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AB Ali Bernard Aug 23, By continuing to use our site, you agree keys our cookie policy. Buying from more than one retailer. Keep an eye on temperatures. Don't waste bitcoin time looking for entry level builds. Submissions that are mostly about some other cryptocurrency belong elsewhere. Make sure that your motherboard supports wikihow of the buy components that you wish to install.

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An alternative to this is placing the items on a non-conductive surface, such as a wood or glass table or desk. Turn it off, then plug in your hard drives and verify that it works. If you are mining solo, be sure to connect your mining program to your personal wallet, so that anything you earn gets deposited automatically. Make sure that your motherboard supports all of the other components that you wish to install. ITX motherboards are smaller still, and are used for small form factor mini PCs.

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Some cases wikihow with a power supply already installed, but others buy you to provide your own. Mining alone can be difficult as getting new bitcoins is keys competitive, but you get to keep everything you mine. Almost buy cases come with a little baggie that has standoffs in it if not some come pre-installed with ATX Or smaller if your case doesn't support ATX standoffs. Bitcoin the RAM in the proper slots by opening the latches and keys the RAM in until the little handles wikihow lock it into position. Fortunately, cables at the back of a computer will bitcoin fit onto their intended connector. Some require one connector, while others require two.

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Each pool will have instructions on creating workers. Download a mining program. Mining programs are almost all open source and available for free. There are different mining programs available depending on the type of hardware you are running. Mining programs run in the command line, and may need a batch file in order to start correctly, especially if you are connecting to a pool. EasyMiner runs with a graphical interface as opposed to a command line. See your pool's help section for specific details on connecting to the pool with your mining program.

If you are mining solo, be sure to connect your mining program to your personal wallet, so that anything you earn gets deposited automatically. If you are mining as part of a pool, you will connect your wallet to your user account with the pool. Coins will be transferred as they are earned. Once you have your miner configured, you can start your mining operation. Run the batch file you've created if necessary and watch the miner connect and start mining.

You will most likely notice the rest of your computer slow to a crawl as the miner works. Keep an eye on temperatures.

Mining programs push hardware to their limits, especially if the hardware was not designed for mining in the first place. Use a program such as SpeedFan to make sure that your temperatures don't go above safe limits. After you've mined for a little bit, check your figures to make sure its worth it. How much did you make over the last few days?

Compare that to how much money it cost you to keep your computer running at full speed during that time most video cards take about watts. You're helping people by reading wikiHow wikiHow's mission is to help people learn , and we really hope this article helped you. Click here to be counted. What happens with power failure? Do you lose everything?

Coins found go directly to your account; all you would need to do is start the computer again and keep going. Not Helpful 3 Helpful Can I join a pool and mine on a laptop?

You can join a pool, but mining on a laptop is obsolete, as you will be spending way too much on electricity, and not making any profit, as well as wearing down your laptop's hardware faster. Not Helpful 17 Helpful How much is the starting fund for bitcoin mining aside from the rig? Besides the rig, nothing, the miner programs are mostly free. As stated above, what you need for mining is simply a good mining rig. Obviously you will have to pay for the electricity you use, but that's about it.

Not Helpful 27 Helpful Satoshi Nakamoto - although there are those who speculate this might have been a pseudonym. Not Helpful 7 Helpful Is mining through a gaming PC profitable? Not Helpful 23 Helpful How many bitcoins can I earn in a month with the proper mining hardware and approach? You can earn at least. Not Helpful 80 Helpful Can these Bitcoins be converted to other currencies? Yes, your Blockchain wallet lets you choose from a wide variety of currencies to use or convert to.

Do you need a fast internet to mine Bitcoin? Not Helpful 25 Helpful How do I get a licence to mine Bitcoins? You don't need a license to mine Bitcoins. Not Helpful 42 Helpful What is the lowest cost to start mining? Don't waste your time looking for entry level builds. The mining craze has destroyed the market and GPUs are ridiculously priced right now. Not Helpful 33 Helpful Include your email address to get a message when this question is answered. Already answered Not a question Bad question Other.

Bitcoin In other languages: Thanks to all authors for creating a page that has been read , times. Did this article help you? Cookies make wikiHow better. By continuing to use our site, you agree to our cookie policy. JP Jeff Plumb Nov 29, It also gave me the info on what kind of equipment I might need. CT Chuck Tebow Dec 5, I just heard the term and know nothing about it.

Liked the pool mining. Need to know the best pool mining location in the world. MH Mhathung Humtsoe Sep 7, I feel like I get to know everything about Bitcoins and the reason why everyone is crazy about this valuable thing called Bitcoin. Part Three of Eight: Remove the motherboard from its packaging. Place it on top of its box. DO NOT place it on top of the anti-static bag as the outside is conductive.

You will be adding components to the motherboard before installing it in the case, as it is easier to access the motherboard before installing it. Remove the processor from its packaging.

Observe the missing pins in the processor and match these with the socket on the motherboard. On many processors there will be a little gold arrow in the corner that you can use to orient the processor properly. Insert the processor in the motherboard. Open the CPU socket and carefully insert the processor no force needed. If it doesn't slip right in, or it feels like you have to push, it is probably misaligned. Close the socket and ensure the CPU is secure. Some sockets have small arms while others have complex assemblies to open and close the socket.

Apply good thermal paste to the CPU. Put only a dot size of a grain of rice of thermal paste on the CPU. Adding too much thermal paste will create a mess, such as getting paste into the motherboard socket, which may short circuit components, and decrease the motherboard's value if you plan to sell it later.

Some processors that come with heatsinks do not need thermal paste because the heatsink already has thermal paste applied by the factory. Check the bottom of the heatsink unit before applying paste to the processor. Attach the heat sink. This varies from heat sink to heat sink, so read the instructions. Most stock coolers attach directly over the processor and clip into the motherboard. Aftermarket heatsinks may have brackets that need to be attached underneath the motherboard.

Place the RAM in the proper slots by opening the latches and pushing the RAM in until the little handles can lock it into position. Note how the RAM and slots are keyed--line them up so they will fit in properly. When pushing, press both sides of the RAM module with equal force. If RAM sockets have two colors, this may indicate the priority slots in case if you are not using all available slots. Make sure that you install the RAM in the appropriate matching slots.

Many modern cases do not have a preinstalled backplate, but your motherboard should come with its own backplate. Removing the existing backplate may take a bit of force. Sometimes they have screws to hold them in place, but most are held in only by friction. Pop it out by pressing on the bracket from the rear side of the case. Push the new backplate into place in the back of the case.

Make sure to install it the correct direction. Install the standoffs in the correct positions. Almost all cases come with a little baggie that has standoffs in it if not some come pre-installed with ATX Or smaller if your case doesn't support ATX standoffs. Standoffs raise the motherboard off of the case, and allow screws to be inserted into them. Your case most likely has more holes available than your motherboard supports.

The number of spacers required will be determined by the number of shielded holes in the motherboard. Position the motherboard to discover where to screw in the standoffs. Use the screws provided to secure the motherboard to the standoffs through the shielded screw holes on the motherboard. Plug in the case connectors. These tend to be located together on the motherboard near the front of the case. The order in which these are connected will depend on which is easiest.

There is typically only one way that these connectors can attach to the motherboard. Part Four of Eight: Remove the back panel covers that line up with the PCI-E slot. Almost all modern graphics cards use PCI-E. Some will require you to remove two of the protective plates as opposed to just one. You may have to punch the plates out of the case. Insert the graphics card. You may have to bend a tab on the slot to allow the graphics card to be inserted.

The tab will help lock the graphics card in place this is more important for bulkier, high-end cards. Apply light, even force until the card is seated uniformly, and the back panel lines up. Once you have inserted the card, use a screw to secure it to the back panel of the case. Install any other PCI cards.

If you have any other PCI cards that you are going to add, such as a dedicated sound card, the installation process is the same as the video card process. Part Five of Eight: Remove any front panel covers for the drives you are inserting. Most cases have panels in the front that protect the drive bays. Remove the panels for the locations that you want to install you optical drives.

You do not need to remove any panels for hard drives. Insert the optical drives in from the front of the case. Almost all cases have cages built in that allow the drive to rest and fit snugly. Once the drive is lined up with the front panel of the computer, secure it with screws on each side of the drive. Install the hard disk. Slide the hard drive into the appropriate 3.

Some cases have removable brackets that you can install on the hard drive first before sliding it in. Once the drive has been inserted into the cage, secure it on both sides with screws. Connect the SATA cables. All modern drives use SATA cables to connect the drive to the motherboard.

Hard drives use the same cables as optical drives. Avoid plugging your drives into random SATA ports. SATA cables have the same connector on both sides. You can install the cable in either direction. Part Six of Eight: Connect the power supply to the motherboard. Most modern motherboards have a pin connector and a 4- or 8-pin connector.

Both of these need to be connected for your motherboard to function. Power supply cables only fit into the slots that they are designed for. Push the connectors all the way in until the latch clicks. The pin connector is the largest connector on the power supply. Connect the power supply to the video card. If you have a dedicated video card, chances are it needs to be powered as well.

Some require one connector, while others require two. The port is usually on the side or back of the video card. Connect the power supply to the drives. All of your drives need to be connected to the power supply using SATA power connectors. These power connectors are the same for optical and hard drives. Adjust your wire placement. One of the keys to good airflow is placing your wires out of the way.

Trying to effectively wire the inside of the case can be a frustrating experience, especially if you are building a smaller tower. Use zip ties to bundle cables together and place them in unused drive bays. Make sure that the cables will not get in the way of any fans. Part Seven of Eight: Connect your case fans. Almost all cases come installed with one or two fans. These fans need to be attached to the motherboard in order to function.

If you are running lots of high-end components, you will likely need extra cooling. Optimize your fan setup. Intake fans that suck air into the computer should be mounted in the lower front, bottom, and sides a side fan is typically used to directly cool a specific component. Exhaust fans that blow air out of the computer should be mounted on the top and upper back of the computer as the hot air naturally rises through the inside. This keeps a good flow of fresh, cool air moving over your motherboard.

You can see which direction the fan will blow by inspecting the top of the fan housing. Almost all fans have small arrows printed which shows which direction they blow. Try getting more intake than exhaust for less dust build-up, which looks grody and causes cooling problems. Part Eight of Eight: Put the case back together. Cases are designed to maximize air flow, and when a case is open the airflow is not as effective. Make sure that everything is screwed close.

Plug in your computer. Attach a monitor to the computer, through the graphics card or the motherboard. Attach a keyboard and mouse to the USB ports in either the front or back of the computer.

Avoid plugging in any other devices until after you have finished setting up the operating system. Power on your computer. This program is available to download for free and can be booted from a CD or USB drive without an operating system installed. This will let you test your memory sticks before you proceed to install the operating system. Memory sticks have a higher rate of failure than most computer components, especially if they are budget-priced, so it is wise to test them first.

You may have to set your computer to boot from CD or USB first, instead of booting from the hard drive. Select the appropriate drive that you want to boot from. Install your operating system. Home-built computers can install either Microsoft Windows or a Linux distribution. Windows costs money, but benefits from having compatibility with nearly every program and piece of hardware. Linux is free and supported by a community of developers, but cannot run many programs designed for Windows.

Some proprietary hardware does not work properly either. Once your operating system is installed, you will need to install your drivers. Almost all of the hardware that you purchased should come with discs that contain the driver software needed for the hardware to work. Modern versions of Windows and Linux will install most drivers automatically when connected to the internet.

You're helping people by reading wikiHow wikiHow's mission is to help people learn , and we really hope this article helped you. Click here to be counted. Where can I get price comparisons for computer parts? Is it possible to get Windows without having to insert a disc into your optical drive?

After building my PC with all new parts, I plugged it in but only got power for a second then nothing, what went wrong? Is a heat sink the same as a CPU cooling fan, or does it come with it, or do I need to purchase it separately? What's a good website to search for compatible parts? Can I use the Mac OS on a home-built computer? Include your email address to get a message when this question is answered.

If you are in the U. Each power supply cable will only fit in the correct orientation, but pressure will still be needed to push the cables in. Use zip ties to carefully bundle all of the cables, and route them to prevent them from blocking the airflow. If possible, avoid using IDE components such as hard drives and optical drives, as the standard ribbon cable will block airflow.

If you put the computer system together and it does not work, take out everything except the power supply, motherboard, RAM, and processor cooler and video card if not using an on-board video card. Ensure that it works by viewing your BIOS startup screen. Turn it off, then plug in your hard drives and verify that it works. Turn it off, and continue to plug in each additional peripheral until everything is plugged in and working.

The idea here is to put in the minimum components to get it to power up, then add one at a time so you know what component is causing the problem. Don't leave the hardware on your floor for days while you figure out what you should do, as this may lead to electrostatic discharge which can damage or ruin computer components it only takes about 10 volts to kill some computer parts.

When not attached to the motherboard and case, all components should be left in their anti-static bags. An alternative to this is placing the items on a non-conductive surface, such as a wood or glass table or desk. Computer case screw threads sometimes get "stripped" so that they won't hold the screws properly. Try to keep this from happening by choosing screws that fit exactly. They should start easily, not with difficulty which suggests they don't match.

Tighten them snugly but not too hard: Aluminum is much less strong for its bulk than steel and so strips especially easily--just a little snugger than when wiggling stops is about right.

Since the main side panel's screws frequently bear the side skin to prevent the case collapsing into a parallelogram, they are particularly vulnerable. A quick, generally reliable fix is to replace them with a subtly larger size, not so long as to over penetrate into some other part: If you bought an original equipment manufacturer OEM edition of Microsoft Windows and you have a license sticker, you may want to attach the sticker on the side of the PC for future reference when Windows Setup asks for it.

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