AMPTRON XP4-922LU DRIVER DETAILS:
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AMPTRON XP4-922LU DRIVER
Dan Mepham The next Pentium Amptron XP4-922LU processor, Prescott arrives Injust a few years after the first integrated circuits saw the light of day, a chemist by the name of Dr. Gordon Moore made an observation that would become a guiding rule for the next forty years.
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His prediction, affectionately dubbed 'Moore's Law' by the press, stated that the speed and number of transistors built into the latest integrated circuits would double every eighteen months. And hold it has. That increased to tens of thousands in the late seventies as Intel pushed its processor. Progress continued through the hundreds of thousands of transistors Amptron XP4-922LU the and families, and finally reached the million transistor mark with the DX and its integrated FPU. The nineties was the decade of the Pentium processor, from its 3-million transistor introduction in to the million transistor Pentium III in the late nineties. Finally, the current Pentium 4 processors boast a modest million transistor count. Key to increasing transistor count, and therefore performance, is the reduction of the size of those transistors.
Decreasing the size of the transistors allows them to be made cheaper, switched faster, Amptron XP4-922LU run cooler. Welcome, ladies and gentlemen, to Prescott Country.
Caching In The use of the 90nm transistor allows Intel to construct much larger in terms of the number of transistors processors, while keeping the physical size small. When processors are manufactured, the yield rates on those processors are directly related to how large, physically, the processors are. A Amptron XP4-922LU that is twice the size Amptron XP4-922LU another is essentially twice as likely to contain manufacturing impurities, and therefore will be subject to much lower yield rates. Later versions of the Pentium III Xeon, for example, incorporated huge on-die caches that bumped the transistor count into the hundreds of millions, and resulted in a die size two to three times the size of a typical desktop processor at the time.
These huge Xeons were difficult to manufacture, and came with a corresponding price premium. The move to 90nm technology has allowed Intel to cram a comparatively huge amount of cache Amptron XP4-922LU onto the Pentium 4 die.
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Prescott improves on the previous Northwood Amptron XP4-922LU by boasting a huge 1MB L2 cache. The Pentium 4 was initially designed with a small 8kB L1 data cache as a tradeoff in order to maximize the speed of the cache. Set-associativity of the L1 data cache has also increased from 4-way to 8-way. On the left is the nm Northwood core; the 90nm Prescott core is on the right.
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Notice the larger L2 area on the Prescott die. As you'll see later in the benchmarks, however, there are tradeoffs necessary in order to implement such a large cache. Mispredicted code branches result in pipeline stalls as the entire pipeline needs to be flushed to clear the bad branch. In this case, the Branch Target Buffer BTB contains no prediction information about the current branch, and so the processor defaults to a rather simple, static prediction algorithm. Intel has enhanced this simple static algorithm to be more accurate. Without Amptron XP4-922LU description, the new prediction algorithm examines the Amptron XP4-922LU and other properties of the branch to attempt to ascertain whether the branch may be a loop-ending command, and thus whether or not it should be taken.
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Subtle enhancements have also been made to the dynamic brand prediction algorithms as well. Branch prediction success rate is often difficult to quantify, and changes to branch prediction schemes can show various outcomes, ranging from much better performance, to marginally better performance, or even to decreased performance in Amptron XP4-922LU situations. We have been given access to some in-house testing conducted by Intel, and while we cannot post actual numbers at this time, we can summarize the results as follows: The majority of these instructions relate to graphics and complex arithmetic operations. Naturally the benefits of these added instructions will not become apparent until software developers begin to make use of them.
Amptron XP4-922LU is generally the case with instruction set extensions, there will be particular pieces of software or particular operations that exhibit very tangible performance improvements, while others really have no use for the added instructions, and thus show no change. Intel's Roadmap, Sock-et to Me!
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Both Amptron XP4-922LU and Northwood are introduced in 3. When Intel introduces a 3. Socket boards will have much tougher power design specifications that will be necessary to feed these thirsty processors at 3.
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