Prometheus
Banned
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- Mar 19, 2006
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Seems you don't know how processors are made. All processors with the same specifications from the 3000+ up to the 4000+ and beyond are made from the same large silicon die. AMD doesn't know what speed the cpu is going to be run at so after they tested it and found that it's working they put it in its package and test the most effective speed it will run at. As the manufacturing process gets better the lowest and highest speed of the processors can be upped.
In order to mark a processor as running on a specific multiplier AMD includes a set of micro-fuses on the processor die. After they have decided on the highest multiplier possible for a processor they apply a high voltage to a combination of processor pin sets in order to "blow" them. This method bacame widely used in the very popular PIC processors made by Microchip. The difference between a blown and not-blown fuse then represents a 0 or 1 which is used by a circuit in the processor to compare it with the multiplier it's running at. By applying a thin wire as a jumper to some of the blown fuses and blowing some of the working fuses if necessary you can mark your processor to run on any multiplier you wish. By looking at the layout of the pins you can narrow down which of the pins are used for fuses. Hey I could actually become an engineer after this explanation.
In order to mark a processor as running on a specific multiplier AMD includes a set of micro-fuses on the processor die. After they have decided on the highest multiplier possible for a processor they apply a high voltage to a combination of processor pin sets in order to "blow" them. This method bacame widely used in the very popular PIC processors made by Microchip. The difference between a blown and not-blown fuse then represents a 0 or 1 which is used by a circuit in the processor to compare it with the multiplier it's running at. By applying a thin wire as a jumper to some of the blown fuses and blowing some of the working fuses if necessary you can mark your processor to run on any multiplier you wish. By looking at the layout of the pins you can narrow down which of the pins are used for fuses. Hey I could actually become an engineer after this explanation.
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