How to Build a Gaming Laptop reasons you should be talking about

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How to build a gaming laptop

 

You want to build a gaming laptop and need to prepare how to build a gaming laptop.  Maybe it's for casual use and playing games on the go. Or maybe it's for your future career in game design. And you need all the processing power you can get. This makes a learn about how to build a gaming laptop

 Regardless of why this article was created. People can quickly read how to easily create their laptops from parts. Or work towards their dream of creating the perfect one. People know a lot about how to build a gaming laptop.

  The good news is that building your laptop is extremely easy if you.  Know what you're doing. And it is much cheaper than buying a pre-built one since most companies charge an arm. And a leg for proprietary hardware.

 Not only does this save money. But it also gives you complete control over what you want on your laptop without someone telling you. You get a clear concept about how to build a gaming laptop.

 It is better for gaming or only works with certain games. Get More Information Visit: How to Increase laptop Sound To Look More like A Computerize

 

But how do I build my own

 This whole process is so simple that even if you have never used a computer before. The first time you turn it on should be no problem. You learn clearly how to build a gaming laptop. this is a very important topic for any computer user. How to build gaming laptop for this have sufficient knowledge setup full process. 

 Motherboard compatible

 Step 1:

Find a motherboard compatible with your CPU and GPU. Then, plug them into one another by matching up the sockets. And make sure no pins are missing from either side or stuck within. If everything lines up nicely, then that's halfway done.

Suppose neither product has a manufacturer's website. Or there seems to be no right socket for what you have. Please refer to your CPU or GPU's model number. And search for it with 'socket' as the search term. If you cannot find anything about this online, please ask on Facebook/Twitter, etc.

 Power Supply Unit

Step 2:

Now that you have found a motherboard with suitable sockets. Buy an ATX PSU (Power Supply Unit). You need one that can power everything you are adding to your laptop. So if in doubt, get the biggest one. Also, make sure it has more than enough wattage (wattage = power) for all of your components.

 The bonus of using an ATX PSU is that they also come pre-built inside PC cases. So if it fits and you want to recycle an old PC tower. Then go right ahead. I'm sure it will work just fine.

 Step 3:

Take your power supply and find out what kind of input. It has (the only plugs that matter is the ones with symbols next to them). These can be bought on Amazon for very cheap. This one is, for example. For purposes only not all ATX PSUs have a converter box. But our particular model requires it. If yours does not need a converter box. Then don't worry about this step at all. When using a converter box. Make sure you plug in both sections so that everything gets enough power.

 Now take out your motherboard and find out where all the plugs go so you know which ones to use. You will need SATA power connectors to give it that extra juice.

 Take a look at this picture of our build without the convertor box for reference

 The main thing is to make sure you get a nice clean line from your converter box into the socket on your motherboard. Don't cut corners or mess anything up.

 Compatible with your CPU and GPU

Step 4:

Find a heatsink/cooler/fan/heatsink compatible with your CPU and GPU. The 'heat sink' comes in different shapes and sizes depending on what brand of chip each component uses, but they all work pretty much the same way by keeping things cool.

 The GPU is the most potent part of your laptop right now, but it won't stay that way for long if you don't keep things cool. The best way to tell how big or small a heat sink needs to be is to look at the type and model of each chip and find them online. Just search for 'cooler' and 'model name. These two should give you all the information you need:

 NVIDIA GTX 980M + 4GB GDDR5 RAM - ASUS Sabertooth Z97 Mark 1 Intel i7-4720HQ Processor - Gigabyte GA-H97M-D3H Once you've found one. Please attach it to either the underside of your motherboard (where there will be two holes) or to the back (GPU). And if they don't match up, then add some thermal paste in between. Read More: Best Digital Software Tools: For your Businesses

 Straightforward process

 Step 5

We usually use an Intel stock cooler when we build our laptops. Now plug it in using one of the cables coming from your power supply, and voila. Step 5 is completed. Oh, just one more thing to remember, don't forget to attach 'the fan' or whatever heatsink/cooler you used into that socket on the motherboard too.

 Now that you have a motherboard, CPU, and GPU, the only thing left to get is your memory (RAM) which you will need more of if you're doing serious gaming. The best way to tell how much RAM a PC needs is by using a free program called 'Speccy' by Piriform. Here's ours.

 Step 6

Take note of the amount there and buy at least twice this amount in either DDR3 or DDR4, depending on what socket type your components use. For example, we used 2x 4GB sticks on our build, so I bought 8GB total just in case we wanted to add more later. Step 6 is done.

 And that's it. Now comes the fun part - building your PC. Of course, your build will be different depending on what components you bought and where you bought them from.

Set up your motherboard in an exciting way (not upside down etc.).  You can use some zip ties or velcro strips to attach it to another object if necessary.

 




Tips for How to build a gaming laptop

 

       Remove the main case cover off your old laptop or tower case using. Either a flat head screwdriver + brute force OR by removing thumbscrews/snapping locks in certain places. It might take work to get off, so don't worry if it doesn't come straight off.

 

       Remove the old hard drive inside by simply opening it up and taking it out. Then set aside any empty internal cages/shelves that may be attached to your tower case. You should now have a clean motherboard with nothing attached or blocking anything. Now's where the building gets fun.

 

       If you're having trouble removing screws, don't worry - you can always buy small rubber washers at your local hardware store. They are worth their weight in gold if you want to take apart an old PC or laptop without breaking it. They are gaunt rubber circles between the screw head and its 'socket' on whatever object you are detaching/attaching.

 Process of How to build a gaming laptop

  Place the CPU on top of the motherboard, making sure it fits nicely into place and has an excellent lineup with all the holes.  Don't forget there are pins underneath too.

 Attach the CPU cooler you chose earlier to your CPU (follow installation instructions included with your gadget).  You can use an Intel stock cooler that comes pre-applied with thermal paste, but if you're feeling adventurous, then why not try making your own.

 Plug the open end of the CPU fan cable into the connector at the back of the motherboard near the CPU area (CPU_FAN1 etc.) and plug another end into the socket on the heatsink/fan.

 If you don't have enough space around your case to fit fans, or if they are too loud, then you might want to consider buying 'water cooling.'  This means that instead of using a fan(s) on your heatsink. Instead, some tubing and a pump move water between a CPU water block and a radiator. This setup is quieter but more expensive than regular fans.

 Seal up any holes where cables from the old case have been poking. Through simply pushing them back inside the new PC/laptop's case or attaching rubber washers with screws if necessary.  Please make sure all power supply sockets etc. are in place and working before sealing it up!

 Attach the motherboard to the bottom half of the tower case using screws that came with it (usually 4-6). Ensure that the Motherboard I/O shield is attached.