Cisco Systems, Inc. All rights reserved. Jad Njeim. ITE PC v Chapter 3. 1. Chapter 3: Computer. Assembly. IT Essentials: PC Hardware and Software. The central processing unit (CPU) and the heat sink/fan assembly may ing assembly before attempting to install a CPU into the socket on the. PDF | Desktop computer system been DIY (assembled) or Branded has become (documents file) and hardware from potential hazard.
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This is the print version of How To Assemble A Desktop PC Motherboard; CPU; Memory slots; Power supply; Graphics The SANS Institute provides a PDF guide called Windows XP: Surviving the First Day. Computer Hardware: Hardware Components and Internal PC Connections. You might see a specification for a PC 1 such as "containing an Intel i7 Hexa core www/public/us/en/documents/product-briefs/zzexpress-chipset-brief. pdf. 1. Chapter 3: Computer. Assembly – Step by. Step. IT Essentials: PC Hardware and Software v The CPU is secured to the socket on the motherboard with a .
Not Helpful 1 Helpful 3. You can find tons of information about circuit boards using online resources. I would suggest starting with YouTube to find instructional videos on circuit boards.
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Which motherboard size is the standard one? Answer this question Flag as Flag as Which motherboard size is the most standard one?
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Tips Read the instructions in CPU box. Keep all instruction manuals. Try to keep cables neat and tidy for best airflow Make sure you have an intake fan on the front of your PC and an exhaust fan on the back. Do not add too much thermal paste when installing CPU heatsink Always use an anti-static wristband. Warnings Do not turn the computer on until it is fully hooked up. Do not over press any component into its slot. Things You'll Need Motherboard. Edit Related wikiHows.
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Do NOT touch the heatsink base with your fingers. Some use screws, some are push-pins, some use latches, etc.
This is important as the connector could fit in many headers on your motherboard. This is usually in the drive bays near the front of the case or on the power supply basement if there are SSD mount there. Sometimes, you have to access the hard drive slots by accessing the other side of the computer case. Please refer to your manual to find out which sata port to use for optimum speed. Some cases are more complicated and you might need to check the case instructions.
Add 2 screws on each sides to secure it properly if tooless just look at mechanism to learn how to lock it. Any vibration from a loose installation will cause it to go slower. These ports can be position horizontal to the board so look carefully on the sides of the board. Route the cable to your disk drive and connect it to the SATA data port.
If you have many card, then the most powerful card usually the most expensive one should be the closest to the CPU, then the next most powerful should use the next closest PCIe slot and so on.
Note that some cards are wider and will require you to remove 2 PCI covers. If that's the case, open it now. If it doesn't seem to go in, please look at the motherboard slot and connectors to make sure that everything is correctly aligned. Store the slot cover in a safe place for future use. If you see a power connector, you'll need to route a matching power cable from your power supply to the video card and connect it. Some video cards have 2 power connectors, if so just repeat the process.
If it doesn't seem to go in, please look at the motherboard slot and connectors to make sure that everything aligns correctly.
Please do the assembly now. Make sure that if your motherboard or video card can run a maximum of 2, 3 or 4 monitors, you don't connect more than that.
Note: Make sure that the monitor that you'll use as your MAIN one is connected to the most powerful graphic processor available the video card closest to the CPU if you have one, otherwise connect it to the motherboard. You can re-arrange them by software later in Windows. Put them in a secure place for now. Holding each monitor with one hand while you manually add the 4 screws with the other hand and turn them a few times, just enough to secure the monitor so you can stop holding it and finish with a screwdriver.
Most cases also have a power button or switch, a reset button , and LEDs to indicate power, hard drive activity, and network activity in some models. Such a case will also normally include the wires needed to connect these ports, switches and indicators to the motherboard.
Major component locations[ edit ] The motherboard is usually screwed to the case along its largest face, which could be the bottom or the side of the case depending on the form factor and orientation.
Many larger ATX cases can also be used with motherboards of other form factors. The bottom of the case, with a often filtered vent in the bottom of the case allowing the PSU to draw cool air from the outside.
Regardless of the mounting position, the PSU will usually be attached to the case with four screws to support its weight. Most cases include drive bays on the front of the case; a typical ATX case includes 5. In modern computers, the 5. Vents are often found on the front, back, top, left side panel, and sometimes on the right side panel of the case. Regardless of their placement, their purpose is either to let cool air into the case, or to let hot air out.
Larger vents usually allow cooling fans to be mounted via surrounding threaded screw holes. Newer cases include mountings for larger mm or mm cooling fans for quieter operation than the 80mm fans formerly common. Internal access[ edit ] Accessing the interior components of a modern tower case is done by removing the side panels.
Looking front-to-back, accessing the motherboard, PSU, drive bays and most case fan installation points is done by removing the left side panel. Removing the right side panel is done less often to access the space behind the motherboard mounting plate. This space is devoted to cable management, as cables routed in front of the motherboard may disrupt the flow of air within the case causing increased temperatures.