Develop a 64-bit wide memory interface that Contains SRAM at locations (EEFE80000- EEFEFFFFF) H and EPROM at locations (FF2F00000-FF2FFFFFF) H for the Pentium Il p using 16L8 as a PLA decoder circuit. For the hypotheses 80xxxx up, if we decide to modify the bit wide memory to 32-bit, suggest the memory locations for both memory types and develop the memory interfacing circuit. If you know that, the required time for reading from any single EPROM chip is 950 ns and the up clocked at 15 MHz, how many wait states are require for doing that? Sketch the required circuit for generating the desired number of the wait states.

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Develop a 64-bit wide memory interface that contains SRAM at locations (EEFE80000-
EEFEFFFFF) H and EPROM at locations (FF2F00000-FF2FFFFFF) H for the Pentium Il up
using 16L8 as a PLA decoder circuit. For the hypotheses 80xxxxx up, if we decide to
modify the bit wide memory to 32-bit, suggest the memory locations for both memory
types and develop the memory interfacing circuit.
If you know that, the required time for reading from any single EPROM chip is 950 ns
and the up clocked at 15 MHz, how many wait states are require for doing that? Sketch
the required circuit for generating the desired number of the wait states.
Transcribed Image Text:Develop a 64-bit wide memory interface that contains SRAM at locations (EEFE80000- EEFEFFFFF) H and EPROM at locations (FF2F00000-FF2FFFFFF) H for the Pentium Il up using 16L8 as a PLA decoder circuit. For the hypotheses 80xxxxx up, if we decide to modify the bit wide memory to 32-bit, suggest the memory locations for both memory types and develop the memory interfacing circuit. If you know that, the required time for reading from any single EPROM chip is 950 ns and the up clocked at 15 MHz, how many wait states are require for doing that? Sketch the required circuit for generating the desired number of the wait states.
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