Question

Describe in detail how a microprocessor works, functions and acts in a computer (You will need to review the Scott CPU videos to provide some context for this discussion). Then discuss how that relates to your preference and selection of a processor in computers (either personal or business). Finally, explain how the chosen processor would impact the way in which you use your device.

Answer 1

A processor is the brain of a computer which basically consists of ALU(Arithmetical and Logical Unit), Control Unit and Register Array. As refer, ALU performs all arithmetic and logical operations on the data received from input devices/memory. Register array also consists of a series of registers like accumulator (A), B, C, D and many more, which acts as temporary fast access memory locations for processing data and control unit controls the flow of instructions and data throughout the system.

So this is a brief definition of a processor after this we conclude that a microprocessor takes input from input devices, process it as per instructions given in the memory and produces output and microprocessor can move data from one memory location to another.

Example are given below:

• Intel 4004 – The First Microprocessor
• Intel 8085
• Intel 8086
• Intel Pentium 4
• Intel Core i7
• AMD Athlon

My preferences for a processor(personal or business) would be on the basis of specs and features matter and how they pertain to a computer’s usage. below is some discussion on processor preferences features:

For personal usage you should be focus on:

Frequency:

It is important to look at a CPU’s “instructions per clock” in addition to the frequency of the CPU. While frequency is still a good indication of how quickly a processor can perform, it is no longer the only factor that impacts the actual speed of a processor. In some cases, a CPU running at a lower frequency may actually perform better than a processor running at a higher frequency due to the infrastructure of the CPU.

Integrated Graphics Processing Units (GPUs):

If a processor does not have an integrated GPU, the computer can still display graphics if a separate graphics card is present or if the motherboard offers onboard video. If the computer will be used for graphics-intensive software and programs, then a CPU with an integrated GPU will likely not perform as needed.

Socket Compatibility:

The socket compatibility enables the interface between a motherboard and its CPU. If a motherboard has already been acquired, make sure that the processor installed is compatible with the motherboard’s socket.

I thinks this is enough for personal preferences but you have to check other features like core processor, cache memory and frequency also.

For business/corporative

Core:

When processors were running on a single core, that one core was responsible for handling all the data sent to the processor. As more cores are integrated into a processor, those cores are able to split up the processor’s tasks. This makes the processor faster and more efficient. Multi-core processors have become more popular as their availability has become increasingly common and software has been designed to utilize multi-core technology.

So we have to focus on core utility.

Thermal Design Power:

As we know, Processors generate heat. The thermal design power specification assigned to a CPU explains how much heat the processor is going to give off. If the CPU does not come with a cooling device or if the cooling device provided is not used, a device must be installed that can cool the system sufficiently. Overheating is a primary danger to a computer’s components.

And along these consider frequency, cost for small business, compatibility.

Thank you!

*Note: All your question will be answer above: