Thursday, August 16, 2007

Property Flowing Quickly In Liquid Is

Intel Core 2 Extreme QX6850 to 4.6GHz.


Introduction

This article is a practical guide to getting the most out of a processor Extreme Edition quad-core Intel. We will use the latest processor released within this range, the Core 2 Extreme QX6850. A quad-core processor 1333 and bus frequency 3GHz real. The best example of Intel in performance and one of the best processors for overclocking.


Intel Core 2 Extreme QX6850.

The processor will be the best example of Intel's performance until later this year begin to appear the first Extreme Edition core architecture with Penryn and Wolfdale. These new processors and come with a 45nm manufacturing process and improvements in its internal architecture. Until the arrival of these processors, the king of the 65nm is the QX6850. It has 4 cores, matched pairs, with 8MB of cache and an operating frequency of 3GHz with a 1333MHz FSB or 333Mhz Quadpumped reales.La practical advantage of the QX6850, as any of the Extreme range, as far as overclocking is concerned not that be faster or have more cache, or even come with higher frequencies. Which gives us € 1000 to pay for a processor of this type is the freedom to use the multiplier to give us the real winner. There are no limitations, only the processor itself mark us, so we can play with overclocking all the aces in our hand because we can opt for buses or buses low and high multipliers up to consumer taste. Before beginning we must clarify some concepts. Many times we talk, I could almost even read in many forums, a free bus overclocking is not a high decent overclocking. The truth is that what gives us the final performance is the final frequency of the processor and if we can or must choose between less bus and achieve higher frequencies, then the choice should always be more often. The performance will always be greater and that is precisely the advantage to increase the leverage of our processor and we can limit the bus at normal frequencies, avoiding problems with the chipset and / or memories and achieve amazing yields. If we achieve this same high as buses the better but if it is not always best to choose more often to process.

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