Discuss the limitations and trade-offs in increasing the pipeline depth in a CPU. What factors should be considered when determining the optimal pipeline depth?
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Discuss the limitations and trade-offs in increasing the pipeline depth in a CPU. What factors should be considered when determining the optimal pipeline depth?
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- If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the fetch cycle is 40% of the processor cycle time, what memory access speed is required to implement load operations with zero wait states and load operations with two wait states?What are the trade-offs involved in increasing the depth of a pipeline in a CPU design?Explain the three pipelining hazards that can stall a CPU pipeline.
- What is the impact of pipeline flushes and stalls on CPU performance, and how are they managed?Describe the stages of instruction pipelining in a typical CPU architecture. What are the potential hazards or bottlenecks in a pipeline?Describe the concept of pipelining in CPU architecture. How does instruction pipelining improve processing speed, and what are its potential drawbacks?
- Why are there limitations to increasing pipeline depth, even though it might seem to increase instruction throughput?Pipelined execution without balanced pipeline instruction execution time? Inefficiency?How does instruction pipelining improve the performance of a CPU, and what are the potential challenges in pipeline design?
- Describe the concept of instruction pipelining in a CPU. What are hazards in pipelining, and how can they be resolved?Pipelining is used because it improves instruction throughput, increasing the level of pipelining cuts the amount of work performed at each pipeline stage, allowing more instructions to exist on the processor at the same time and individual instructions to complete at a more rapid rate. However, throughput will not improve as pipelining is increased indefinitely. Give two reasons for this.How does the use of multiple instruction pipelines (e.g., dual-issue, quad-issue) impact CPU performance, and what are the trade-offs involved?