB and cores, I highly doubt the socket itself is what limits it's ability to allow split power planes for cores. One would assume that with 1207 pins as compared to the 940 pins of AM2, that socket F would have far more options available to it, but I could be making a bad assumption. Don't forget, like AM2 getting a refresh to AM2+, so will socket F to socket F+, and both as far as i've read talk of HT3.0/DC2.0, and that's it.
Don't get me wrong, I'd love to see each core having the ability to run a seperate voltage, but I just haven't seen anything solid that says that will be available.
I have seen even oc with K10 :D. AMD could have the three cores halted/low powered and for a single thread boost frequency with a higher vcore, staying in the TDP.Quote:
Originally Posted by VulgarHandle
I'm not sure of this, but separate vcore, dynamically by hardware, that's real :toast:
well, then you're making an unbackable statement, and you should have said as such....Quote:
Originally Posted by madcho
you saying you've seen it leaves nothing for us to discuss, other than the validity of your statement, and i'm not one to question your valor
if all you have is your word that you've seen it, then all we can do is wait and see for ourselves, I hope you're right
Dedicated power plane = dedicated VRM6 planes -> 6 parallel VRMs.Quote:
Originally Posted by madcho
Sorry, not gonna happen.
what I want to really know, apart from performance and release date of course, is whether AMD will be making an LGA socket type such as intels one, I much prefer the pins being on the motherboard than on the CPU and it also is easier to handle.
socket F(registered ram) or the QuadFX platform(unbuffered ram), both are lga1207Quote:
Originally Posted by eXceededgoku
Thanks, probably could have found that out from research but you have made me very happy.Quote:
Originally Posted by VulgarHandle
I dunno... if they're planning on making this stuff relatively interchangable with socket AM2, AM2+, and AM3, I bet they'll all have pins.
That's just my personal rocket surgery experience speaking though.
Ryan
As exceed said, socket F has been LGA for a long time. AM2 and AM2+ will obviously still have pins otherwise it wouldn't be an AM2 socket, would it.
God I can't wait!!!! :woot:
I just have to say "look at the Intel mobo when they came from Penitum 4 to C2D...."Quote:
Originally Posted by madcho
Humm just a little reflexion... Amd can do that :
A solid and strong voltage delivery stage (maybe as stage as C2D mobo) that deliver the nominal voltage.
And each parts (each core / northbridge / RAM) will have its own regulator, that adjust automatically the voltage by a simple regulation ?
For example the maximum that you need for one of the parts :
max required one 1 parts : 1,6v
if you only need this voltage on northbridge for example : other parts will be at 1,2V just by "decreasing" the voltage... etc
it's just the opposite that we make with VMODs...
I don't know if this will be like i said...
Need to make an other interview xD