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This tip is about the how to Fix ‘New PC Build Won’t Boot’ Issue. So read this free guide, How to Fix ‘New PC Build Won’t Boot’ Issue step by step. If you have query related to same article you may contact us.
How to Fix ‘New PC Build Won’t Boot’ Issue – Guide
You sit at your computer and press the power button button like everyday and… nothing happens. Maybe the computer won’t turn on, maybe it will boot up but it turns off immediately or maybe you just get a blue screen. Obviously there’s nothing wrong with that, why doesn’t the computer just boot? Here are some troubleshooting steps. If your computer won’t turn on – no fans are working, no LEDs are flashing, and nothing appears on the screen – you probably have a problem with the power supply. Unplug your computer and plug it directly into an outlet that you know will work, rather than a power strip or spare battery that might fail.
Make sure the power switch on the back of your PSU is turned on, and if the wall outlet is connected to a light switch, make sure the switch is also turned on. If you are using a laptop, make sure the charger is connected correctly and in the correct port – if charging via USB-C, only some of the USB ports may be providing power. A faulty power supply can often cause startup problems, even if the fans and lights turn on. If you don’t follow the troubleshooting steps in this guide, it may be time to replace your power supply.
Misplaced front panel connectors
The first place to start is with the front panel connectors. It seems silly that we still have to tinker with a bunch of tiny wires while referencing the positive/negative schematics described in the motherboard manual, but that’s the way it is. These wires extend from the case front panel and connect power button, Reset the drive activity LED button to a dedicated header on the motherboard.
It’s easy to connect them to the wrong pins. If you connect the power LED wires to the place where the power switch wires should be, for example, nothing will happen when you press your case’s power button button. Fortunately, connecting them in the wrong place won’t harm your PC.
Sheep Seated Incorrectly
Systems can be meticulous when it comes to RAM – memory is probably the number one cause of compilation problems. Normally you don’t need to limit yourself to the handful of memory kits that the motherboard manufacturer has specifically qualified, although that’s not a bad place to start. However, you need to make sure your USB sticks are seated correctly as this is one of the most common reasons for a PC to fail to start.
When installing the RAM, be careful to align up the notch on the RAM module with the notch on its DIMM slot to make sure you are not pressing the module back. if it is lined up correctly, press firmly so that the tabs on both sides snap into place. Even though the RAM appears to be installed correctly, if the system is not booting, try removing the modules and reinstalling them.
Missing power cables
Your motherboard needs power, as does the processor and graphics card. Depending on your specific parts, you may notice three or more power cables that extend from your power supply and need to be plugged in, and if one of them is missing, your system will just stare at you without understanding when you try to fire it. up.
It is especially easy to ignore a critical cable in a fully modular PSU. If your PC is not booting, make sure the 24-pin main ATX cable is connected to the motherboard. Some motherboards have a 20-pin connector. On most modern power supplies, the four extra pins stand out from the main connector. Also make sure you have connected the appropriate PSU cables to the motherboard’s 4-pin or 8-pin CPU connector.
Absence of motherboard deadlocks
Many modern cases come with isolators already installed on the motherboard tray, while others put them in a bag and leave them behind. up for you to put them where they need to go. These spacers elevate your motherboard so that it doesn’t come in direct contact with the metal tray. Otherwise you may have two problems. One is that the motherboard doesn’t align correctly with the case’s front I/O panel and, more critically, the second is that the motherboard can short out.
Different sized motherboards use a different number of spacers. For a standard ATX motherboard, there are nine holes to align with the corresponding spacers. In general, you can get away with using less, but it’s a good idea to use all of them to ensure that your motherboard doesn’t move and is properly supported. Regardless, make sure your motherboard is not directly over the tray.
CPU overheating
it’s rare to end up with a faulty CPU, but don’t rule out the possibility that your system won’t boot. Let’s assume you didn’t channel your internal Hulk and smash the CPU into the socket while installing it, bending and breaking pins in the process. So what else could it be?
It could be that your CPU is overheating. One of the telltale signs that something is wrong is if your PC turns on briefly and then shuts down abruptly. It is possible that the CPU cooler is not making enough contact with the processor and the PC is shutting down to avoid damage. Alternatively, if you have an AIO cooler, you may not have connected the pump’s power cable – with the same result final CPU overheating.
Final note
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