RAM Upgrade Planner

The tool compares your current RAM capacity to workload-based minimums (Gaming is more speed-sensitive; Editing/Rendering/Multitasking are more capacity-sensitive). It then calculates speed headroom by comparing your current MHz to your CPU/platform maximum supported speed. Finally, it uses your channel layout (e.g., 2x8 vs 1x16) to adjust the recommendation and flags cases where a safe upgrade would require mixing mismatched specs—leading to a “switch kit” recommendation.

Even if faster RAM is available, the upgrade only helps if your CPU/platform can run it at that speed stably—otherwise the system will fall back to lower effective speeds (and the tool marks that as constrained). Likewise, single-channel layouts typically underperform versus dual-channel, so a “speed-only” move may not deliver the expected gains for gaming. The planner also assumes practical stability at the platform’s max supported speed and does not model deeper factors like timings or rank topology.

Don’t assume you can exceed your platform max supported speed—if you do, the system may require XMP/EXPO tuning and could become unstable. Also avoid mixing RAM kits with mismatched capacities or speeds if that would force downclocking; this planner will recommend switching kits in those situations. If your current capacity is already below the workload minimum, prioritizing MHz over GB may leave you performance-limited.

If your desired target involves combining modules that can’t run at the same effective speed (because of platform ceilings or mismatched specs), the planner classifies it as a kit replacement. If your current MHz is at or above the platform maximum, it won’t recommend a speed increase and will lean toward capacity or kit selection instead. If your inputs suggest an invalid situation (e.g., current speed higher than the platform max), the compatibility/status output should be treated as a warning rather than a performance plan.