Memory implementation load in 16 Memory 0 RAM (16K) 16,383 16,384 Screen address (8K memory 15 map) 24,575 24,576 Keyboard Usage: out 16 Hello, world Addresses 0-16,383: data memory Addresses 16,384-24,575: screen memory map Address 24,576: keyboard memory map When interacting with the Memory chip, how can it differentiate between an address for the screen memory map, the keyboard register, and RAM16? What are the bus sizes for each chip in Memory.hdl? What does the load pin accomplish? How is it used for the Memory chip? ☐ Play through scenarios for the value of load and what SHOULD happen to each part of memory. How can the chip differentiate where load should go?
Memory implementation load in 16 Memory 0 RAM (16K) 16,383 16,384 Screen address (8K memory 15 map) 24,575 24,576 Keyboard Usage: out 16 Hello, world Addresses 0-16,383: data memory Addresses 16,384-24,575: screen memory map Address 24,576: keyboard memory map When interacting with the Memory chip, how can it differentiate between an address for the screen memory map, the keyboard register, and RAM16? What are the bus sizes for each chip in Memory.hdl? What does the load pin accomplish? How is it used for the Memory chip? ☐ Play through scenarios for the value of load and what SHOULD happen to each part of memory. How can the chip differentiate where load should go?
Chapter4: Processor Technology And Architecture
Section: Chapter Questions
Problem 1RP
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Please help me answer these using the provided diagram for context
Transcribed Image Text:Memory implementation
load
in
16
Memory
0
RAM
(16K)
16,383
16,384
Screen
address
(8K memory
15
map)
24,575
24,576
Keyboard
Usage:
out
16
Hello,
world
Addresses 0-16,383: data memory
Addresses 16,384-24,575: screen memory map
Address 24,576: keyboard memory map
When interacting with the Memory chip, how can it
differentiate between an address for the screen memory
map, the keyboard register, and RAM16?
What are the bus sizes for each chip in Memory.hdl?
What does the load pin accomplish?
How is it used for the Memory chip?
☐ Play through scenarios for the value of load and what
SHOULD happen to each part of memory. How can the
chip differentiate where load should go?
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