Typically, a BUS consists of multiple communication paths or lines. Each line is capable of transmitting a signal representing binary 1 or binary 0. Which BUS is suitable as a path for moving data between CPU and memory? O a. The data BUS. O d. The address BUS. O b. Oc. The system BUS. The control BUS.

Typically, a BUS consists of multiple communication paths or lines. Each line is capable of transmitting a signal representing binary 1 or binary 0. Which BUS is suitable as a path for moving data between CPU and memory? O a. The data BUS. O d. The address BUS. O b. Oc. The system BUS. The control BUS.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter6: System Integration And Performance

Section: Chapter Questions

Problem 28VE

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Typically, a BUS consists of multiple communication paths or lines. Each line is capable of transmitting a signal representing binary 1 or binary 0. Which BUS is suitable as a path for moving data between CPU and memory? The data BUS. а. The address BUS. b. The system BUS. Ос. The control BUS. d.
Typically, a BUS consists of multiple communication paths or lines. Each line is capable of transmitting a signal representing binary 1 or binary 0. Which BUS is suitable as a path for moving data between CPU and memory? O a. The data BUS. O b. O C O d. The address BUS. The system BUS. The control BUS.
Typically, a BUS consists of multiple communication paths or lines. Each line is capable of transmitting a signal representing binary 1 or binary 0. Which BUS is suitable as a path for moving data between CPU and memory? The data BUS. Oa. The address BUS. Ob. The system BUS. Oc. Od. The control BUS.
Typically, a BUS consists of multiple communication paths or lines. Each line is capable of transmitting a signal representing binary 1 or binary 0. Which BUS is suitable as a path for moving data between CPU and memory? O a. The data BUS, Ob. The address BUS. Oc. The system BUS. Od. The control BUS.
2. The usual BUS structure used to connect the I/O devices is a. Star BUS structure b. Multiple BUS structure c. Single BUS structure d. Node to Node BUS structure
Which do you prefer, an asynchronous or a synchronous bus, and why in terms of CPU and memory usage? If there was a bus that kept going at the same speed all day and night, how would it affect your commute? Explain.
if ALE=0, that mean * the numbers on A7-A15 are high order address bus O all other options are false O the processor reset all buses O the numbers on ADO-AD7 are data bus the address & data bus become in tri-state status O all internal parts are reset O ADO-AD7 are address bus
Consider a memory of 64 locations and each location can store 4 bits of information a. What is the size of address bus in bits? b. What is the size of the data bus in bits? c. What is the size of memory in bytes?
The connection between the CPU and memory might be either a synchronous or an asynchronous bus. Which one is more nimble and quick? Outline the reasoning that led you to this decision.
Should the CPU-memory bus be synchronous or asynchronous? Is it best-performing? Why that choice?
A serial bus vs a parallel bus: what are the benefits and drawbacks?
Do you prefer a synchronous or an asynchronous bus when working with a computer's central processing unit and main memory?What time does the bus stop running, if at all? Explain.