1. Prepare the motherboard:
2. Prepare CPU and fan:
Mainboard CPU must be supported BUS
3. Prepare RAM:
RAM Mainboard must be supported in types and BUS
4. Prepare Video Card:
Video card must be Native support for interfaces such as AGP, PCI or PCI Express.
5. Prepare your hard drive:
Note if the hard drive SATA, SCSI can have one of the motherboard does not support.
6. Prepare the optical drive CD ROM or DVD ROM:
7. Prepare the source:
Typically from 400 to 500W is enough.
8. Prepare the chassis - Case:
9. Prepare the hard drive cable, CD - DVD ROM drive, SATA hard drive cable, power cable for the SATA hard drive:
10. Insert the CPU into the motherboard:
CPU fill-up.
11. Place the CPU into the socket:
Note: You can not set backwards because Socket is somewhat coincides with the part with the CPU.
12. Lower required down to keep the CPU:
13. Apply a little grease on the back of the CPU heatsink:
14. Insert the cooling fan for the CPU into place:
15. Indian middle of the 4 corners key cooling fans down:
16. Insert the memory module on the motherboard:
If you use two modules are the same type, providing bus speed.
17. Insert Video Card in the slot PCI, PCI Express or AGP slots depending on type:
Pictured is PCI Express Video Card.
18. Supply power to the motherboard:
19. Note dimensional power adapter cable:
Note the trigger knob, view photos (red circled area), must match the slot on the motherboard:
20. Fiber source plug CPU power 4:
21. When the power adapter 4 must also pay attention dimensional fiber plug:
22. Circus on the screen. 1 Use metal objects such as a screwdriver or pint where PWR SW short 2 pins on the motherboard to start the test:
If there is a short beep (Mainboard must have its own speaker or speaker plugs for motherboard) for a few seconds after turning on the power, it proves the equipment was functioning properly.
23. The screen displayed the BIOS version proved devices were assembled correctly.
24. Remove sources and Video Card out, leaving only the CPU and RAM on the motherboard to prepare chassis inserted:
25. Insert the rear chassis shields:
26. Prepare screws to support the motherboard:
27. Insert the screws to support the motherboard at locations which have pores Mainboard Building:
28. Place the motherboard into place in the chassis:
29. Getting the screws to hold the motherboard:
Do not screw too tightly will be dashed Mainboard.
30. Put the sources into chassis and screwed to the screws:
31. Insert the hard drive into place:
32. Getting 4 screws to hold the hard drive:
33. Insert the CD ROM or DVD ROM:
Note the correct way to put as illustrations:
34. Wiring source for SATA hard drive:
35. Note the direction of the power cord connector L-shaped lock:
36. Fight the power cable for the hard drive:
37. Circus signal cables for SATA hard drive:
38. You can not reverse the cable because the cable has an L-shaped lock:
39. The other end of the cable match the signal to the hard drive:
40. Circus signal cable for a CD ROM or DVD ROM IDE slot:
Cable theft usually have 3 legs, divided 2 paragraph 1 short and 1 long piece over, let's steal a long piece of string to the motherboard. If you plug in an optical drive which may be still running but will be very poor.
Note: Some optical drives use the SATA interface.
41. Plug one end of the cable signal into an optical drive:
42. Power supply for optical drive:
43. Fight the power switch wiring, signal lights ... on Mainboard HDD:
44. The LED strings can distinguish yin and yang way, the white wire is the negative wire, rope green, red or orange wire is positive:
45. The speaker wires and switches do not distinguish yin and yang way:
46. Stolen Video Card into the slot expansion:
With the Video Card today are often the PCI Express interface, and you can not plug in the wrong slot if other communication standards.
47. Insert the card into the PCI slot Net:
If your motherboard supports .NET Card, they may not need to plug this card. Most motherboards available today support NET Card on board.
48. Now that you've assembled computer. Electrical plug and turn on the power switch on. If the machine emits 1 short beeps (if your motherboard has speakers) and the current version of the BIOS screen, it means that you have successfully assembled!
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