You can begin by drawing sketches on paper. Take measurements of your components, and draw how every component should be placed to fit perfectly on the baseboard. Make sure to consider cable management.

The Magic Islands Of Lofoten Norway Europe Winter Morning Light Landscape Desktop Hd Wallpaper For Pc Tablet And Mobile 3840×2160 This should give you an idea of where to place the components. Outline every component and mark the points where you’re going to screw them. Make sure to add 2-3mm of extra space for errors. To start off, drill holes both into your wall and mainboard to line up exactly where they will mount. This goes without saying, but you won’t be able to do it after your setup is attached to your board.

Final touches

You must use an external power button to turn on your computer. That’s because, in traditional PC cases, there is a built-in power button that you can use. However, in a wall-mounted setup, you can either jump-start your PC or use an external power button. Big Ben In London At Sunset Uk Landscape Photography 4k Ultra Hd Desktop Wallpapers For Computers Laptop Tablet And Mobile Phones 3840×2160 To mount a PC on the wall, you have three options. First, you can take the easy route and go with a wall-mount PC case. Many companies like Thermaltake and Cooler Master offer gorgeous yet practical PC cases that you can mount on your wall without difficulties. These pre-built wall mount cases are quite straightforward, and if you don’t have many DIY skills, then you should go with them.

Next, drill the mounting holes on the wall and the baseboard. Make sure to complete this step before attaching any hardware to the baseboard. After that, lay down every component on the baseboard and refer to the sketch you made earlier. Compared to a traditional desktop that sits on your desk, wall-mounted computers are quite different, and their unique form factor has its advantages and disadvantages. VisualsTo start off, measure your mainboard along the wall that you’ll be mounting it to. Make a rough measurement, keeping in mind that your mainboard will need enough space for all of your parts to have proper breathing room, and the coolant tubing to run through (You will still need serious cooling.) Make sure that you leave at least 3-5mm of width on each side to account for error. After that, your PSU needs to be properly attached. Follow the same process although you may need custom screws and will most definitely require pre-drilling. Next up, start assembling your PC. You can begin by screwing in the motherboard and then the power supply and the GPU. Remember, you might need to use extra cables and screws depending on your layout. If you want to liquid-cool your PC, then this is the step where you finalize all the tubing. Of course, you will need the dimensions of your parts to get it done, but the entire setup will need more than that. The structure of your base material along with a good idea for the general construction behind it is a great start.