Kempez said:
The Q6600 was run at 2.44GHz, I didn't notice the typo on the graph header which I will amend. The test settings state the frequency used though.
Still the def. clock is 2.4Ghz,but ok,that's better than 2.66GHz.
I didn't use the fix as stated in the review and the motherboard was left as it was sent to me as standard. If, indeed, this is enabled as standard - then that means that the overwhelming majority of users will have the chip as it is. Let's be honest - on or off it's a fault in the chip
If you didn't look in the BIOS and tried to find the TLB fix option or tested the chip for the TLB patch then i presume the mobo
had it ON.It IS a chip fault but also it can be disabled if you
simply run an app. called AOD...
I am familiar with the settings needed to overclock the chip and have read the review, it either wasn't a good chip or was held back
I'm sure you're not a "newb" and i'm sorry if you thought that i implied any such thing.My point was that OCing Phenom is somewhat harder to do than OCing regular X2s or C2D/C2Qs.There are a few key settings that must be adjusted or you will end up with a HT wall or a tiny chip freq. headroom.IN all honesty,2.5Ghz can be achieved with
9500 Phenoms with stock Vcore and stock NB voltage in 5 minutes.
The BIOS revisions
do make a huge difference in OCing potential and i think there was the main problem with your system.Most boards only got the good BIOSes quite recently!
With all due respect you don't really know how I overclocked the CPU, let alone what my knowledge is in general. I didn't detail how overclocking was performed as the review's intention was not to write an overclocking guide.
I didn't mean to offend you in any way.Sorry if you read it that way.My point was that the OCing these new chips is a lot harder than any other chip before,and it takes a lot of time and patience to achieve higher clocks.I understand you couldn't sit all day with this one chip and fiddle with the BIOS while pulling your hair since you have other things to do instead.But,the chips are rather new and represent quite a challenge for overclocking.
I am actually a fan of AMD but there is no way that this chip should get a higher score than it did, unless there's a price cut - and prices are based on the UK price as this is a UK review site.
Sorry i couldn't see from the review that you were an AMD fan

.I'm not a fan of any company,but i don't like intel (for their business practices).I can see an intel favoring overtone in the whole review and with the flaws i noticed i had to join the forums and leave the comment.
As for the prices,in eastern/Central Europe the prices are the ones i wrote.Not to mention the motherboard cost must be taken into account ,too.
Intel will be coming out with 8 cores, and if Phenom's anything to go by, a helluva lot sooner than AMD's 8 core chip.
I'm not sure if you've been following the latest news,but intel's 8 core version of Nehalem will be built on the 32nm process since the die of
4 core Nehalem is VERY big(250mm2) and connecting the two of those in MCM package will make it around 500mm2..The die shrink will cut this figure to 300-350mm2 and make 8 core a lot more possible.There is a chance that they may try to use the 45nm dies as described above and sell it as a niche product for an insane amount of money,but you can forget this chip for desktop.32nm is the node to watch for if you want 8 Core Nehalem chip.
AMD on the other hand is in the position to make one and they actually announced 8 core Montreal chip for 2H 2009.This will probably be a server only chip with a big 2 dice connected with HT3.0 and using a new G3MX direct memory technology for connecting insane amounts of RDDR3 directly with a chip.
Shanghai,a 45nm K10 chip features both core/uncore(cache) changes and will be faster than K10 Barcelonas per clock,will run at higher clocks than Barcelona will @Q3 and will have lower thermals and power usage.
The review reflects the majority of reviews of the chip on the internet, not by design, but because that is the current situation.
Not majority,just those done in a haste and with small understanding of wth is going on with this chip (and the chip is really weird).TLB erratum,being unable to disable it,how to OC it,power draw figures which are across the board in various reviews,CnQ2 not working on some boards,lockups etc. all make this platform very repelling to the end users.All problems described are mostly early BIOS/boards problems and it is actually AMD's fault since they didn't provide the DVT samples on time for the dBIOS devs to work out the kinks.The situation is a lot better now,but still quite a few mobo makers have a weak support for AM2/+ boards in form of poor BIOSes.
Whilst I respect your views, I don't respect the balance of your opinion. The AMD chip is inferior to a similarly priced and clocked Intel chip and that's the message of the review, typo aside
Sorry if you feel that way,i must disagree.The chip is neither inferior nor more expensive to intel's counterparts.Only thing in which it's weaker is OCing potential.Where are the figures of real world multitasking or video/audio encodings of large scale,where are the professional 3D apps. that support 4 cores( Vray for example).All these are the representatives of usage models the potential quad core buyer will have,and none are done in reviews around the net.I can tell you that people are more interested in those than in SisoftSandra/Everest/3DMarks/TimeDemosInRandom3Dgame/insert any pointless synthetic app here/ .
I understand that you had best intentions while you wrote the review,but i must say i expected more,like i did when i read most others
I sincerely hope that AMD step it up with the next release, competition is good
They did have a hard time launching 10h,but this design is a modular one and the first benefits will be seen with the cheap TriCores (65nm B2s and B3s) and the 45nm Deneb version which will come with 0(zero) and 6MB of L3 cache.The 4 core Deneb with zero L3 will be around 150mm2,and
a lot cheaper to produce than any Penryn or Nehalem quad core(around 240-250mm2).These will be chips that will cost 100$ and i bet you a dollar AMD will sell a sh*tload of them in 2009.At the end of 2009 there comes a whole new architecture from AMD,codenamed Bulldozer with a new extensions to the x86 instr. set and a total pipeline redesign.