How to build a PC
The assembly order that causes the fewest problems, the connectors people miss, and what to do when it does not start first time.
The assembly order that causes the fewest problems, the connectors people miss, and what to do when it does not start first time.
Why the platform decision comes first, when core count stops helping, why clock speed does not compare across generations, and the firmware trap.
Start from your display, understand what video memory actually does, and make the three physical checks that stop a card fitting.
What a motherboard actually decides, why chipset is about features rather than speed, and the lane-sharing specification most people miss.
Why running out of memory is worse than having slow memory, the capacity each workload actually needs, and the BIOS setting most builds miss.
What actually changed between the generations, why the choice is usually made by your platform, and the naming trap that catches buyers.
Why sequential speed is the wrong number to compare, what happens when the write cache runs out, and whether a PCIe 5.0 drive is worth it.
The real difference between the interfaces, why game loading times barely change, and the M.2 naming confusion that catches buyers.
How to size a supply properly, why transient spikes trip units that looked adequate, and what 80 PLUS ratings do and do not tell you.
The BIOS settings to check first, the driver order that avoids problems, and the testing to do while parts can still be returned.