Tutorial How to install CPU with practical and easy

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How to install a CPU-after a lot of keywords find the trick to install CPU, how to make a surefire CPU, steps to install CPU, CPU installation tutorial and so on a search engine may Tutrial install this CPU that you mean. W

ell in this article will be explained step by step. In fact the installation of microprocessors is not a complicated process but microprocessors should be handled with more attention. There are two main interfaces to existing CPU types. That is using socket type and slot type as shown below


Socket 7 has become a standard interface, although the system is now used mostly different sockets. This Interface has been used by at least one generation Intel Pentium processor chip, Pentium I, as well as AMD and Cyrix, as in Intel P24T, P24D, 80486DX4, 80486DX2/DX/SX-SL, 80486DX2/DX/SX, AMD AM486DX4/DX2/DX, Cyrix CX486DX2/DX/S, and 5X86, installed on the motherboard through a particular model socket, which is commonl

y referred to as Socket 3. This technology is long enough so it seems unlikely The slot-type Interface uses a slot similar to the additional card (

expansion). Slot 1 is a Single Edge Contact (SEC) interface that is only used by the Intel Pentium II processor family.

The SEC is a cartridge that contains a CPU and a L2 storage chip. The CPU installation varies depending on the processor used in addition to the interface type. In this chapter will be given instructions on how to install the socket

chip 7. Newer types of socket interfaces are developed from Socket 7, but differ on the number of pins owned. Newer technologies, as well as socket A and 370 sockets are installed using the same basic steps as Socket 7.

The steps of installing the

CPU almost all 7 socket systems use the socket with a pusher-zero force, commonly known as "ZIF". To install a socket 7 or similar chip, follow the following common procedure.

Step 1 be

fore, turn off the chip and pay attention to the pins to make sure that nothing is broken. All the pins should keep pointing ou

t. Step 2

Put the chip by placing pin 1 on the chip and socket. Note that pin 1 on the chip is always marked. The sign may be slightly different for different chips. In the same itself, pin 1 is generally recognized from the pull on either side, the large number "1" or sometimes the arrow on the motherboard indicating at the specified socket

angle. As always, be sure with the motherboard guidelines as an additional guide. Align pin 1 on the chip with pin 1 on the socket for proper mounting. Align pin 1 on the chip with pin 1 on the socket for proper mounting.

Step 3 afte

r installing the chip, open the ZIF socket. Move the lever slightly away from the socket from its initial position and set up in an open position. A slight obstacle when lifting the lever is ordinary. When it is fully lifted, the top ZIF socket will shift

. Step 4

With an open socket, now is the time to insert the processor. Align pin 1 in the direction described in step 2. Insert the processor chip into the socket so that the entire pin enters the appropriate

hole. With any ZIF socket, the pinCPU can easily fit into the right hole on the socket. Generally, the chip only moves in one direction. Avoid forcing the processor to insert into the socket as it will damage the pin.

Step 5

Check to make sure there is no gap between the bottom of the CPU chip with socket. If there is a gap then the processor chip needs to be reinstalled. Step 6Lastly, to secure the mounted chip, push the lever carefully down until the position closes. There may be little difficulty, but ZIF lever and socket are still fairly easy to close.

Once the CPU is installed next set up CPU voltage, the information required for the voltage setting is in the "Jumper Setting and Connectors (setting Jumper and Connector)" section of the Installation Guide in the Guide book. CPU voltage varies between 1.8 V and 3.5 V. The demand for double voltage is sometimes displayed on multiple

CPUS. Means that two different voltages, a core voltage and a I/O voltage, are required in order for the CPU to function properly. The AMD-K6 CPU family, for example, requires dual-voltage power to operate.

So the info I gave, greetings success and Congratulations experiment. Thank you for your visit. S

ource: kemdikbud.go.id

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