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3: Understanding CPUs
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Give it up Intel must have some scheme for their CPU numbering, but it doesn t match the processor speed They call a 266-GHz CPU a 506, for example, which might lead you to believe that the 6 reflects the 66 in the speed But the 28-GHz CPU that followed was named the 511 Go figure! Here s what Intel says on http:// developerintelcom: The processor number is not a measurement of performance, nor is it the only factor to consider when selecting a processor The digits themselves have no inherent meaning, particularly when looking across processor families For instance, 840 is not better than 640 simply because 8 is greater than 6
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The Northwood used a 130-nm process, and the Prescott used a 90-nm process The Northwood had the same 478-pin PGA package (as did the very first Prescotts), but Intel switched to the Land Grid Array (LGA) 775 package with the Prescott CPUs (Figure 354) Even though the LGA 775 package has more pins than a Socket 478 package, it is considerably smaller Starting with the LGA 775 Prescotts, Intel dumped the convention of naming CPUs by their clock speed and adopted a very cryptic three-digit model-numbering system All Prescott Pentium 4s received a three-digit number starting with a 5 or a 6 One of the 28-GHz Pentium 4 CPUs is a 521, for example, and one of the 3-GHz processors is called the 630 These Pentiums reached the apex of clock speeds, approaching 4 GHz After this, Intel (and AMD) stopped the CPU clock speed race and instead began to concentrate on parallel and 64-bit processing (both to be discussed later in this chapter)
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Mike Meyers CompTIA A+ Guide: Essentials (Exam 220-601)
Intel Pentium 4 CPUs
Process: 130 nm (Northwood), 90 nm (Prescott), 65 nm (Cedar Mill) Watts: 45 68 (Northwood), ~84 (Prescott), 86 (Cedar Mill) External speed range: 100 MHz (quad-pumped), 133 MHz (quad-pumped), 200 MHz (quad-pumped) Internal speed range: 13 380 GHz Multiplier range: 13 23 L1 cache: 128 KB L2 cache: 256 KB, 512 KB Package: 478-pin PGA, 775-pin LGA Socket(s) used: Socket 478, Socket LGA 775
AMD Athlon XP (Thorton and Barton)
The Athlon XP Thorton and Barton CPUs were the last generation of 32-bit Athlon XPs and the last to use the 462-pin PGA package The only major difference between the two was the L2 cache The Thorton had a 256-KB cache whereas the Barton had a 512-KB cache Using a 130-nm process, AMD could produce faster CPUs without any real increase in wattage Later versions of each processor increased the frontside bus to 200 MHz (double-pumped) AMD Athlon XP CPUs
Process: 130 nm Watts: 60 70 External speed range: 133 MHz, 166 MHz, 200 MHz (double-pumped) Internal speed range: 16 GHz (2000+) 22 GHz (3100+) Multiplier range: 10 16 L1 cache: 128 KB L2 cache: 256 KB (Thorton), 512 KB (Barton) Package: 462-pin PGA Socket(s) used: Socket A
After the Barton Athlon XPs, AMD stopped making 32-bit processors, concentrating exclusively on 64-bit Intel, on the other hand, continued to make 32-bit processors
Pentium 4 Extreme Edition
The Pentium 4 Extreme Edition was designed to place Intel at the top of the CPU performance curve The Extreme Edition CPUs used a Socket 478 or LGA 775 package, making them identical to other Pentium 4s, but packed some powerful features Most interesting was the 2-MB L3 cache the only non-server CPU to carry an L3 cache The Pentium 4 Extreme Edition also had some of the highest wattages ever recorded on any Intel desktop
3: Understanding CPUs
CPU over 110 watts! Extreme Edition CPUs ran incredibly fast, but their high price kept them from making any significant impact on the market Pentium 4 Extreme Edition
Process: 130 and 90 nm Watts: 85 115 External speed range: 200 MHz (quad-pumped), 266 MHz (quad-pumped) Internal speed range: 32 GHz 37 GHz Multiplier range: 14 17 L1 cache: 128 KB L2 cache: 512 KB L3 cache 2 MB Package: 478-pin PGA, 775-pin LGA Socket(s) used: Socket 478, Socket LGA-775
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