von Neumann vs Harvard Architecture MCQs

By: Prof. Dr. Fazal Rehman | Last updated: June 20, 2025

50 Score: 0 Attempted: 0/50 Subscribe
1. : Which architecture uses a single memory space for both data and instructions?





2. : What is the primary advantage of Harvard Architecture over von Neumann Architecture?





3. : In which architecture are instructions and data stored in separate memory units?





4. : Which architecture allows for simultaneous data and instruction fetches?





5. : Which architecture is characterized by a single system bus for both data and instructions?





6. : What is a key disadvantage of von Neumann Architecture?





7. : Which architecture is typically used in digital signal processors (DSPs)?





8. : In which architecture does the CPU fetch instructions and data through the same bus?





9. : Which architecture would likely have a more complex control unit due to separate buses for instructions and data?





10. : Which architecture typically results in a more efficient use of memory bandwidth?





11. : What does the von Neumann bottleneck refer to?





12. : Which architecture is more suitable for general-purpose computing?





13. : Which architecture allows for modification of program instructions during runtime?





14. : Which architecture uses separate caches for data and instructions?





15. : In which architecture is the fetch-execute cycle affected by data and instruction access times?





16. : Which architecture is known for its higher speed in execution due to separate pathways for data and instructions?





17. : Which architecture would you expect to find in most modern microcontrollers?





18. : Which architecture generally simplifies the CPU design by using a single memory space?





19. : Which architecture would likely require more complex instruction decoding?





20. : Which architecture supports parallel processing more effectively?





21. : Which architecture can lead to a bottleneck when data and instructions are accessed from the same memory?





22. : Which architecture is more commonly used in embedded systems and specialized processors?





23. : Which architecture has separate buses for fetching instructions and data?





24. : Which architecture is generally associated with simpler control logic due to its single memory model?





25. : Which architecture might be more advantageous for systems requiring high-speed data access and processing?





26. : Which architecture typically involves separate data and instruction memory spaces?





27. : Which architecture might experience delays due to shared memory access for data and instructions?





28. : Which architecture can offer better performance for applications with high instruction and data access rates?





29. : Which architecture might be more complex to implement due to the need for multiple memory interfaces?





30. : Which architecture is most commonly used in traditional desktop and server CPUs?





31. : Which architecture allows for easier modification of code during runtime?





32. : Which architecture is often found in academic and research environments due to its complexity and performance benefits?





33. : Which architecture typically results in a simpler overall system design?





34. : Which architecture provides a clear advantage in systems where data and instruction access are highly interleaved?





35. : Which architecture is generally more effective for processors with high-speed cache systems?





36. : Which architecture is characterized by having both data and instruction caches that can operate simultaneously?





37. : Which architecture often results in more straightforward programming and debugging due to its unified memory system?





38. : Which architecture is typically used in modern CPUs that require high performance and efficiency?





39. : Which architecture offers the advantage of reducing the time required to access instructions and data due to separate paths?





40. : Which architecture tends to be more cost-effective for general-purpose computing due to its simpler design?





41. : Which architecture would you most likely find in a digital signal processor (DSP)?





42. : Which architecture is more commonly associated with advanced embedded systems and real-time processing applications?





43. : Which architecture is often used in systems that require both high performance and flexibility?





44. : Which architecture generally involves the use of separate buses for memory and I/O operations?





45. : Which architecture would be more efficient for applications with high computational requirements and frequent data access?





46. : Which architecture is more likely to experience reduced performance due to memory access conflicts?





47. : Which architecture typically involves more complex hardware design due to separate instruction and data pathways?





48. : Which architecture would you expect to find in a general-purpose computer system that values cost-effectiveness and flexibility?





49. : Which architecture is best suited for applications requiring high throughput and parallel processing capabilities?





50. : Which architecture might provide better performance in systems with separate data and instruction memories, but at the cost of increased design complexity?





 

Read More Computer Architecture MCQs

  1. SET 1: Computer Architecture MCQs
  2. SET 2: Computer Architecture MCQs
  3. SET 3: Computer Architecture MCQs
  4. SET 4: Computer Architecture MCQs
  5. SET 5: Computer Architecture MCQs
  6. SET 6: Computer Architecture MCQs
  7. SET 7: Computer Architecture MCQs
  8. SET 8: Computer Architecture MCQs
  9. SET 9: Computer Architecture MCQs
 

Related Posts:

All Copyrights Reserved 2025 Reserved by T4Tutorials