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Motherboards, Processors, and Memory
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Which types of memory packages are available How many DIMMs make a full bank in a Pentium-class computer What is the parity bit for the data stream 10110110 if the RAM uses odd parity SIMM, DIMM, and RIMM The processor s data bus and the DIMM are both 64-bit 0 The parity bit in this case is a 1 or 0 to ensure that the total number of 1s is odd There are five 1s in this data stream, so the parity bit is 0
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As you now know, the type and amount of memory you install depends on the type of processor you are using You must follow specific guidelines or the computer will not work The same is true for motherboards That is, you cannot install just any type of processor or memory in the motherboard and make it work There are several motherboard form factors, each with different layouts, components, and specifications Most motherboards are restricted to using only a few types of processors and memory This section focuses on types of motherboards and their typical integrated components You will also learn about the differences between the motherboard s communication busses and the types of systems they allow you to use However, all motherboards are unique in terms of the type of slots, memory, and processor they support In other words, you cannot tell which components a motherboard supports solely by knowing which type of motherboard it is Therefore, you must always check the manufacturer s documentation before you upgrade or install a processor or memory
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Although motherboards can vary from computer to computer, there are two common types: the AT and ATX Their sizes, typical components, and prevalence are discussed here
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Full and Baby AT
Advanced Technology (AT) motherboards were introduced in 1984 (around the time of the Intel 80286 processor) They measure approximately 12 by 13 inches and typically support 80286 or older processors, 525 inches floppy drives, and 84-key keyboards A smaller version of the AT motherboard, typically measuring around 85 by 13 inches was later released This type was called the Baby AT, and the original became known
Motherboards
as the Full AT The two AT motherboards are similar in layout The Full AT motherboard is now practically obsolete, but the Baby AT motherboard is still being used by some manufacturers Depending on when it was manufactured, Baby AT motherboards might contain SIMM and/or DIMM memory slots and 80386, 80486, or Pentium processor slots Baby AT motherboards also use the 35-inch floppy drive rather than the older 525-inch drive AT motherboards can be identified by the fact that the parallel and serial ports are not integrated with the keyboard; rather, they are installed in an empty chassis slot and attached to motherboard ports via small ribbon connectors Other identifying characteristics of the AT motherboard are the placement of the processor socket near the end of the expansion card slots, the use of a DIN-5 keyboard connector, two power connector ports (for P8 and P9 connectors), and support for 12 and 5vDC only Some manufacturers are still using the Baby AT motherboard for new computers Therefore, although it is rare, you might find this form factor with support for newer processors and support for USB and/or IEEE-1394
The ATX motherboard was released by Intel in 1996 and is the most commonly used form in new PCs ATX is not an acronym but is the actual trademarked name of the motherboard form The ATX is the same size as a Baby AT motherboard but has a different orientation and layout (see Figure 5-1) Note Although there are many that the processor is located further from the variants, most of today s computers are expansion slots, and the hard drive and floppy based on the ATX motherboard drive connectors are located closer to the bays on the chassis The ATX motherboard also includes integrated parallel and serial ports (I/O ports) and a mini-DIN-6, rather than a DIN-5, keyboard connector The ATX motherboard s power supply uses a single motherboard connector and supplies voltages of 12, 5, and +33vDC Again, depending on when it was manufactured, an ATX motherboard can contain SIMM and DIMM memory slots; support for BIOS-controlled power management; 80386, 80486, or Pentium-class processor sockets; and support for USB
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