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How nice and competitive is this alpha BIOS?
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not at allQuote:
How nice and competitive is this alpha BIOS?
That's one reason I think the Anand preview didn't really show the full performance of the K10. It also doesn't seem that AMD will be shipping a lot of these systems now if the AMD supplied Anandtech system has such problems. AMD was rushed to get barc out the door by their stated release date, and they didn't quite get it ready. Hopefully, yet again AMD will just manage to hang on.
after reading this thread with a lot of crap in it,thx to savuntu and mr smartass...
juste making a few point
Server <-> desktop
Desktop parts will be faster,do you really think with wider prefetch and 4 cores DDR2 667 ECC can provide enough bandwidth?
No clear winner
in the benches i've read,there is no clear winner here
barcalona sometimes beats a 2.33 clover, and sometimes it's the other way around.
AMD is back
looking at the benches,K10 isn't as bad as some people had wished for..
It's actually quite good imo
finally bringing quadcore to the scene,which is really important in the server market. They don't need high clocked parts,cause who is insane enough to buy the most expensive?
they just need fresh money,new better products provides this
2.5 ghz will be sufficient if you ask me, and those parts are coming real soon (i hope :) )
Actually Intel is only stronger in the desktop. K8 already do quite well against Core 2 in the server space. In the desktop it gets molested by the Core 2.
So if anything, its only gonna be worse when the Core 2 is released from FB-DIMMs and the 5000 platform. So if you are hoping for something..dont..it will just backfire as the K10 expectations alot had.
But again, highend is low volume.
dualcore against dualcore they went well,but AMD didn't have a quadcore for a very long time, now they have one,and its a decent product,not a miracle but a good and solid product with a wel thought concept.
I desktop AMD will need have more horsepower, so hopefully it will have higher clocked parts
and a better B3 revision soon
I agree. I believe AMD's executives specifically said Barcelona would be 40% faster than the Xeon 51xx Clovertowns, and I've yet to see a 40% gain in performance over a clovertown in a benchmark, though, there haven't been many reviews or benchmarks run on their chips.
But, do keep in mind, there has to be a substantial overall performance gain over C2D for AMD to continue being competitive. It's much like the 8800 series vs HD 2900XTs. Yeah, the HD2900XT is a pretty good graphics card, but becuase it wasn't that much better than the 8800GTS//GTX//Ultras, their sales still suffered. If Phenom isn't going to be spectacular in comparison to a Q6600//QX6700//QX6800//QX6850, I really don't see any point in buying an AMD system. Price would be the final determining point; and seeing how AMD's in financial troubles and the whole "monolithic core" thing going on, I don't see how AMD can afford to play another price war unless they manage to live for another 2 years and hope to win that lawsuit against intel :rolleyes:
:rofl: :rofl: :rofl: :rofl: :rofl: :rofl: :rofl: :rofl:
Sorry kid, K10 can't even touch Conroe let alone penyrn. K10 is much more expensive to manufacture than K8. It is inferior in performance even to the Conroe, so there is no hope of matching penyrn. The penyrn will be much cheaper to produce and it will have 5-10% performance increase along with the lower TDP and superior transistors. AMD is far from taking the performance crown. AMD right now needs to worry about staying alive more than trying to take the performance crown.
For 3 years AMD beat Intel, all it did was made Intel get a bloody nose. In one year, AMD ended up in the intensive care unit.
The 3GHz CPU was obviously multiplier-unlocked, which makes it much easier to overclock in any old board..
IIRC, at launch, Opteron was only doing 1.8GHz, which of course was nowhere near as fast as 3.4GHz Xeons/P4s... oh, how the things changed a few months later. So, it's still too early to tell. Maybe they'll be able to compete with 2x2-core Pentium-M chips.
Also, I think their reverse-HT gambit might pay off to improve IPC on a single thread, once properly supported by the OS and enabled on the chips.
is it my fault you're always full of BS,and sorry english is only my third language....
i have basic knowledge about cpu architectures :rolleyes:
indeed,we need proof backe up with data,so proof me there is no bandwidth difference between DDR2 667 ECC and DDR2 1066 on K10...
i was talking about 2GHz barcelona vs 2.33 ghz Clover,and there is no clear winner there...
so you say quadcore isnt important for the server market?? :rofl: :ROTF: :rofl:
so you have crystall ball and knows how nehalem will perform?
This is a must see... :D :D
http://youtube.com/watch?v=F7LNUkHa7U8
E5335 is only 2.0ghz not 2.33ghz. That's the one where's no clear winner in techport review.
There's fantasy and then there's reality...
http://www.electronics.ca/presscente...sed/Page1.html
In the first-half of this year, AMD reached already the top10.
Not bad for "intensive care unit", imagine what will happen now, that AMD have a more competitive product.
at anand there is no clear winner to me,and that is done with 2.33 ghz
you are completely right on your other statement
i will just sit and wait what higher clocked barca's and phenoms will bring us :)
if that doesnt do the trick i'll buy intel for my next setup
I suggest you read this before you comment : http://www.xtremesystems.org/forums/...4&postcount=97
Quote:
Of all the tests performed at AnandTech, Barcelona won 5 and Xeon won 3. The total percentages by which each one beat the other were 27.13 and 73.94. This means that when Barcelona won, it won by much less percentage-wise. And when Xeon won it, won by a a lot more. These tests do not demonstrate the performance AMD's website indicated they should, nor do they include the fastest Intel parts available today.
If we then look to a much more comprehensive benchmark at The Tech Report we find Barcelona winning 3 tests, and Xeon winning 23 tests. The total percentages were 123.63 and 634.26. It's also worth noting that the bulk of the large Barcelona percentage shown here comes from a single test which included a 121.14% improvement over Xeon in memory bandwidth using a 1 GB test set. If we remove that test, then Barcelona's three wins only total a 2.49% over Xeon's. And if that memory test had used data sets of anything at 64MB or below, then it would've shown Xeon winning by similar percentages at various data set sizes.
All told at both sites, Barcelona wins 8 and Xeon wins 26. The total percentages across 38 benchmarks were 150.76 and 708.2 values. The average winning percentages are 18.85% for Barcelona and 30.79% for Xeon. If we remove the one benchmark which had Barcelona winning by 121.14%, then the results are average winning percentages for Barcelona of 4.23% on only 22% of the benchmarks. And 32.19% for Xeon on 78%. This indicates that in those instances where Barcelona wins, it wins by a much smaller margin than Xeon. So small that it's hardly worth mentioning, especially when you consider there are two faster clocked processors available today from Intel.
And you should read this conclusion from AT early preview of K10:
http://www.anandtech.com/IT/showdoc.aspx?i=3091&p=13
Quote:
Conclusion
It's close to a nightmare to try to review a server CPU in a few days, but we hope we have at least provided you with an idea what AMD's newest quad-core is capable of. We'll summarize our preliminary results with this small table.
The Opteron 2350 (2 GHz) vs. Xeon "Clovertown"
General applications Opteron 2350 (2GHz) equates to Xeon clock speed of:
WinRAR 3.62 2.7 GHz
Fritz Chess engine 1.8 GHz
HPC applications
Intel optimized Linpack 1.9 GHz
3D Applications
3DS Max 9 2 GHz
zVisuel 3D Kribi Engine 2.33 - 2.4 GHz
zVisuel 3D Kribi Engine (AA) 2.4 GHz
Server applications
Specjbb 2.4 GHz
MySQL 2.33 GHz
Considering that AMD prices this Opteron 2350 under the Xeon 5345, AMD has an attractive price/performance offering for most applications. The only exception is a chess engine and highly optimized Intel binaries. Although our testing is not finished yet, there is very little doubt that AMD's newest chip is very energy efficient
Don't judge the K10 by the benches seen at Tech-Report and Anandtech.
There is strong evidence suggesting that the chips used in those reviews, were bug ridden.
According to Dave Graham over at AMD Zone who has connections with AMD:
I knew something had to be wrong with those benches! The SSE performance in particular, was just too low considering the K10's enhancements in that area.Quote:
i've been asked to pass this to my FAE @ AMD.
what people have been benching is the B1 chip stepping with a BIOS patch applied to get around errata #281 (conspicuously absent on that errata worksheet). BA is the production stepping that fixes this issue on the NB itself and will handle some of the performance "issues" people have been :banana::banana::banana::banana::banana:ing about. B2 steppings are the "SE" or higher rated parts.
cheers,
dave
I cant understand how people believe AMD sent out bugged systems for review. I would near blindly accept this if they obtained them from a third party but AMD sent them, Seriously, Do you think this is likely?
Also it is pretty funny that a lot of amd fans are saying "I am not disappointed, k10 is great, I am very very happy with it,BUT ALSO DONT BELIEVE ANY OF THE REVIEWS i AM BASING THIS GREATNESS ON BECAUSE THEY HAVE BEEN DONE WITH BUGGED CHIPS AND MAKE IT LOOK BAD" LOL
What you see is what you get.
They had to meet the launch date.
For God's sake, did you even read the reviews? In some benches, there was practically NO IMPROVEMENT over the K8, and in certain synthetic benches ie memory latency, the performance was worse compared to the K8.
These chips were bugged, thats a fact. The reviews were not done on retail samples.
:ROTF:
Still playing the old disk ?
The systems were sent by AMD , secondly IBM published benchmarks too and they used a B1 chip , Anandtech used B2.So AMD screwed IBM and the public ? Mind you , AMD's own benchmarks were done on B1 or earlier.
Bx chips do not have performance bugs , they have only different scaling capabilities.End of story.