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This guide focuses on Windows PC performance, with a separate Steam Deck section. For a safe starting point, install the game on an SSD, update the game and graphics driver, turn ray tracing off, begin with the High preset, and use a stable FPS cap. Add upscaling only if needed; leave Engine.ini edits and mods until you have tested a clean baseline. No single preset guarantees the same result across different hardware, resolutions, and game areas.
Set a baseline before changing graphics
Make changes in a controlled order so you can tell whether they help. The official PC listing specifies DirectX 12, 16 GB RAM and 85 GB of storage, with an SSD preferred. Its minimum and recommended targets are launch-era reference points, not promises for every patch, resolution, ray-tracing setting or demanding location. Steam’s Hogwarts Legacy listing gives the full requirements.
- Update Windows, your graphics driver and the game through its storefront.
- Install the game on an SSD if possible, and make sure the drive has free space.
- Close unnecessary overlays, background recording tools and CPU- or memory-heavy applications.
- Start with the settings below, restart the game after major graphics changes, and note how it performs.
- Compare the same kinds of situations: Hogsmeade, a castle interior, the open countryside and a busy combat encounter. One smooth area does not establish that performance is consistent everywhere.
Pay attention to frame-time consistency as well as average FPS. A high average can coexist with visible hitches during movement or when entering a new area.
Official PC requirements
| Target | CPU | GPU | RAM | Storage | Listed expectation |
|---|---|---|---|---|---|
| Minimum | Intel Core i5-6600 or AMD Ryzen 5 1400 | NVIDIA GTX 960 4 GB or AMD RX 470 4 GB | 16 GB | 85 GB; SSD preferred | 720p/30 FPS, Low |
| Recommended | Intel Core i7-8700 or AMD Ryzen 5 3600 | NVIDIA GTX 1080 Ti, AMD RX 5700 XT or Intel Arc A770 | 16 GB | 85 GB; SSD | 1080p/60 FPS, High |
These storefront targets do not establish expected performance at 1440p or 4K, with ray tracing or frame generation, on Steam Deck, or in a particular demanding area. Meeting a listed specification is not a guarantee of a fixed frame rate on every later game build and driver combination.
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Best starting settings for desktop PCs
Begin with the High preset, then adjust the settings that match your bottleneck. The options available and their exact labels can vary with game updates; the game’s Steam announcements document later PC technology and mod-support updates, so older menu screenshots may not match your build.
| Setting | Starting point | Change it when |
|---|---|---|
| Textures | High, if available VRAM permits | Try Medium if you see texture streaming problems, hitches or signs of memory pressure. |
| Shadows | Medium or High | Lower them when the GPU is the limit and you need more headroom. |
| Effects and materials | High or Medium | Lower them if spell effects or busy scenes cause GPU-side drops. |
| Fog and sky | Medium or High | Reduce them if the GPU is struggling in affected scenes. |
| Foliage | Medium or High | Lower it in dense areas when GPU performance is short of target. |
| View distance | High if performance allows | Try Medium if traversal stutters or CPU frame times are poor. |
| Population quality | Medium | Lower it if a CPU-limited system struggles in busy areas such as Hogsmeade. |
| Ray tracing | Off | Enable only if you have enough performance headroom and prefer its visual effect. |
| Upscaling | Off at 1080p if native performance is already sufficient; otherwise begin at Quality | Try Balanced if Quality does not meet your frame-rate target. |
| Motion blur and film grain | Off for a clearer image | These are mainly presentation preferences, not major performance fixes. |
| Depth of field and chromatic aberration | Personal preference; turn off for a cleaner image if the options are available | Do not expect large FPS gains from changing them. |
| V-sync and FPS cap | Choose a stable cap that suits your display and VRR setup | Adjust if you see tearing, uneven pacing or unnecessary fluctuation. |
Choose changes by bottleneck
- GPU-limited: If GPU use is near its limit while the CPU has headroom, try an upscaler or lower resolution, ray tracing, shadows or effects.
- CPU-limited: If GPU use remains low while FPS is poor, test lower population quality and view distance, then check background processes and frame caps. Lowering resolution alone may not help.
- VRAM- or streaming-limited: Reduce textures if hitches or texture pop-in accompany memory pressure, close background applications and avoid ray tracing.
- Uneven despite a high average: Check frame-time consistency, traversal hitches, overlays, shader behavior, VRR and frame-generation settings rather than chasing a higher peak FPS.
If lower graphics settings barely change FPS, first check whether a cap, V-sync, CPU bottleneck or asset loading is limiting performance. The setting you changed may not be the bottleneck.
Settings by PC hardware and goal
Entry-level or minimum-spec PC
Use Low or a Low/Medium mix, leave ray tracing off, and target a stable frame rate rather than a high refresh rate. Try Quality upscaling first, moving to Balanced only if necessary. If frame pacing remains poor, reduce population and view distance. The official minimum target is 720p/30 FPS on Low, not a guarantee in every area.
Mid-range PC aiming for stable 60 FPS
Start at High, turn off ray tracing, and use Quality upscaling if native resolution cannot hold your target. If the GPU is limiting performance, reduce shadows, effects and foliage before lowering textures—unless you see VRAM-related streaming issues. Choose a cap the system can sustain in demanding scenes instead of letting FPS swing widely.
High-end PC prioritizing image quality
Try native resolution and High settings first, then test ray tracing separately. Use an upscaler if the added GPU load makes performance inconsistent. Judge the result in reflective interiors, Hogsmeade and outdoor areas rather than relying on one quiet location; a feature that looks worthwhile in one scene may cost too much in another.
CPU-limited or VRAM-constrained system
For a weak CPU, lower population quality and view distance and cap FPS at a sustainable value. For limited VRAM, lower textures if you encounter memory pressure or streaming problems, close other applications and keep ray tracing off. The two limits need different remedies, so avoid buying or changing hardware based on average FPS alone.
Choose native resolution, DLSS, FSR or XeSS
No upscaler is universally best. Native resolution is a good choice when your GPU can sustain the target and you prefer its image clarity. If you need more performance, begin with the Quality mode for an available upscaler, then compare Balanced. Performance modes are more appropriate when the GPU cannot meet the target otherwise, particularly at higher resolutions.
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- OC Mode : 1500 MHz (Boost Clock)/Default Mode : 1470 MHz (Boost Clock)
- DLSS: An option for supported NVIDIA hardware. Choose it based on your GPU, available game options and how the image looks in motion.
- FSR: Consider it for AMD hardware and other systems where it is available. Its broad hardware compatibility does not mean it will look identical to other options.
- XeSS: Consider it on supported Intel hardware, or compare it with other available modes if your system and current build offer it. Later game updates have included Intel XeLL/XeFG-related support and an updated XeSS 2 implementation; the exact available features depend on the current build and compatible hardware. Check the game’s announcements for update information.
Compare a still view with movement through a detailed scene. Shimmering, ghosting or softness may be more noticeable in motion; if the result distracts you, use a higher-quality mode or native resolution if performance allows. If the picture became blurry after a change, check render resolution, upscaler mode, sharpening and any driver-level scaling before trying configuration-file edits.
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Ray tracing
Keep ray tracing off by default, particularly on mid-range systems. If you want its reflections and other visual effects, enable one option at a time and test performance in more than one demanding location. Use an upscaler if needed, and prefer a stable capped 60 FPS without ray tracing over an unstable rate with it. A third-party Nexus Mods configuration guide notes an upscaling requirement in its ray-tracing configuration context; treat that as the guide’s advice, not an official universal requirement.
Frame generation
Frame generation may improve perceived smoothness when the game already has a reasonably stable base frame rate. It does not guarantee a fix for traversal stutter or poor frame pacing, and it can introduce artifacts or additional latency depending on the implementation and hardware. Keep base FPS distinct from generated or displayed FPS when evaluating it. If the game feels uneven, turn frame generation off while troubleshooting.
FPS cap, V-sync and VRR
There is no universal best cap. On a 60 Hz display, you may target 60 FPS or a little below when using VRR. With a 120 or 144 Hz display, a sustainable cap such as 60, 72, 90 or 120 can feel better than an unstable maximum. The useful value depends on the display’s VRR range, hardware and input-latency preference. Prefer one primary limiter where possible, and check that the game, driver and display settings are not imposing conflicting limits.
Fix stuttering, pop-in, crashes or poor smoothness
Identify the symptom first: sustained low FPS, an isolated hitch on entering new areas, stutter during movement, hitches during combat effects, texture pop-in, a crash, a blurry image or extra input latency. Treating all of these as “low FPS” can lead to changes that do not address the cause.
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- Remove modifications: Disable third-party mods and restore Engine.ini changes before testing.
- Check system load and storage: Confirm the game is on an SSD, check free space, and see whether system RAM or GPU VRAM is under pressure. Close unnecessary applications.
- Check caps and overlays: Test without recording tools or overlays and verify that V-sync, the game limiter and driver limiter are not conflicting.
- Verify game files: Use the file-verification feature in your storefront. If the game has been heavily modded, remove those modifications or restore a clean installation first.
- Restart and retest: Restart the game after major changes and revisit the same locations and activities you used for your baseline.
- Change one thing at a time: Reintroduce settings or modifications individually so you can identify regressions.
Hitches when entering an area or moving through the world can have different causes from sustained low FPS. An SSD and stable settings can help address avoidable bottlenecks, but settings alone may not remove every traversal or content-related hitch. Avoid deleting caches using instructions for a different storefront or Windows setup; cache locations and safe procedures can vary.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Engine.ini tweaks: optional, reversible experiments
Use configuration-file edits only after the built-in settings and clean troubleshooting steps. A commonly cited path is %LocalAppData%Hogwarts LegacySavedConfigWindowsNoEditorEngine.ini. The path and guidance appear in a third-party Nexus Mods guide; confirm it applies to your installation before editing.
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- Close the game and make a backup copy of
Engine.ini. - Change one setting or group at a time, keeping the original file available.
- Test the game after each change instead of applying several packs together.
- If performance, image quality or stability gets worse, restore the backup or remove the modified file.
The Nexus guide lists settings including r.FinishCurrentFrame=1 and r.Tonemapper.Sharpen=1.0 under [SystemSettings]. The guide explicitly says r.FinishCurrentFrame=1 can cost performance, so it is not a general FPS boost; treat it as an experiment only if you are investigating micro-stutter. Sharpening changes appearance rather than resolving an underlying performance bottleneck.
Do not disable Windows security mitigations, replace DLLs, run unknown “FPS booster” executables, combine overlapping configuration packs, or use a mod built for a different game version. In particular, a third-party optimization-mod listing warns against combining it with other optimization mods. If a tweak causes crashes, remove the mod or restore the backup, verify files and test the unmodified game.
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PC mod support is official: the game’s FAQ says mods can be found from inside the game. That makes the in-game route more accessible, but a mod may still be affected by updates and is not necessarily designed to improve performance.
External mod sites offer configuration guidance, visual changes and performance packs, but those are community-maintained. Check a mod’s compatibility notes and update history, back up saves and configuration files, and understand its uninstall steps before installing it. Test the unmodified game first; do not stack multiple optimization packs or assume that a mod’s claimed benefit applies to your PC.
Steam Deck starting point
Treat Steam Deck as a separate, constrained handheld target, not as a desktop preset. Begin by aiming for stable 30 FPS, disable ray tracing, and try a Medium or carefully chosen Low/Medium mix at the Deck’s native display resolution. Use an appropriate upscaler if needed, then test demanding areas and traversal rather than judging only a quiet scene.
Community settings reports vary in their choices of upscaler, Proton version, frame-generation utilities and configuration edits. Those reports are anecdotal and may age with game, SteamOS or Proton updates. Avoid stacking frame-generation and scaling utilities unless you understand their image-quality and latency trade-offs. A fixed 40 or 45 FPS target should not be assumed without current testing on the relevant game and SteamOS build. One Steam Deck community discussion illustrates the kind of user-reported settings advice available, not a guaranteed configuration.
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Should you upgrade your PC?
Do not buy hardware based on average FPS alone. Check whether the limit is actually the GPU, CPU, storage or memory: a GPU upgrade is most relevant to higher resolutions, ray tracing or high-refresh targets, while it will not solve a CPU limit or every traversal hitch. The official listing specifies 16 GB RAM, but moving to 32 GB is not a guaranteed Hogwarts Legacy FPS increase; it may make sense for broader multitasking needs. If the game is still on an HDD, an SSD is the more directly relevant storage change, though it cannot guarantee the elimination of stutter.
A stable, clear baseline is more useful than a pile of tweaks: use an SSD, leave ray tracing off unless performance headroom supports it, tune settings to the actual bottleneck, and test changes in demanding areas.
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