Why You Should Build Your Own Reference Sheet
The PS5 Pro ships with a lot of moving parts. Performance mode, resolution scaling, ray tracing toggles, HDR calibration, 4K120 output, the new AI upscaling feature they call PSSR — there's enough to keep track of that you will forget the details within a week. I figured this out the hard way when I spent twenty minutes digging through menu layers trying to remember whether I'd enabled PSSR on a particular title or left it on automatic. So I built a simple worksheet to track what's configured across my library. Start with a basic spreadsheet or a note-taking app. I use a shared Google Sheet that I can pull up on my phone while I'm sitting at the console. Columns are your settings categories: Game Title, Resolution Target, Frame Rate Mode, Ray Tracing Status, PSSR Settings, and Notes. That's it. Don't overcomplicate it in the beginning. The real value comes from the Notes column. That's where I log things like "PSSR auto looks worse than off on this one" or "Performance mode drops below 50fps in Act 2." I track which games use the native PSSR implementation versus the legacy rendering path. Sony has been inconsistent about how they ship these features across different titles, and the documentation is scattered across patch notes and community forums.
Here's the part most people skip. For each game, test the settings methodically. I run each game for about ten minutes in its default configuration, then switch to the alternative performance preset, and finally try manual overrides if the game allows them. I watch for frame pacing stutter, not just average FPS. A game might average 60fps but have micro-stutters every thirty seconds that make it feel worse than a locked 55fps. The worksheet captures that distinction in the Notes column. I also include a column for HDMI and display settings. This matters more than you'd expect. The PS5 Pro can output different refresh rates depending on your cable, your TV's HDMI port, and whether you're using the broadcast standard or the console's internal scaler. I log which HDMI port on my display I'm using for each game session. It sounds excessive until you're troubleshooting flickering and realize you switched cables without updating anything. One edge case that tripped me up for weeks: the PS5 Pro's cooling profile affects sustained performance in longer sessions. I noticed a game I'd logged as "smooth 60fps" started dropping frames after forty minutes. It turned out the console was thermal throttling because I'd set it vertically with poor clearance. I added a "Thermal Behavior" row to the worksheet and now I check temperatures with a thermometer after extended play sessions. The workaround was moving it horizontally and gaining back about five fps on average during sustained loads.
Keep the worksheet live. Update it after every patch. Sony pushes updates that change performance characteristics regularly, and a game that ran fine in one build might behave completely differently after a day-one patch. I've had entries become obsolete within a week because a patch adjusted frame pacing or introduced a new rendering option. There are tools that automate parts of this. ScumFramer and similar utilities can pull frame time data directly from the console output. They're useful for getting objective numbers, but they miss the subjective experience. A frame time graph won't tell you if the input feels laggy or if the visual fidelity trade-off is worth it for your particular display. I use the tools for data points and fill the rest in manually. The main limitation of this approach is that it only works for games you own or can borrow. If you're trying to build a reference for a title you can't physically test, the worksheet hits a wall. Community-shared databases exist, but they're incomplete and often unreliable because nobody verifies the data against actual hardware. I cross-reference community entries against my own tests before trusting them.
Get the Full Details
If you want something less hands-on, you can just bookmark the official Sony settings pages and the game-specific patch notes. But you'll still be flipping between tabs while trying to figure out why your 4K120 setup isn't engaging on a particular title. The worksheet consolidates everything into one place and forces you to make deliberate choices instead of accepting default configurations. Start small. Pick five games you play frequently and log their settings properly. The habit will carry over to the rest of your library within a couple of weeks. The whole process for a single game takes about fifteen to twenty minutes if you're thorough, or five minutes if you're just logging the basic presets.
