In this tutorial I will explain How
to Assemble the computer, as we know Assembling a computer is something that is
fun for those who like the computer assembly. Before you start assembling your
computer, then prepare the first of its components, such as chassis (including
power supply), motherboard, processor, heatsink and fan, memory, graphics card
(VGA / AGP), hard disk, CDROM / DVDROM, floppy disk drives, monitors, speakers,
keyboard and mouse. In addition to the above components, also prepared a CD and
CD drivers and operating system software is required. Prepare also a variety of
hand tools such as screwdrivers, pliers and tweezers. Steps to assemble the PC
in general is as follows.
1. Preparing and Observing Motherboard.
a. Prepare the motherboard and observe the parts carefully. If necessary write the components on them for more details.
b. Seteleh processor socket lock it open.
2. Take Processor.
a. Note that the processor has a mark on one corner, in this case usually marked with indentations, holes or darts.
b. Skewer sign with markings on the processor socket.
c. If you do the above correctly, then the processor will be incorporated into socketnya properly.
d. Lock the socket again, by pressing the lever down and hook the existing lock.
3. Installing Heatsink and Cooling Fan.
a. Heatsink and fan are already strung together into one, so we just stay put and to set it up is easy.
b. Before installing, note the position of the power cord for the fan power connector location. Find the shortest distance that the power cable is not in contact with the fan.
c. In this example the Pentium 4 heatsink cooling times this form is round and there are 4 on 4 point locking around the cooler.
d. Install the heatsink is a way to put it right on top of the processor and the motherboard cooling Sesuikan stand there.
e. Key 4 points on the air by way of press and turn clockwise using a screwdriver plus (+).
4. Installing the Memory
a. To install memory, then open the lock on the second memory slot on the motherboard side.
b. Perhatihkan that each memory chip has a slit on the bottom side. In practice this time we use the double data rate random access memory (DDRAM). There are other types of RAM, but currently hard to find in the market in new condition called syncronous dynamic random access memory (SDRAM).
c. Match this gap with a memory slot. If you were forced to install memory in the wrong direction, it can damage the memory or the motherboard.
d. Press the memory chips on both sides so you hear a "click", and the latch will close by itself.
5. Setting Casing.
a. Prepare the chassis to be used.
b. Put on the table or other places that are considered safe.
c. Remove the screws on the back, and then open the side panel with caution, as in the picture below.
d. Match the position of the motherboard with the existing holder in the casing.
e. Make sure the legs will support you in the motherboard that requires strong pressure, such as the processor socket or slot memory. Do not forget any existing motherboard mounting bolt holes must be given the screws / bolts, so a strong position (not wobbly).
6. Installing the Motherboard.
a. Prepare screws used and screwdriver, then attach your motherboard correctly on the stand provided.
b. Strengthen (rotate clockwise) all the screws used for the motherboard is good and right.
7. Prepare Hard Drive
a. Take your hard drive, and note the jumper. In the jumper will there is a choice Master, Slave or Cable Select. This information can be found on the surface of the disk.
b. Attach jumper in accordance with the desired position. If you need to prepare a pair of tweezers to pull out and put the jumper on the hard drive.
8. Replacing the hard drive to the chassis.
a. Some chassis manggunakan bracket system that can be removed to facilitate the installation of hard drives and floppy drives.
b. Choose the appropriate screws, do not get too big or too long, and attach the mounting screws on the hard drive properly.
9. Connecting the hard drive to the motherboard.
a. Note that there are two types of IDE data cable, which is 40-wire and 34-wire. 40-wire cable is used to drive, and the 34-wire cable is used for the floppy disk drive (FDD).
b. Data cabling should not be reversed. On one side there is usually a cable with red color indicating pin number 1.
1. Preparing and Observing Motherboard.
a. Prepare the motherboard and observe the parts carefully. If necessary write the components on them for more details.
b. Seteleh processor socket lock it open.
2. Take Processor.
a. Note that the processor has a mark on one corner, in this case usually marked with indentations, holes or darts.
b. Skewer sign with markings on the processor socket.
c. If you do the above correctly, then the processor will be incorporated into socketnya properly.
d. Lock the socket again, by pressing the lever down and hook the existing lock.
3. Installing Heatsink and Cooling Fan.
a. Heatsink and fan are already strung together into one, so we just stay put and to set it up is easy.
b. Before installing, note the position of the power cord for the fan power connector location. Find the shortest distance that the power cable is not in contact with the fan.
c. In this example the Pentium 4 heatsink cooling times this form is round and there are 4 on 4 point locking around the cooler.
d. Install the heatsink is a way to put it right on top of the processor and the motherboard cooling Sesuikan stand there.
e. Key 4 points on the air by way of press and turn clockwise using a screwdriver plus (+).
4. Installing the Memory
a. To install memory, then open the lock on the second memory slot on the motherboard side.
b. Perhatihkan that each memory chip has a slit on the bottom side. In practice this time we use the double data rate random access memory (DDRAM). There are other types of RAM, but currently hard to find in the market in new condition called syncronous dynamic random access memory (SDRAM).
c. Match this gap with a memory slot. If you were forced to install memory in the wrong direction, it can damage the memory or the motherboard.
d. Press the memory chips on both sides so you hear a "click", and the latch will close by itself.
5. Setting Casing.
a. Prepare the chassis to be used.
b. Put on the table or other places that are considered safe.
c. Remove the screws on the back, and then open the side panel with caution, as in the picture below.
d. Match the position of the motherboard with the existing holder in the casing.
e. Make sure the legs will support you in the motherboard that requires strong pressure, such as the processor socket or slot memory. Do not forget any existing motherboard mounting bolt holes must be given the screws / bolts, so a strong position (not wobbly).
6. Installing the Motherboard.
a. Prepare screws used and screwdriver, then attach your motherboard correctly on the stand provided.
b. Strengthen (rotate clockwise) all the screws used for the motherboard is good and right.
7. Prepare Hard Drive
a. Take your hard drive, and note the jumper. In the jumper will there is a choice Master, Slave or Cable Select. This information can be found on the surface of the disk.
b. Attach jumper in accordance with the desired position. If you need to prepare a pair of tweezers to pull out and put the jumper on the hard drive.
8. Replacing the hard drive to the chassis.
a. Some chassis manggunakan bracket system that can be removed to facilitate the installation of hard drives and floppy drives.
b. Choose the appropriate screws, do not get too big or too long, and attach the mounting screws on the hard drive properly.
9. Connecting the hard drive to the motherboard.
a. Note that there are two types of IDE data cable, which is 40-wire and 34-wire. 40-wire cable is used to drive, and the 34-wire cable is used for the floppy disk drive (FDD).
b. Data cabling should not be reversed. On one side there is usually a cable with red color indicating pin number 1.
Tidak ada komentar:
Posting Komentar