You want to build a PC but are you sure all the hardware works properly? Yeah, that’s a dump question to ask for anyone who is going to build a PC because there is no other way to check all the basic hardware, especially the motherboard, without building the entire connection rock-solid in the CPU.
But fortunately, we have a new trick in town that makes our checking process a lot easier, and there’s no need to keep the motherboard inside of a case. If you learn how to test motherboard outside of case, the complicated cable will no longer be an issue for you, because there’s a need for that.
So why do you need to check the motherboard without the case? Because you must ensure the motherboard and other components are not DOA. Also, whenever we get an online order at home, the delivery services give us only a few minutes to check the PC’s things. So, crashing the motherboard within 5 minutes keeps us in a safe position in case any faulty motherboard comes to our hand.
- 1 Steps of Checking a Motherboard Outside of a case
- 2 FAQ
- 3 Testing a Motherboard Outside of a Case: Worth It or not?
Steps of Checking a Motherboard Outside of a case
Checking a motherboard requires you to follow a few steps, and all of them are simple steps once you’ll get used to them. These steps are for many motherboards, whether a micro atx motherboard or a normal motherboard.
Our goal is to test the motherboard and get into the BIOS. Also, don’t forget to read the motherboard’s manual before getting into the act. Touch a piece of metal to discharge the anti-static charge from your hand.
Set Up the Hardware components
First thing first, lay your motherboard on a nonconductive surface like a wooden table or cardboard. Now get the motherboard tray processor, place the processor into a specific place, and close the socket clip.
Look, many of us think this process is a short time motherboard checkup and don’t feel bothered to apply thermal paste on the surface where we place the processor. Now connect the CPU cooler fan to the CPU cooler heatsink.
After placing the processor and CPU cooler heat sink, now get your RAM Sticks and install them into the RAM slots of your motherboard. Install the GPU or video card into the PCIe slot. If you are using an APU processor, you won’t install a graphics card.
FYI, don’t need to connect a storage drive like the SATA 2,5 inch or M.2 storage device, only install the basic components to get into the BIOS.
Connect the PSU
Now get your power supply unit, place it near the motherboard, and get it all onto the wooden table. Connect the 24 pin PSU plug into the board. So you already got RAM inserted into the motherboard, also you have plugged the CPU into the socket, and a cooler is there. So once you’ll have all these things done, try to move all the wires from the motherboard and place them away from the motherboard,
Once you get this done, put the power cable from the PSU to the wall outlet from where you get the main power.
Plug in the Monitor
Your main purpose is to see if we can get into BIOS and check other software things from BIOS. That’s why you require a monitor. Plugin the HDMI cable from the monitor into the GPU if you have one. But if you have an APU that has onboard graphics, plug in the HDMI cable there. Finally, connect the monitor with a direct power supply.
For getting into the BIOS, you’ll need to function from the keyboard, so don’t forget to keyboard and mouse in the USB port of the rear I/O panel.
Power the Motherboard/Jumpstart
Most of the latest models of modern motherboards have a dedicated power switch to turn on/off the motherboard. So if you have the switch on your motherboard, simply press it. In case you don’t have one, the motherboard requires a jump start.
No, find out pins for jumpstart and make sure the pins are for the jump-start reading the manual. Once you’re sure of the pins for a jump-start, touch the pins together with a screwdriver. It will make a bridge between two pins and give your motherboard a jump start.
But you can jumpstart the motherboard in a more professional way using a tiny little cable with a micro switch on it. This motherboard jump start cable is available on Amazon at a candy price. Now connect the jump start wire clip on the motherboard’s pin and press the switch of the wire. You’ll see the motherboard get turned on.
Entering the BIOS
You’ll see the LED light of the motherboard blink, and the CPU cooler fan will start functioning. It shows your motherboard has got the power. Now go to the BIOS and do whatever you want to see in BIOS. But if the motherboard were a DOA, you couldn’t enter the BIOS.
How do you test a motherboard outside of a case?
for testing the motherboard outside a case, install processors, CPU’s cooling fan, PSU, GPU on the motherboard, and then add a display connection. Finally, we’ll have the complete connection and now turn on the motherboard’s power. That’s how we test motherboards without a case.
How can I test to see if my motherboard is bad?
If your motherboard doesn’t get the power or doesn’t go to BIOS, then your motherboard is definitely bad. But mostly, either motherboard comes dead, or it performs well, there’s nothing between these two.
Can a motherboard run without case?
Certainly, you don’t need to build the whole PC with CPU casting for testing your motherboard. Just install the basic components like processor, CPU’s cooling fan, PSU, GPU, etc., to run the motherboard.
Testing a Motherboard Outside of a Case: Worth It or not?
The most common question we face in recent times related to motherboards is, why do we need to test the motherboard before we build our PC? It is quite simple; most of the time, building a PC is complex and time-consuming. We must give too much effort to build a PC, so if you go ahead to this hardline walk system and basically build your whole PC and find out it doesn’t work, then you have to dismantle all the parts and send the motherboard back to the store.
So what we have talked about here about testing with a case allows us to check the motherboard quickly and makes us relieved while building the PC.