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What else can I help you with?
How many threads can be run on a single CPU pipeline?
5
A CPU uses a series of actions to complete a task What is this series of actions called?
Pipeline
The CPU uses a series of actions to complete a taskWhat is this series of action called?
Pipeline
In which microprocessor does the concept of pipeline first introduced?
In 8086 pipeline concept was introduced bcoz in 8086 we started using a buffer space which fetches the instruction at the same time when CPU processes
What option interfaces with the memory controller chip to get lines of code into the CPU?
Pre-fetch - a component of the pipeline interfaces with the MCC (Memory Controller Chip) to get lines of code into the CPU
What is the advantage of 8087?
The 8087 is a numeric coprocessor that enhances the computational power of a system by offloading complex floating-point calculations from the main CPU. This improves the performance of mathematical operations, especially in scientific and engineering applications.
If the performance of your CPU is much lower than that of the reference comparables how can you imporve your CPUs performance?
It might not be your CPU at fault, maybe your other hardware can't keep up with your CPU and your CPU has to slow down for them. If you think that this is not the case, you can always go to your bios and overclock your CPU.
What are the speed of CPU?
The CPU speed, and processor speed is the amount of cycles that a CPU can perform per second.CPU speed is not a good indicator of CPU performance.
Which factors will least affect the performance of the CPU?
The performance of a CPU is least affected by its age, its size and weight. Performance is instead determined by model, clock speed and size of cache.
What improvement(s) have CPU manufacturers put into processors to deal with pipeline stalls?
Added multiple pipelines
What is the performance advantage in having device drivers and devices synchronize by means of device interrupts?
Using device interrupts for synchronization between device drivers and devices enhances performance by allowing the CPU to execute other tasks instead of polling for device readiness. This event-driven approach reduces CPU usage and latency, as the CPU can respond instantly when an interrupt signals that the device requires attention. Consequently, it improves overall system efficiency, enabling better multitasking and responsiveness in applications.
What is the difference between pipelined and non pipelined processor?
"Pipelining", in the context of a processor, means that the CPU scheduler creates a specific list of linked instructions (actions) to be fed to the computation units to work. Generally speaking, this list is a series of actions which require the successful completion of the prior one - so, action A completes, then action B takes the output from A and does something, while action C then does something with the output of B, etc.Pipelining can bring significant performance benefits, as each successive action finds all its prerequisites already satisfied, so the action is ready to go immediately.The pipeline is filled by the CPU scheduler from a pool of work which is waiting to occur. Each execution unit has a pipeline associated with it, so as to have work pre-planned.In a non-pipelined CPU, the scheduler merely chooses from the pool of waiting work each time an execution unit signals it is free.Pipelined CPUs are significantly more efficient than non-pipelined CPUs, provided the scheduler can keep the pipeline full. If work on an execution unit produces an output that the scheduler had not predicted (i.e. a jump rather than a computation output), then the pipeline stalls, and it has to be completely emptied, while the scheduler reorders work to account for the new outcome.Thus, the efficiency of a pipelined CPU is entirely dependent on the CPU scheduler's effectiveness at predicting the outcome of each instruction (action). If the workload is such that the predictive scheduler can't do a good job, and frequent pipeline stalls occur, then it will often be the case that a non-pipelined design will perform better on that workload.The tradeoff is thus: the longer the instruction pipeline for an execution unit, the better performance that unit can have, but the harder (and more complex) the work is for the predictive scheduler, and the greater the cost (in terms of performance hit) that a pipeline stall is.
