Build your own PC.

A typical desktop needs a processor, motherboard, memory, storage, power supply, case and suitable CPU cooling. Add a graphics card if your processor has no usable integrated graphics or your workload needs one. Plan separately for a monitor, input devices, operating system and network connection.

Check the CPU socket and motherboard CPU support list first, then memory generation, BIOS version, cooler mounting, case clearances and power connections. RigAtlas flags documented conflicts and unresolved checks. Matching a socket or passing a rule does not guarantee the whole assembly fits.

Start with the tasks you want to run and decide whether the budget covers just the tower or the complete setup. Add the exact parts, shipping and applicable checkout costs in one currency. Starter budgets here are editable planning targets; they are not promises that every component is available for that total.

Choose your shipping destination to find retailer searches for the selected model. Confirm the seller, model revision, product condition, delivery and final price at the store. Only authorized current quotes can appear as site prices; missing prices and price history stay marked as unavailable.

You can explore and create a working draft before signing in. Sign in to save a configuration, add your own photo, and choose private, unlisted or community visibility. You can also export a parts list and copy a starter configuration to customize it.

Compare exact CPU, motherboard and memory combinations for your games and applications. Include cooling, connectivity and delivered platform cost; a brand name or core count alone cannot decide the better build.

Use the requirements for your actual software version and the memory used during a normal session. Capacity, memory generation and advertised speed answer different questions. Choose a complete supported kit and verify its settings after installation.

Compare cards in your games at the intended resolution, settings and refresh target. Check native and enhanced rendering modes separately, then confirm application support, VRAM, power connections and case fit.

Confirm the detected components and cooling in firmware, prepare the correct operating-system installation, install official drivers and test normal operation before optional tuning. Keep recovery information and important data protected.

Check the monitor input and the correct graphics output first, allow the board’s documented memory-training process to finish, then use its diagnostic indicators and manual to narrow the next step. A lit diagnostic LED does not by itself identify a broken component.

Record their exact models and condition, then check each part against the new platform. Memory generations, PSU cables, cooler mounts and available storage connections can prevent an otherwise useful part from moving into a new build.

A fixed percentage from component names does not describe every game or project. Use a repeatable workload and change one setting at a time to investigate the limiting stage before buying a replacement.