Superscalar example sentences

"Superscalar" Example Sentences

1. Superscalar processors can execute multiple instructions in parallel.
2. Modern superscalar processors can issue multiple instructions per cycle.
3. Superscalar processors are designed to exploit instruction-level parallelism.
4. Superscalar architectures make use of multiple functional units to execute instructions.
5. Superscalar processors can execute multiple instructions simultaneously.
6. A superscalar processor can execute multiple instructions in the same cycle.
7. Superscalar processors use multiple functional units to execute instructions.
8. Superscalar processors are designed to increase instruction-level parallelism.
9. A superscalar processor can execute multiple instructions in parallel in the same cycle.
10. Superscalar processors can execute multiple instructions in the same clock cycle.
11. Superscalar processors are designed to exploit instruction-level parallelism by executing multiple instructions in parallel.
12. Superscalar processors allow for multiple instructions to be executed in parallel.
13. Superscalar processors have multiple functional units that can execute instructions in parallel.
14. Superscalar processors use multiple functional units to execute instructions in parallel.
15. Superscalar processors can execute multiple instructions in the same clock cycle, using multiple functional units.
16. By utilizing multiple functional units, superscalar processors can execute multiple instructions in parallel.
17. Superscalar processors can execute multiple instructions in the same clock cycle by using multiple functional units.
18. Superscalar processors are designed to increase instruction-level parallelism by executing multiple instructions in parallel.
19. Superscalar processors are capable of executing multiple instructions in the same cycle.
20. Superscalar processors can use multiple functional units to execute multiple instructions in parallel.

Common Phases

Instruction Level Parallelism; Out-of-Order Execution; Register Renaming; Data Prefetching; Memory Disambiguation.