Week 3- Selection of CPU, RAM and Processor

 Choosing the right CPU is the biggest challenge for non-tech people in this century. When choosing a CPU, we can consider such as number of cycles a CPU can perform per second called (GHz), number of cores and its purpose, compatibility of processor with the CPU and the budget. After I completed chapters 3 and 4 in a book, and other materials that have various information about processors, RAM (DRAM) manufacturers, SSD, coolers, and overall CPU selections, I would like to summarize some of the points in this post.

Modern CPU's can process multiple commands in parts of commands in parallel. Intel and AMD have built in support for running more than one operating system at a time a process. (is called visualization) The CPU is composed of multiple chunks of circuitry to handle the many types of calculation our PC needs to do. When selecting a CPU you need to make certain the motherboard can accommodate or if you are buying a motherboard along with the CPU then get the right CPU for the intended purpose.  To increase the capability of the CPUs performance, it needs to have active cooling solutions.

Memory is most often referred to as primary storage on a computer, such as RAM (Random-Access Memory). Memory is also where information is processed. It enables users to access data that is stored for a short time. There are many manufacturers’ companies in the world.

Choosing the right core processor is important because the number of cores directly impacts on our computer's ability to handle multiple tasks simultaneously.  A higher core count is generally better for multitasking, demanding applications like video editing, and situations where we need to run several programs at once. More cores allow for smoother performance when juggling multiple processes, however calculating the budget and computer neediness of the users are the main things for consideration.

In conclusion, A CPU (central processing unit) relies on memory, primarily RAM, to store the data and instructions it needs to process, it means the memory acts as a temporary holding space for information that the CPU can quickly access.  The CPU fetches instructions and data from memory to perform calculations and operations, making them directly interdependent for computer functionality.

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