..::FORO OFICIAL MaxxPI²::..

Aqui nadie piensa en ganar, por lo menos yo... solo que eso le dice a uno mas o menos si el computador ta rindiendo como es
 
exacto, es para comparar con los demas q las cosas estan saliendo bien

Osea que en mi caso las cosas no estan bien xD.. o por lo menos eso veo jeje... viendo que soy el único con AMD y todos con Intel... comparando con los demás... igual que más se puede esperar de un X3 Tolimán frente a los Intel que veo por acá..lol.
 
Si eso es lo que se espera, bueno eso espero, que mi papá me lo compre xD, ya que me gasté mi plata en otras cosas y paila :S.. estoy seguro que con ese P2 X3 720 BE se puedan alcanzar valores parecidos a un Q9300 jeje.. y mejorar mi condicion de falta de eficiencia viendo este test y buenos otros más en donde mi X3 no queda bien parado, pero bueno que se le hace... ahi deje los valores completos, me despido y volveré cuando tenga un procesador digno de ser competidor de estas bestias Intel.. lol..

Suerte.
 
Lanero: CygnusX

Spec: Intel Core 2 Duo E8400
Core MHz: 3600MHZ
Bus: 400
Multi: 9
Step :C0
Code: Wolfdale
Volts: 1.25V
Refrigeracion
------Method: Aire (Thunderblade@1500 RPM)
------Modelo: Thermalright Ultra Extreme
Mother
------Marca & modelo: Gigabyte P35 DS3-P
------Bios version: F11
Ram
------Marca & modelo: Corsair XMS2DHX PC8500 2 x 2gb + Mushkin 991599 PC8500 2 x 2Gb
(total 8 Gb)
------Timings: 5-5-5-15, 2T
------Vdimm: 2.11V
------MHz: 960 MHz
Sistema operativo: Windows 7 Ultimate x64 Beta Build:7048

Resultados

 
Ola... a ver que puedo hacer con esta board :muerto:

Spec: Core 2 Quad Q6600 G0
Core MHz: 3000mhz
Bus: 333
Multi: 9
Step: 6
Code: kentsfield
Volts: 1.28v(stock)
Refrigeracion
------Method: Watercooling
------Modelo: Homemade watercooling
Mother
------Marca & modelo:MSI G31m-f v2
------Bios version: 7.3
Ram
------Marca & modelo:Markvision ddr2-800 2x2gb
------Timings: 5-5-5-18
------Vdimm: 1.9v
------MHz:832mhz
Sistema operativo:Windows Seven x64 beta build 7000
 

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x86/x64 ?

Are there performance differences within x86/x64 versions of MaxxPI²?

This annoying question is always such a contentious and embattled topic, so my personal
testing was mostly performed with current dual/quad-core processors, from diffenent CPU Manufacturers.
It was my goal to determine a difference between x86/x64 operating systems, while using
MaxxPI²'s main bench-routines as a native x64/x86 task/application.

Microsoft tells anecdotally that x64 has proven to be an amazing resilient architecture,
offering full 32-bit application performance when running under a 64-bit operating system.
This was a performance goal that eluded the company when working with the Itanium and later
processors . "We wanted to eliminate any adoption barrier (for x64)," Iain McDonald,
a Microsoft director of Windows (Server) program management, told recently.
"We think we nailed it." he said and yes, I can say that this is true for MaxxPI².

But even for 32-bit applications, the x64 platform offers some advantages over x86 hardware.
When you boot into a 64-bit Windows operating system on x64 hardware,
you get additional registers, and 32-bit applications each get a full 4 GB of address space,
compared to 2 GB, typically, on a 32-bit box (Previous 32-bit Windows client and server versions
do support an optional 2/3 GB native application address space mode).
Of course MaxxPI² will take benefit from this.

Architectural improvements in the x64 chips, also enhanced performance.

The net effect is that 32-bit applications running in a 64-bit Windows version run at parity when
compared to running in a 32-bit OS. In some cases, the code runs faster on x64, even dramatically faster,
even like MaxxPI² (SinglePI/MultiPI for example) will do. The reason, Microsoft says,
is the additional resources a true x64 environment provides. The aforementioned application address space
size is over 4,000 times larger than with x86 systems. The non-paged and pages memory pools are about
256 times larger on x64. Again, of course MaxxPI² will take benefit from this.

The nice thing about this performance boost is that it's not manufactured to meet a certain agenda.

Instead, they've found Windows x64 to be faster running 32-bit code than 32-bit versions of Windows
across the board and for MaxxPI² i found that all benches take an impact running on x64,
especially types which are multithreaded and/or use lots of memory, like MultiPI for example.

In practice every data type on a 64-bit binary is not 64-bit only. 64-bit binaries might have 8,16,32 bit
data objects in them and caches do allow you to address a byte in a cache line. In reality not every one
who codes a 64-bit program makes all the data 64-bit quantities and that's the point, so...

Conclusion:

* Some code may get zero benefit from 64bit, other code get a plus performance gain,
some show lower performance, mostly they correspond approximately (without code changes).
* The CPU performance gains, when moving to native x64 code or running x64
OS are not equal on different CPU Manufacturers.
* For now i can say, that running an x86 MaxxPI² (or MaxxPI-Preview) on a x64 OS
will give you almost the same (higher)results as an native (without code changes) x64 MaxxPI² will do.
* x64 MaxxPI² surely come, but actually i see no reason to do so, since the overwhelming majority
uses x86 OS and applications. If this might change, i will take a look.
 
/&%$/&%$&/% era bromeando queria decir que los laneros en cuestion tienen buenas maquinas no mas, darkpoe cuando me invita a veresa cosa freak que tiene como pc yo quiero ver uno en funcionamiento


ya viendo mas detenidamentelos 8400 les ha ido gueno en este bench
 
Aca va el mio, iniciandome en esto del OC

Lanero: Onizuka-Kun
Spec: Intel Core 2 Duo E8400
Core MHz: 3600MHZ
Bus: 400
Multi: 9
Step :E0
Code: Wolfdale
Volts: 1.30V
Refrigeracion
------Method: Aire
------Modelo: Stock
Mother
------Marca & modelo: Gigabyte EP45 UD3R
------Bios version: F6
Ram
------Marca & modelo:OCZ DDR2 PC2-6400 SLI-Ready Edition
------Timings: 5-4-4-15 (2T)
------Vdimm: 1.92V
------MHz: 800 MHz
Sistema operativo: Windows 7 Ultimate x86 Beta Build:7057

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Saludos.
 

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bien , ahora con OC a las memos , no hubo mucha diferencia en los 1M,2M Y 4M pero si redujo casi 2 segundos en los 8M

Spec: Intel Core 2 Duo E8400
Core MHz: 4200MHZ
Bus: 467
Multi: 9
Step :C0
Code: Wolfdale
Volts: 1.368v
Refrigeracion
------Method: Aire
------Modelo: Xigmatek ht-s1283
Mother
------Marca & modelo: Asus Maximus II Formula
------Bios version: 1901
Ram
------Marca & modelo: Corsair Dominator PC8500 2x2gb
------Timings: 5-5-5-15
------Vdimm: 2.21v
------MHz: 1122mhz
Sistema operativo: Windows 7 ultimate Beta Build:7048 x64
 

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Por puuuuuuuuuuuuuuuuuuuuuuuuura falta de oficio, antes de ponerlo en el mío, lo corrí en el del negocio. y mire.. xDDD..

PDC 2160 @ 1.8GHz...
Cooler Stock
RAM, Elixir genérica 1GB 667MHz.. xDDD
Todo normal.. xDD
 

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Spec: Intel Core 2 Duo E8400
Core MHz: 4500MHZ
Bus: 500
Multi: 9
Step : E0
Code: Wolfdale
Volts: 1.375v
Refrigeracion
------Method: Aire
------Modelo: Intel Stock Cooler
Mother
------Marca & modelo: Asus P5Q Intel P45
Ram
------Marca & modelo: Kingstone Hyper X PC8500 2xgb
------Timings: 5-5-5-18
------Vdimm: 1.9v
------MHz: 1002mhz
Sistema operativo: Windows 7 ultimate Beta Build:7057 x86


MaxxPi2_h1118.jpgMaxxPi2_h1317.jpg
MaxxPi2_h1727.jpgMaxxPi2_h1839.jpg



Pd: el enfriamiento del proce es el cooler intel de stock, pero eso esta montado en una torre cooler master stacker 830 que tiene 7 fans de 120mm y 4 de ellos apuntan directamente desde la tapa a la board logrando una buena refrigeacion. el oc de 4.5Ghz fue echo solo para este test pero el pc esta 24/7 en 4Ghz con un voltaje inferior y temperaturas muy estables.
 
uy conex ,muy pasado usted parce y dice q lo consiguio con un C0?? uf , me da animos ...XD yo al mio tengo q dejarlo a 1.389v en bios para q se quede en 4200mhz
 

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