1. The table below presents a list of devices that are to be addressed in a certain memory space. They have been ordered in the manner in which they are to be addressed with the first component being placed on the upper end of memory, starting at address $000000. By considering the size each component, provide the start and end address using the appropriate hexadecimal value.

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Oeew s
Sat DO D 4
Hene
et e
H
P E Dei vi At D Metig eta O t TE
Fie
• REC
In
Net
ASSIGNMENT
1. The table below presents a list of devices that are to be addressed in a
certain memory space. They have been ordered in the manner in which
S
S
they are to be addressed with the first component being placed on the
upper end of memory, starting at address $000000. By considering the
size each component, provide the start and end address using the
appropriate hexadecimal value.
l
Device Description
Device Name
Amount of memory to
address
ROM Chip
ROM 1
RAM 1
4KB
RAM Chip
8KB
ROM Chip
ROM 2
4KB
Peripheral
PER 1
4 bytes
Peripheral
PER 2
2 bytes
2. Assume a very simple microprocessor with 12 address lines
Let's assume we wish to implement all its memory space and we use
517x8 memory chigs.
a. What is the size of the largest addressable memory?
1aa
H Q O B CEOE
Transcribed Image Text:Oeew s Sat DO D 4 Hene et e H P E Dei vi At D Metig eta O t TE Fie • REC In Net ASSIGNMENT 1. The table below presents a list of devices that are to be addressed in a certain memory space. They have been ordered in the manner in which S S they are to be addressed with the first component being placed on the upper end of memory, starting at address $000000. By considering the size each component, provide the start and end address using the appropriate hexadecimal value. l Device Description Device Name Amount of memory to address ROM Chip ROM 1 RAM 1 4KB RAM Chip 8KB ROM Chip ROM 2 4KB Peripheral PER 1 4 bytes Peripheral PER 2 2 bytes 2. Assume a very simple microprocessor with 12 address lines Let's assume we wish to implement all its memory space and we use 517x8 memory chigs. a. What is the size of the largest addressable memory? 1aa H Q O B CEOE
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