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When IBM awarded Intel the contract to provide the CPUs for its new IBM PC back in 1980, it established for Intel a virtual monopoly on all PC CPUs The other CPU makers of the time faded away: Tandy, Commodore, Texas Instruments no one could compete directly with Intel Over time, other competitors have risen to challenge Intel s market segment share dominance In particular, a company called Advanced Micro Devices (AMD) began to make clones of Intel CPUs, creating an interesting and rather cutthroat competition with Intel that lasts to this day
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Intel Corporation thoroughly dominated the personal computer market with its CPUs and motherboard support chips At nearly every step in the evolution of the PC, Intel has led the way with technological advances and surprising flexibility for such a huge corporation Intel CPUs and more specifically, their instruction sets define the personal computer Intel currently produces a dozen or so models of CPU for both desktop and portable computers, most of which use the name Pentium, such as the Pentium 4 and the Pentium M Their lower-end CPUs use the Celeron branding; their highest-end ones are called Xeon
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You can t really talk about CPUs without mentioning Advanced Micro Devices the Cogswell Cogs to Intel s Spacely Sprockets AMD makes superb CPUs for the PC market and has grabbed roughly half of the CPU market 69
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Like Intel, AMD doesn t just make CPUs, but their CPU business is certainly the part that the public notices AMD has made CPUs that clone the function of Intel CPUs If Intel invented the CPU used in the original IBM PC, how could AMD make clone CPUs without getting sued Well, chipmakers have a habit of exchanging technologies through cross-license agreements Way back in 1976, AMD and Intel signed just such an agreement, giving AMD the right to copy certain types of CPUs The trouble started with the Intel 8088 Intel needed AMD to produce CPUs The PC business was young back then, and providing multiple suppliers gave IBM confidence in their choice of CPUs Life was good But after a few years, Intel had grown tremendously and no longer wanted AMD to make CPUs AMD said, Too bad See this agreement you signed Throughout the 1980s and into the 1990s, AMD made pin-for-pin identical CPUs that matched the Intel lines of CPUs (Figure 319) You could yank an Intel CPU out of a system and snap in an AMD CPU no problem! In January 1995, after many years of legal wrangling, Intel and AMD settled and decided to end the licensing agreements As a result of this settlement, AMD chips are no longer compatible even though in some cases the chips look similar Today, if you want to use an AMD CPU, you must purchase a motherboard designed for AMD CPUs If you want to use an Intel CPU, you must purchase a motherboard designed for Intel CPUs So you now have a choice: Intel or AMD You ll look at both brands as you learn more about modern processors in this chapter
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One of the many features that make PCs attractive is the ability for users (okay, maybe advanced users) to replace one CPU with another If you want a removable CPU, you need your CPUs to use a standardized package with matching standardized socket on the motherboard CPUs have gone through many packages, with manufacturers changing designs like snakes shedding skins The fragile
Figure 320
The dual inline pin package of the Intel 8088
Mike Meyers A+ Guide to Managing and Troubleshooting PCs
Figure 321
An AMD Athlon Slot A processor
little DIP package of the 8088 (Figure 320) gave way to rugged slotted processors in the late 1990s (Figure 321), which have in turn given way to CPUs using the now prevalent grid array packaging The grid array package has been popular since the mid-1980s The most common form of grid array is the pin grid array (PGA) PGA CPUs are distinguished by their square shape with many usually hundreds of tiny pins (Figure 322) Collectively, Intel and AMD have used close to 100 variations of the PGA package over the years for hundreds of different CPU models with names like staggered-PGA, micro-PGA, ball grid array (which uses tiny balls instead of pins), and land grid array (which uses flat pads instead of pins) There are also many different varieties of PGA CPUs based on the number of pins sticking out of the CPU These CPUs snap into special sockets on the motherboard, with each socket designed to match the pins (or balls or pads) on the CPU To make CPU insertion and removal easier, these sockets officially called zero insertion force (ZIF) sockets use a small arm on the side of the socket (Figure 323) or a cage that fits over the socket (Figure 324) to hold the CPU in place ZIF sockets are universal and easily identified by their squarish shape The first generations of sockets used a numbering system that started with Socket 1 and went through Socket 8 The hassle of trying to remember how many pins went with each type of socket made it clear after a while that the CPU makers might as well give all sockets a name based on the number
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