Fast computers breed slow, lazy programmers
The price of reliability is the pursuit of the utmost simplicity. It is a price which the very rich find most hard to pay.
http://www.lighterra.com/papers/modernmicroprocessors/
Modern Ram, makes an old overclocker miss BH-5 and the fun it was
yeah... i need CPU Power to emulate PS2 engine...
Agreed, but it is an indicator of what amount of computational power exists in that cpu..
My 8 core clovertown will only do 15.562s in SP1M but it will do almost 26,000 a day in WCG and I think thats the top single producing machine in the project....Why? 8 cores..
There are machines that produce more per core but not more total in a day..
If all the shown SS here are correct then this looks like a nice increase over the C2D's and makes me want a pair of Harpertowns all the more!![]()
Crunch with us, the XS WCG team
The XS WCG team needs your support.
A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
Now i know what happened in that super pi run, do you remember Core Multiplexing?
I know for a fact that Wolfdale has it and that it should be enabled in that run, now that super pi could be about 3GHz? not sure how much the increase of mhz will be if they disable 1 core.
It is looking like my upgrade path is becoming clearer. Still waiting on amd numbers.![]()
Could be that Wolfdale uses all of it's 6 MBs of L2 for Spi with CMT and maybe even OCs the one core in singlethreaded apps.
So far Everest doesn't impress me at all(even a bit slower in most cases clock 4 clock versus Conroe..)
The IDF numbers still seems to cover more than Everest and SuperPI
So roughly remove 13.6% from those numbers (Cept 3Dmark overall due to GPU) and you got the IPC improvement in each category.
So for gaming, HL2 is about 25% faster clock for clock.
Crunching for Comrades and the Common good of the People.
That's all in intel controlled environment ...I wouldn't hold my breath for 25% increase in gaming clock for clock.More like 6-10% in average..
With SSE4 it's all other game.This should bring evident advatage to Penryn versus Conroe,once the software hits the shelves(that might be soon or it might be in a few years...).
Last edited by informal; 06-22-2007 at 07:35 AM.
/me now =![]()
C2Q QX6800@ 3.75GHz (375x10 - 1.450v) - L725A - G0
4GB PC2-5300 Kingston Micron D9@ 3-4-4-10 750MHz 1:1
Asus P5E-Deluxe - no mods
eVGA 9600gso G92 + XFX 8500 GT (physics)
H4ck3d-Slackware 11.0
kernel-2.6.22.1@MCORE2 Arch Optimized![]()
Crunch with us, the XS WCG team
The XS WCG team needs your support.
A good project with good goals.
Come join us,get that warm fuzzy feeling that you've done something good for mankind.
WOW this looks good. Thanks for the numbers.
FOLD for XS WCG ; or Rodzilla kills a kitten
And it begins
All factors aside, BIOS, Everest update, etc.
THIS LOOKS GOOD! Even though the E6700 inches out some benches, it's still on par, and just think about it when the tweaks/updates hit.
I just want to know/see the limits of this thing overclocked. 4.5Ghz on air baby!!!
-Cpu:Opteron 170 LCBQE 0722RPBW(2.87ghz @ 1.300v)
(retired)Opteron 146 (939) CAB2E 0540
-Heatsink: Thermalright XP-90
-Fan:120mm Yate Loon 1650 RPM @ 12V, 70.5 CFM, 33dB
-Motherboard: DFI Lanparty nF4 UT Ultra-D
-Ram: Mushkin High Performance blue, 2gigs(2X1gig kit) PC3200 991434
-Hard drive: Seagate 400GB Barracuda SATA HD 7200.10(AS noisey model)
-Video card: evga 6800GS @520/1170
-Case: P180
-PSU:Enermax 535Watt EG565P-VE FMA (24P)
Yeah right, only very few <good> programmers spend optimizing their algorithms by hand coding them in assembly using multimedia and sse instructions. Don't expect to see sse optimized programs or games, only in encoders and decoders (from smart programmers like divx devs). There is no compiler that I'm aware of that can optimize code very well by using any extended instructions, all of them do job very poorly.
Q6600 3.6Ghz @ 1.276v | DFI LP LT P35 | Ballistix Tracer PC2-8500 600Mhz @ 2.074v | GeForce 260 GTX | Auzen X-Fi Prelude | PCP&C 750 | Arch Linux ~ WinXP
AMD Athlon 64 X2 3800 | DFI LANParty NF4 SLI-DR | 2x512MB G.SKILL PC3200 BH-5 | OCZ PowerStream 520W | Palit GeForce 9600 GT | Gentoo
Long Live DFI.
wow... if those numbers are legit penryn will rock.
No. Core Multiplexing just disables/enables the cores, leaving just one enabled. For example, core multiplexing will disable 3 cores on a Kentsfield, 1 core on a Conroe/Penryn, etc.
Also, I really don't think 14.x seconds for SuperPI 1M is possible at 2.66GHz stock speed for a Penryn family processor.
oh man
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