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Counting off the rows and columns on the edges of the case to pinpoint the cubbyhole Retrieving the contents of the requested cubbyhole In fact, the same approach also works when storing something in a particular location or cubbyhole Most memory controllers are also smart enough to retrieve anything else in the same case that needs to be fetched, or to return anything to other cubbyholes in the same case that needs to be stored The reason this analogy is important is because it includes most of delays that occur when PC memory is accessed To begin with, there s a delay involved in getting from one case of cubbyholes to the next.

Then, there s a delay to count off the right number of rows from the upper left-hand corner (things always start from there by convention), followed by another delay to count of the right number of columns from the upper-left column as well (because that s where counting starts) Finally, there s a delay involved in putting something into the cubbyhole (writing a value) or grabbing something from the cubbyhole (retrieving a value) Whether the memory controller is in the Northbridge processor or in the CPU itself (as with the latest generations of AMD processors starting with the Athlon 64 and Opteron families), all these sources of delay remain the same.

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It also refers to the motion of electrons in ultrasmall (highly con ned) regions in semiconductor structures, at very high electric eld with velocities much higher than their equilibrium thermal velocity This phenomenon allows ultrafast devices to be developed [39] As noted, ballistic electrons are not subjected to scattering, and, therefore, they can move with high velocity Ballistic transport is determined by electronic structure of the semiconductor and is di erent for di erent semiconductors Single-electron systems These are devices operating at the quantum/nanoscale that have switching properties controlled by the removal or injection of a single electron; also, a device through which only one electron can be transported at a time RTD (resonant tunneling diodes)-based devices These are devices operating at the quantum/nanoscale making use of tunneling.

If you think of the memory controller as a kind of imp whose job it is to wander around the cases where individual cubbyholes reside and to put things into or get things out of them, you re not too far away from understanding its job About the only thing you can do to speed up memory, in fact, is to speed up the causes of delay by making the imp move faster or by speeding up the time it takes to put things into or pull them out of the individual cubbyholes This is a rough explanation of why faster memory and speeding up memory access timing controls can combine to improve system performance As you know, RAM stands for random access memory.

and Rm (tn+1 ) = m x (m+2) ( n ) with m = 1 (m + 1)!

What this really means is that it is organized so that the memory controller can access any arbitrary case (which translates into a chip on a specific memory module) and get to any row and column inside the case (which translates into a specific memory address) to access its corresponding cubbyhole The type of RAM used in modern PCs is a special type of dynamic RAM, or DRAM DRAM maintains the values it stores by maintaining the electrical charge in each cubbyhole and refreshing its contents periodically This explains why turning (or losing) the power on a PC wipes away what s stored in memory.

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