 
			 
			MCQOPTIONS
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				This section includes 17 Mcqs, each offering curated multiple-choice questions to sharpen your Embedded Systems knowledge and support exam preparation. Choose a topic below to get started.
| 1. | Which of the following uses a linear line fill interfacing? | 
| A. | MC68040 | 
| B. | MC68030 | 
| C. | US 74707 B2 | 
| D. | Hyper Bus | 
| Answer» C. US 74707 B2 | |
| 2. | Which of the following is a Motorola’s protocol product? | 
| A. | MCM62940 | 
| B. | Avalon | 
| C. | Slave interfaces | 
| D. | AXI slave interfaces | 
| Answer» B. Avalon | |
| 3. | Which of the following uses a wrap around burst interfacing? | 
| A. | MC68030 | 
| B. | MC68040 | 
| C. | HyperBus | 
| D. | US 5729504 A | 
| Answer» C. HyperBus | |
| 4. | WHICH_OF_THE_FOLLOWING_USES_A_WRAP_AROUND_BURST_INTERFACING??$ | 
| A. | MC68030 | 
| B. | MC68040 | 
| C. | HyperBus | 
| D. | US 5729504 A | 
| Answer» C. HyperBus | |
| 5. | Which of the following uses a linear line fill interfacing?$ | 
| A. | MC68040 | 
| B. | MC68030 | 
| C. | US 74707 B2 | 
| D. | Hyper Bus | 
| Answer» C. US 74707 B2 | |
| 6. | Which of the following is a Motorola’s protocol product?$# | 
| A. | MCM62940 | 
| B. | Avalon | 
| C. | Slave interfaces | 
| D. | AXI slave interfaces | 
| Answer» B. Avalon | |
| 7. | Which of the following protocol matches the MC68040? | 
| A. | MCM62486 | 
| B. | US 5729504 A | 
| C. | HyperBus | 
| D. | MCM62940 | 
| Answer» E. | |
| 8. | Which of the following protocol matches the Intel 80486? | 
| A. | MCM62940 | 
| B. | MCM62486 | 
| C. | US 74707 B2 | 
| D. | Hyper Bus | 
| Answer» C. US 74707 B2 | |
| 9. | In which memory does the burst interfaces act as a part of the cache? | 
| A. | DRAM | 
| B. | ROM | 
| C. | SRAM | 
| D. | Flash memory | 
| Answer» D. Flash memory | |
| 10. | How can gate delays be reduced? | 
| A. | synchronous memory | 
| B. | asynchronous memory | 
| C. | pseudo asynchronous memory | 
| D. | symmetrical memory | 
| Answer» B. asynchronous memory | |
| 11. | What type of timing is required for the burst interfaces? | 
| A. | synchronous | 
| B. | equal | 
| C. | unequal | 
| D. | symmetrical | 
| Answer» D. symmetrical | |
| 12. | In which of the following access, the address is supplied? | 
| A. | the first access | 
| B. | the second access | 
| C. | third access | 
| D. | fourth access | 
| Answer» B. the second access | |
| 13. | How many clocks are required for the first access in the burst interface? | 
| A. | 1 | 
| B. | 2 | 
| C. | 3 | 
| D. | 4 | 
| Answer» C. 3 | |
| 14. | Which of the following memory access can reduce the clock cycles? | 
| A. | bus interfacing | 
| B. | burst interfacing | 
| C. | dma | 
| D. | dram | 
| Answer» C. dma | |
| 15. | How did burst interfaces access faster memory? | 
| A. | segmentation | 
| B. | dma | 
| C. | static column memory | 
| D. | memory | 
| Answer» D. memory | |
| 16. | Which of the following makes use of the burst fill technique? | 
| A. | burst interfaces | 
| B. | dma | 
| C. | peripheral interfaces | 
| D. | input-output interfaces | 
| Answer» B. dma | |
| 17. | Which of the following include special address generation and data latches? | 
| A. | burst interface | 
| B. | peripheral interface | 
| C. | dma | 
| D. | input-output interfacing | 
| Answer» B. peripheral interface | |