adplus-dvertising
frame-decoration

Question

In memory-mapped I/O…

a.

The I/O devices and the memory share the same address space

b.

The I/O devices have a seperate address space

c.

The memory and I/O devices have an associated address space

d.

A part of the memory is specifically set aside for the I/O operation

Answer: (a).The I/O devices and the memory share the same address space

Engage with the Community - Add Your Comment

Confused About the Answer? Ask for Details Here.

Know the Explanation? Add it Here.

Q. In memory-mapped I/O…

Similar Questions

Discover Related MCQs

Q. The usual BUS structure used to connect the I/O devices is

Q. The advantage of I/O mapped devices to memory mapped is

Q. The system is notified of a read or write operation by

Q. To overcome the lag in the operating speeds of the I/O device and the processor we use

Q. The method of accessing the I/O devices by repeatedly checking the status flags is

Q. The method of synchronising the processor with the I/O device in which the device sends a signal when it is ready is

Q. The method which offers higher speeds of I/O transfers is

Q. The process where in the processor constantly checks the status flags is called as

Q. The interrupt-request line is a part of the

Q. The return address from the interrupt-service routine is stored on the

Q. The signal sent to the device from the processor to the device after recieving an interrupt is

Q. When the process is returned after an interrupt service ______ should be loaded again
i) Register contents
ii) Condition codes
iii) Stack contents
iv) Return addresses

Q. The time between the receive of an interrupt and its service is ______

Q. Interrupts form an important part of _____ systems.

Q. ______ type circuits are generally used for interrupt service lines

i) open-collector
ii) open-drain
iii) XOR
iv) XNOR

Q. The resistor which is attached to the service line is called _____.

Q. An interrupt that can be temporarily ignored is

Q. The 8085 microprocessor respond to the presence of an interrupt

Q. CPU as two modes privileged and non-privileged. In order to change the mode from privileged to non-privileged

Q. Which interrupt is unmaskable…??