How To Build A PC - Step by Step (Full Build Guide)

The video introduces a full, in-depth, step-by-step guide to building a PC and setting it up, including OS installation, driver setup, and BIOS configuration. It emphasizes that building is only half the battle and setting up is crucial for full potential. The video covers basic components like CPU, motherboard, RAM, CPU cooler, GPU, PSU, storage, and case, explaining their functions and importance for beginners, also highlighting parts needed to build a PC (screwdriver, USB drive, Windows key) and tips to prepare a secure building space.

This section details how to unbox the motherboard and its accessories (front panel connector extension, SATA cables, Wi-Fi extender, M.2 installation screw, I/O shield, manual). It then provides instructions on installing the CPU, demonstrating for AMD, Intel, and AMD Threadripper CPUs, emphasizing careful handling, matching diagnostic triangles, and securing the CPU in its socket.

This part explains how to install RAM sticks, focusing on dual-channel configuration and correct slot placement (A2, B2 for two sticks). It also covers M.2 SSD installation, including locating the M.2 slot, aligning the SSD, and securing it with screws, and advises on managing heatsinks.

Instructions for installing CPU coolers are provided, covering both stock AMD coolers and All-In-One (AIO) liquid coolers. It details thermal paste application methods (pea-dot and spread method), cleaning the CPU, and securely mounting the cooler while ensuring proper component clearance.

This section guides through optimal fan configuration for PC cases, aiming for neutral or positive pressure. It explains how to determine airflow direction using arrow indicators or the 'faces suck' rule. It also details the correct and incorrect ways to orient an AIO radiator in the front or top of the case to avoid pump damage and maximize lifespan, providing examples of push/pull configurations.

This segment details the installation of an AIO radiator, either in the front or on top of the case, depending on preference and case design. It covers attaching fans to the radiator, securing the assembly, and running cables. It also includes general fan installation in the case, emphasizing correct positioning and securing with screws.

The video outlines the necessary power supply cables (24-pin ATX, EPS, PCIe, Molex, SATA power) and how to identify and connect them to the PSU and motherboard. It emphasizes the importance of selecting the right cables for each component and properly positioning the PSU within the case, including tips for managing hard drive cages for cable clearance.

This part details the installation of hard drives and SSDs, explaining how to connect SATA data and power cables and mount them in trays. It also covers plugging in case cables such as USB 3, USB 2, audio, and USB-C connectors. The section then proceeds with the installation of the graphics card into the highest PCIe slot and connecting its power cables.

After all components are installed, the guide shows how to test the PC by plugging in power, monitor, keyboard, and mouse, then turning it on. It covers basic troubleshooting if the display doesn't turn on. Following a successful boot, the video advises on cable management using zip ties or Velcro straps and installing the Wi-Fi extender if applicable.

This section details the process of creating a Windows installation media on a USB drive using Microsoft’s tool. It then walks through installing Windows 10 on the new PC, selecting the correct version, formatting drives, and completing the initial setup. Next, it guides on downloading and installing essential drivers from the motherboard manufacturer's website or specific AMD/Nvidia tools (AMD auto-detect, Geforce Experience) to ensure optimal performance.

The final part of the guide focuses on BIOS settings, specifically enabling the XMP profile for RAM to run at advertised speeds. It includes steps for troubleshooting if XMP causes instability. Additionally, it covers configuring the power plan for Ryder or Intel CPUs, activating unallocated storage devices, and setting the monitor's refresh rate for the best display experience.