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The classification of BUSes into synchronous and asynchronous is based on
- a)The devices connected to them
- b)The type of data transfer
- c)The Timing of data transfers
- d)None of the mentioned
Correct answer is option 'C'. Can you explain this answer?
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The classification of BUSes into synchronous and asynchronous is based...
Answer: c
Explanation: The BUS are classified into different types for convenience of use and depending on the device.
Explanation: The BUS are classified into different types for convenience of use and depending on the device.
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The classification of BUSes into synchronous and asynchronous is based...
Classification of BUSes into Synchronous and Asynchronous
The classification of BUSes into synchronous and asynchronous is based on the timing of data transfers.
Synchronous BUSes
- In synchronous BUSes, data transfer occurs at fixed intervals of time.
- The devices connected to the BUS are synchronized with a clock signal.
- The clock signal is generated by a master device and is used to control the timing of data transfers.
- All devices connected to the BUS must operate at the same clock frequency.
Asynchronous BUSes
- In asynchronous BUSes, data transfer occurs at irregular intervals of time.
- The devices connected to the BUS do not rely on a clock signal to control the timing of data transfers.
- Instead, the devices use handshaking signals to indicate when data is ready to be transferred.
- Asynchronous BUSes are slower than synchronous BUSes due to the overhead of handshaking signals.
Conclusion
Therefore, the classification of BUSes into synchronous and asynchronous is based on the timing of data transfers. Synchronous BUSes use a clock signal to synchronize devices and data transfers occur at fixed intervals of time. Asynchronous BUSes use handshaking signals to control the timing of data transfers and are slower than synchronous BUSes.
The classification of BUSes into synchronous and asynchronous is based on the timing of data transfers.
Synchronous BUSes
- In synchronous BUSes, data transfer occurs at fixed intervals of time.
- The devices connected to the BUS are synchronized with a clock signal.
- The clock signal is generated by a master device and is used to control the timing of data transfers.
- All devices connected to the BUS must operate at the same clock frequency.
Asynchronous BUSes
- In asynchronous BUSes, data transfer occurs at irregular intervals of time.
- The devices connected to the BUS do not rely on a clock signal to control the timing of data transfers.
- Instead, the devices use handshaking signals to indicate when data is ready to be transferred.
- Asynchronous BUSes are slower than synchronous BUSes due to the overhead of handshaking signals.
Conclusion
Therefore, the classification of BUSes into synchronous and asynchronous is based on the timing of data transfers. Synchronous BUSes use a clock signal to synchronize devices and data transfers occur at fixed intervals of time. Asynchronous BUSes use handshaking signals to control the timing of data transfers and are slower than synchronous BUSes.
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The classification of BUSes into synchronous and asynchronous is based ona)The devices connected to themb)The type of data transferc)The Timing of data transfersd)None of the mentionedCorrect answer is option 'C'. Can you explain this answer?
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