Position the processor so both pin1 and hole1 match and then place the processor down. If properly positioned, now when moving the metal arm to the down or horizontal position, it should firmly connect the processor. If you are installing a LIF socket processor, first examine the top of the processor and locate pin one, located with a small white dot. Once pin one is located, look at the socket and locate pin one on the socket on the motherboard.
The socket pin one is located by finding a missing hole or a small "1" next to one of the four corners. Once the pins are aligned properly, gently press the processor into the socket until it is firmly attached.
Finally, if you are installing a slot processor , first move the tabs on either side of the support brackets to the outward position. Next, install the processor by pressing the processor into the slot. Once installed into the brackets the two tabs should snap into place. Thermal grease is a special compound which you can apply to the surface of the CPU before attaching the heat sink.
Once the processor is installed and the heat compound applied, attach the computer heat sink to the processor. Users who have a socket processor, when attaching the heat sink clip, ensure not to scratch the motherboard with the clip. Also, when attaching the heat sink bracket to the plastic clip, don't apply too much pressure to the plastic clip, as it can break.
Contact your system or motherboard manufacturer before upgrading your desktop processor. Your manufacturer is familiar with your system specifications and the different upgrade options available, and they can tell you which processors your system or motherboard supports.
Even if your processor and motherboard socket match, it's critical to make sure that your motherboard BIOS supports your new processor. Older motherboards frequently don't have BIOS support for newer processors. Lack of BIOS support for your processor can cause the system to not boot or display erratic behavior. Another upgrade consideration is that faster processors, and processors with more cores, can also affect the temperature of your system.
You need to make sure your chassis and thermal solution work with your upgrade from a thermal perspective. Contact support. Characters remaining: We appreciate all feedback, but cannot reply or give product support. Take your old processor to a computer store if you can't identify it. If you still cannot identify the socket type, remove your old processor from the motherboard and take it to a computer specialty store.
One of the technicians should be able to tell you what socket type it is, and may be able to make recommendations on what processors would be good replacements. Consider purchasing a new motherboard if you want to upgrade. If you're trying to upgrade an older computer with a newer processor, there's a pretty good chance that the sockets won't match. As time goes on, getting a new processor that fits an older motherboard becomes more and more difficult.
Purchasing a new motherboard along with your new processor will make things a lot easier. Note: If you're upgrading your motherboard, you may also need to upgrade your RAM , as old RAM is often incompatible with new motherboards. Part 2. Open up your computer case. In order to access your processor, you'll need to open your case. Shut down the computer and unplug all of the cables.
Set the computer on its side with the back connectors resting closest to the table. Remove the side panel using a Phillips screwdriver or the thumbscrews. Click here for more detailed instructions on opening your case. Ground yourself. Make sure you are properly grounded before working inside your computer.
Attach an antistatic wriststrap to the bare metal of your computer case, or touch a metal water tap. Locate the CPU cooler. Virtually all processors will have a CPU cooler installed on top. This is typically a metal heatsink with a fan attached. You will need to remove this in order to access the processor. Remove any cables or components blocking access. The inside of a computer can be a pretty crowded space, and there may be cables or components that are blocking part or all of the CPU cooler.
Detach anything you need to in order to access it, but make sure you remember where everything was plugged in. Remove the CPU cooler. Unplug the cooler from the motherboard and then detach it. Most stock coolers have four prongs that can be undone with your fingers or a flathead screwdriver. Some CPU coolers have a bracket on the back of the motherboard that must be removed first.
After popping the cooler off of the motherboard, it will likely still be attached to the processor because of the thermal paste. Gently twist the heat sink back and forth until it comes free of the processor. If you're going to be reusing the CPU cooler on the new processor, wipe off the excess thermal paste from the bottom of the cooler with rubbing alcohol.
Detach the lever on the side of the CPU socket cover. This will pop the socket cover up and allow you to remove the CPU. Gently lift the CPU straight out. You may have to angle the processor a little bit to get it out from under the socket cover, but make sure you are clear of the pins before doing so.
If you want to save your old CPU, make sure to store it in an antistatic bag. Part 3. Install your new motherboard if necessary. If you are upgrading your motherboard in order to use a new CPU, you'll want to do this first before proceeding. Remove all of the components and cables from your old motherboard, and then remove it from the case.
Install the new motherboard in the case, using new standoffs if necessary. Click here for detailed instructions on installing a new motherboard. Double-check that you are grounded before removing your new processor from the packaging. An electrostatic discharge can easily fry the processor, making it worthless. Touch a metal water tap again if you aren't sure. Remove the new processor from its protective bag. Be sure to grip it by the edges and avoid touching any pins or contacts. Line up the notches or triangle on the processor with the socket.
Depending on the processor and socket you are using, you may have several notches around the edges or a small triangle in one corner. These guides are designed to ensure that you are installing your CPU in the correct position.
Gently lay the processor into the socket. After ensuring that you have the processor oriented correctly, gently place the processor directly in the socket. Do not insert it at an angle. You should never need to force the processor into place. If you apply pressure, you may bend or break the pins, rendering the processor inoperable.
Relatch the socket cover.
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