BUILD
OPTIMIZER

Our Build Optimizer compares your current system against every possible upgrade in our database. For each component within your budget, we run our tier-based bottleneck analysis and calculate the exact FPS improvement you would get. This ensures you spend your hard-earned money on components that will yield a noticeable difference in gaming or rendering workloads.

Results are sorted by FPS gain per dollar. The component that gives you the biggest performance boost for your money appears first. We factor in your current resolution, RAM, and the interaction between CPU and GPU tiers to make sure our predictions line up with real-world workloads.

Tip:If you're CPU-bottlenecked, upgrading your GPU won't help much. The optimizer accounts for this and will prioritize the component that actually removes your bottleneck. Conversely, at higher resolutions like 4K, upgrading your processor yields minimal FPS returns, so the optimizer will redirect your budget towards a stronger graphics card.

Avoiding Common PC Upgrade Pitfalls

One of the most frequent mistakes PC builders make is purchasing unbalanced hardware. For example, pairing a flagship graphics card with an entry-level processor will result in stuttering and low 1% low frame times. Another common issue is ignoring the system power supply (PSU). Upgrading to a higher-tier GPU without verifying that your power supply has enough wattage and the correct connectors can lead to system instability, random restarts, or component damage. Use our recommendations dashboard to check if a PSU upgrade is necessary.

Additionally, don't overlook your system memory. Operating with less than 16GB of RAM or running single-channel memory (a single stick) can bottleneck even the most advanced CPU and GPU combinations. Make sure your memory configuration supports dual-channel mode to ensure optimal data flow between the processor and graphics subsystem.