图拉丁与铜矿区别（The difference between copper and Tualatin）.docVIP

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图拉丁与铜矿区别（The difference between copper and Tualatin）.doc

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图拉丁与铜矿区别（The difference between copper and Tualatin）

图拉丁与铜矿区别（The difference between copper and Tualatin） Tualatin concept: A core of CPU, (or Tualatin core code) Pentium and Celeron are the core of the game player, is called the Tualatin Celeron or Tualatin Pentium (P3 series is very rare in the market, and truly let the fun is the game player who Celeron, so most of the time mentioned refers to the Tualatin Tualatin CY), its frequency range is 900MHZ-1.4GMHZ. The Tualatin Pentium P3-S frequency range is 1.13G-1.53G The 256K full Tualatin Celeron two level cache. And the core voltage version of 1.475V and 1.5V two The Tualatin Pentium P3-S using the 512K two full speed cache, core voltage version is 1.45V I believe a lot of love DIY veteran, have heard of the Tualatin (Tualatin) core Pentium III-S, Tualatin is a very good and the kernel performance of the kernel, it is also because of its excellent and determines its tragic and short fate, eventually become a victim of business competition. The Tualatin in Intels product history is worthy of special mention, because it is the first use of Intel 0.13 micron CPU (now North Wood Pentium 4 is 0.13 micron). Let us review of this period of history, we can make clear the position in the Tualatin Pentium III in the genealogy of experienced a total of 3 generation core, 1999 first generation Pentium III with 0.25 micron process based on Katmai core, and the past Pentium 2 is the biggest difference compared to support the new SSE multimedia instruction set. The earliest Pentium III processor using 512KB two semi external cache. At the beginning of 2000, due to the introduction of the 0.18 micron technology, the processor architecture has undergone tremendous changes, originally in the external two level cache can now easily integrated into the core and is full to two level cache (i.e., 8 joint mechanism, when the processor is running the same speed and frequency), and the birth of the second generation Pentium III, copper (Coppermine) Pentium III, using 100MHz and 133MHz two d