Building A Computer System For A Home User

1.) With all materials gathered, start by plugging the Power Supply Unit (PSU) into a free plug, making sure the PSU is switched to 6V.

The BIOS is at the start of the pc you can hit F10 on my pc it will bring BIOS up. In the BIOS menu if gives you options to give what order you would like hard drives of disk drives to boot up first when turning on your pc. It is also used to control the keyboard. This is a chip that is standard on all motherboards .

CPU (Central Processing Unit): processor is the brain of a computer and it does all the calculations of the computer.

The final major component you’ll need is the power supply. This does just as the name implies, it powers the computer. Depending on what you plan on using the computer for will determine the “size” of power supply you’ll need. Just as I said with picking the case, wait to pick this out until you figure out how much power you’ll need.

Turning on the ps4. External: I press the power to turn on the ps4. Internal: The power button is connected to the motherboard and the operating unit, which controls the setting of the console and its system.

After that, literally kicking the kickstand which located at left side bottom part of the body cover.

You will now want to turn the computer monitor on its side and remove the top of the casing so that you can clearly see the motherboard. You may be able to do this by hand, but it might require a screwdriver.

Try not to endeavor to completely uproot the motherboard as it is still joined to the inside mid-frame by the Micro-USB port daughterboard connector. Lay the motherboard on a clean level surface and backing the inside mid-frame with one hand, leaving the other hand allowed to chip away at the motherboard as like in image.

Storage Devices connect to the motherboard using AT Attachment (ATA). Like RAM, ATA use busses to transfer data. Older storage devices use PATA (Parallel ATA), which have a bus width of 16 bits (2 bytes) and as such have slow data transfer speeds (up to 133 Mbit/s). The more modern SATA (Serial ATA) was released January 7, 2003, and has much higher transfer speeds. As of now, five types of SATA are available: SATA 1.0 (1.5Gbit/s), SATA 2.0 (3Gbit/s), SATA 3.0 (6Gbit/s), SATA 3.1 and SATA 3.2.

Case, a first thing that one sees when looking at a computer, is important for many reasons. Primarily it is a box of metal that protects the parts inside from dust, damage, liquids, etc., but also can be a way in which the user can express himself or herself. There is a popular trend among PC builders to show off their rigs and let others express their opinions about the work they have created. As a matter of fact, there are events held all over the world where people make changes to the cases to match certain theme or design. This practice is called modding and it is exciting as you can create a case that no one else has and that will match your personality. Some modders are truly amazing at what they do and as many say “case modding can quickly become addictive. Once you start, it’s difficult to stop” (PC Gamer. 2015). People have different styles and there is something for everyone- from simple and clean design to abstract and complicated one. Also cases come in many different sizes from very small mini-ITX to very big full towers, depending on what will be the computer’s purpose. This essay will talk about a mid-tower PC case NZXT H440, company background and product’s circuit of culture.

Next are the RAM modules. the ram count might be more than one but that's fine. if it's more than 1 you will have to configure it in the bios after the build is complete. okay, now just fit the ram in its own slot. it should be right beside the processor socket. Now your motherboard is all good to go in the case! lift up the motherboard and hover it over the case. there should be some screw holes that match up to the ones on the motherboard. Carefully lower it down and secure it with screws. Part 2 is complete! you are halfway there! next is to install the hard drive. on the back of the case, there should be a separate slot for the hard drive. it should have brackets that adjust to your hard drives' size. adjust it and pull out a SATA connection from the hard drive box. this should plug right into the base of the motherboard. next, we will have to route all the connections from the power supply and the connections from the case for the lights, power button, the USB ports and the case fans. the cabling in the case should come bundled. all you need to do is find the numbers on the cables and match them up to the motherboard. *The next part is if you have a graphics card. a graphics card isn't necessary unless you plan to do some heavy gaming. but if u do have one, you should line up the golden part under the graphics card to the one on the motherboard. keep pushing it in until you hear a click and it held on firmly. screw in the graphics card to keep it secure.

Have you ever wondered what all the cords in the back of the computer where? Well if you take this course it will teach you that also. The student will learn how to unplug the computer by hand in the proper way. Not just unplugging the cords and yanking them out no there is a sequence. Then they will learn how to plug up the computer properly. How to put the cords back in the computer and the user will learn what the cords

My solution to solve this challenging project was by asking for help. I was unsure and very scared if I wanted to build a computer because one mistake in the computer parts

     You will know want to take your RAM and place them in the slots they were designed for on the PC board. You will then want to take the IDE cable that came with the case and plug it into the PC board where the IDE 1 is labeled. You will then take the other end of the cable and plug it into your CD-ROM. Continue to plug the middle of the cable into your hard drive making

This information and instructions for the CPU are stored in Random Access Memory (RAM). This memory is the next hardware component for a bare bones PC referred to as the main memory. The CPU has direct access to any instructions for programs to be executed that are in the main memory and only in the main memory. The main memory is volatile which means it can only store data or instructions when the computer is powered on. The device that stores data when the PC is powered off is the hard drive. It is the computers primary method of storage. Another way it stores memory is through the floppy drive. This form of memory is removable.