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Start with the Low or Steam Deck preset at 1080p, disable ray tracing and path tracing, and enable in-game FSR scaling if native resolution is too demanding. Use the handheld’s 35W Turbo mode while plugged in and 17W Performance mode on battery, then test a 40 or 60 FPS cap according to whether consistency or responsiveness matters more. This is an evidence-based starting profile, not a configuration personally tested for this article.
The ROG Xbox Ally X has a 1080p, 120Hz touchscreen, an 80Wh battery and selectable power modes. Cyberpunk 2077 can look excellent on it, but its results change sharply with wattage, upscaling, preset, ray tracing and software features. The figures below therefore identify test conditions instead of promising one universal frame rate.
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Recommended starting profile
Apply these settings in Cyberpunk 2077’s Settings and Graphics menus. Begin here, play the same demanding area for several minutes, and then change one option at a time.
| Option | Plugged-in profile | Battery profile | Reason |
|---|---|---|---|
| Power mode | Turbo, 35W | Performance, 17W | These are the power limits used in ASUS’s published comparison conditions. |
| Resolution | 1920×1080 | 1920×1080 initially | Use the panel’s native resolution first; let the upscaler reduce internal render cost. |
| Preset | Low or Steam Deck | Low or Steam Deck | Both provide substantially more headroom than a high-quality preset. |
| Ray tracing and path tracing | Off | Off | Reserve the GPU budget for a steadier frame rate. |
| Upscaling | FSR 2.1 Auto, where available | FSR scaling enabled | Upscaling is the clearest way to retain a 1080p output while lowering internal render cost. |
| Frame generation | Off for the baseline | Off for the baseline | The cited Windows Central result used frame generation off; upscaling and frame generation are different features. |
| Frame-rate cap | 40 or 60 FPS | 40 FPS first, then 60 if power draw is acceptable | A cap can reduce swings and unnecessary consumption, but no source establishes one ideal value for every player. |
If the game exposes several FSR quality modes, move toward a higher-quality option when the image looks too soft and toward a more performance-oriented option when frame rate is the priority. The exact visual result depends on the game version and selected mode.
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What the published tests actually show
There is no single “Cyberpunk FPS on Ally X” number. Manufacturer and reviewer measurements used different presets, scaling, software defaults and wattage limits.
ASUS’s default-settings comparison
| Power condition | Resolution and graphics | Scaling | Average result |
|---|---|---|---|
| Turbo, 35W, plugged in | 1080p, default graphics | RSR/FSR off | 40 FPS |
| Performance, 17W, on battery | 1080p, default graphics | RSR/FSR off | 31 FPS |
These are ASUS figures from its current product benchmark page, accessed in 2026. ASUS presents the comparison alongside an older ROG Ally X at different wattage limits, so the rows should not be read as a controlled, same-power generational test. They are useful as a conservative reference for native-resolution, no-upscaling play.
Windows Central’s tuned results
| Preset | Resolution | Upscaler | Power and software conditions | Approximate average |
|---|---|---|---|---|
| Low | 1080p | FSR 2.1 Auto | 35W plugged in, HYPR-RX defaults on, 8GB VRAM, frame generation off | 93.25 FPS |
| Steam Deck | 1080p | FSR 2.1 Auto | 35W plugged in, HYPR-RX defaults on, 8GB VRAM, frame generation off | 83.61 FPS |
In the same review context, Windows Central described the Steam Deck preset averaging about 45 FPS before its HYPR-RX defaults were enabled and about 83 FPS afterward. That is reviewer-observed evidence that driver and software defaults can dominate the result; it is not a guarantee that every installation, driver version or game patch will reproduce the increase.
Tom’s Guide’s settings contrast
Tom’s Guide reported approximately 50 FPS after tuning Cyberpunk to medium-to-high detail at 1080p with FSR resolution scaling. Its 720p Ultra test without scaling was far slower. The contrast demonstrates why a lower output resolution is not automatically faster: an Ultra preset can overwhelm the GPU even when fewer pixels are displayed, while a sensible preset and upscaler can produce a better balance.
How to configure the game step by step
- Choose the power target. For a plugged-in session, select Turbo at 35W. For battery play, select Performance at 17W. Make this choice before judging a graphics change; switching wattage can move the result more than changing a single quality option.
- Open the graphics controls. In Cyberpunk 2077, open Settings, then Graphics. Start with the Low preset or the Steam Deck preset rather than a high-quality preset.
- Disable expensive lighting features. Set ray tracing off and path tracing off. Revisit them only after establishing a stable non-ray-traced profile; enabling either consumes headroom that the handheld can use for frame-rate consistency.
- Keep 1080p as the output. Select 1920×1080 so the display receives a sharp native-resolution signal. If the frame rate is too low, reduce internal work with FSR scaling instead of immediately switching the output to 720p.
- Enable FSR scaling. Use FSR 2.1 Auto when that option is available. FSR upscales a lower internal render to the selected output; it is not the same as frame generation and should not be described as creating extra rendered frames.
- Leave frame generation off for the baseline. Establish the latency and smoothness of ordinary rendering first. The cited Windows Central measurement explicitly had frame generation disabled, so turning it on would create a different test condition.
- Set a cap deliberately. Try 40 FPS when you want a steadier cadence and lower demand, or 60 FPS when controls feel better at higher responsiveness. A 120Hz panel can display either target cleanly, but the panel’s maximum refresh rate does not mean the game will sustain 120 FPS.
- Test one change at a time. Use a repeatable save and route through the same busy area. Record the displayed average and whether camera movement feels consistent. Change preset, FSR mode, cap or power mode separately so you know which adjustment helped.
Two practical profiles
Plugged-in performance profile
Use Turbo at 35W, the Steam Deck or Low preset, 1080p output, FSR 2.1 Auto, ray tracing and path tracing off, frame generation off, and a 60 FPS cap. If the game spends much of its time below the cap, use 40 FPS instead; a cap cannot create performance that the hardware does not have, but it can prevent needless fluctuation when the target is attainable.
Battery-balanced profile
Use Performance at 17W, the Low or Steam Deck preset, 1080p output with FSR scaling, both forms of ray tracing off, frame generation off, and a 40 FPS cap. Raise the cap only if your particular area remains comfortably above it. This profile prioritizes predictable load over maximum image detail.
Resolution, preset and upscaling trade-offs
Why 1080p plus FSR is a useful first choice
Native 1080p with RSR/FSR disabled is the demanding reference used in ASUS’s 40-FPS plugged-in and 31-FPS battery rows. FSR scaling allows the game to render internally at less cost while preserving a 1080p output. Windows Central’s 83.61-FPS Steam Deck result used 1080p output with FSR 2.1 Auto, showing how strongly the upscaler and preset can alter the outcome.
When Low is preferable to Steam Deck
The Low preset produced about 93.25 FPS in Windows Central’s stated 35W configuration, compared with about 83.61 FPS for Steam Deck. That gap is not a universal ranking for every driver or patch, but it gives a clear choice: use Low when headroom for busy scenes matters more than extra detail, and Steam Deck when its visual balance is preferable.
Why 720p Ultra can disappoint
Tom’s Guide found its 720p Ultra, no-scaling result far below its tuned medium-to-high, 1080p FSR result. Lowering output resolution reduces pixel work, but an Ultra preset can increase lighting, geometry and effects costs enough to erase that benefit. Change the preset and scaling before assuming 720p is the solution.
Ray tracing, path tracing and visual priorities
Ray tracing and path tracing are the first features to disable when the objective is a stable handheld frame rate. They add visual effects at a substantial performance cost, and the cited starting results from ASUS, Windows Central and Tom’s Guide all derive their useful frame-rate headroom from conventional rasterized rendering or from settings that do not establish a ray-traced target.
If reflections and lighting are more important to you than a fixed cap, re-enable ray tracing only after testing the non-ray-traced profile. Treat that as a personal compromise rather than a recommended baseline: the available figures do not establish a dependable ray-traced FPS target for this handheld.
Understanding power modes and battery expectations
The Ally X’s 80Wh battery is a capacity specification, not a Cyberpunk runtime promise. ASUS’s heavy-AAA battery procedure uses Cyberpunk 2077 at 1080p, Low graphics and a 60 FPS cap in 17W Performance mode, but ASUS does not publish a Cyberpunk-specific runtime in the cited data.
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Runtime changes with brightness, system activity, game area, frame-rate cap, upscaler mode and battery condition. For a longer session, keep the 17W mode, use the 40-FPS cap and reduce the workload before lowering the output resolution. For a short session where responsiveness matters most, test 60 FPS and watch the handheld’s power and battery readouts rather than assuming a fixed number of minutes.
HYPR-RX and other software variables
Windows Central’s comparison shows why software defaults deserve their own check. Its Steam Deck result moved from about 45 FPS to about 83 FPS after HYPR-RX defaults were enabled. That change belongs to the reviewer’s complete configuration—35W, FSR 2.1 Auto, 8GB VRAM and frame generation off—not to the graphics preset alone.
When your result is unexpectedly low, check whether a driver utility has applied a different profile, whether the game is actually using FSR, and whether the handheld has switched from Turbo to a lower wattage mode. Do not assume that a feature named frame generation is active merely because FSR upscaling is enabled.
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Using Xbox Default Game Profiles
Xbox’s Default Game Profiles can automate TDP and FPS targets for supported games while the handheld is on battery. The cited supported-title list does not establish that Cyberpunk 2077 is supported, so do not rely on an automatic profile without checking the handheld’s own profile interface.
If Cyberpunk appears in that interface, verify the selected wattage and cap in-game before troubleshooting. If it does not appear, set the 17W Performance mode and cap manually. Xbox’s broader Handheld Compatibility program covered more than 1,000 PC games as of its April 30, 2026 update, but that platform-wide total is not a Cyberpunk performance measurement or proof of profile support.
Troubleshooting by symptom
Average FPS is below the expected range
- Confirm the active power mode: 35W Turbo when plugged in or 17W Performance on battery.
- Check that ray tracing and path tracing are off.
- Confirm that FSR scaling is enabled and that the game has not reverted to native, no-scaling rendering.
- Check for an unintended Ultra or high-quality preset.
- Remove the cap temporarily while diagnosing; restore 40 or 60 FPS after you know the uncapped behavior.
The image is too soft
- Keep the 1080p output and choose a higher-quality FSR option if the game exposes one.
- Compare the Steam Deck preset with Low rather than jumping to Ultra.
- Keep ray tracing disabled while tuning clarity so a quality change does not obscure the source of a performance loss.
Frame pacing feels uneven
- Try a 40 FPS cap instead of chasing an unstable 60.
- Use the same power mode throughout a comparison; changing wattage invalidates the comparison.
- Check whether a software profile has changed the cap or TDP.
Battery life is shorter than expected
- Use 17W Performance, a 40 FPS cap and the Low or Steam Deck preset.
- Keep FSR scaling enabled rather than forcing native no-scaling output.
- Remember that ASUS does not state a Cyberpunk-specific runtime for its cited battery procedure, so there is no official runtime number against which every session can be judged.
How to interpret the numbers without overpromising
The published results span roughly 31 FPS to 93.25 FPS because they are measuring different experiences: ASUS used default 1080p graphics with scaling off at two power limits; Windows Central used tuned presets, FSR 2.1 Auto and HYPR-RX at 35W; Tom’s Guide used its own detailed-settings and scaling choices. None is a population statistic, and none proves that your exact driver, game patch, save location or display settings will match.
For that reason, the most defensible target is not a single headline number. Establish whether your chosen profile holds its cap in the areas you actually play, then trade detail, scaling and power against the smoothness you can feel. The Low or Steam Deck preset with ray tracing disabled and FSR enabled is the practical starting point; your final setting should follow your measured balance between clarity, consistency and battery demand.
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Plugging in does more than prevent the battery from draining. The tested power ceiling changes from 17W Performance on battery to 35W Turbo when connected, giving the processor and GPU substantially more room. ASUS’s no-upscaling comparison moves from 31 FPS to 40 FPS under those conditions, but the figures also use different power states and should not be treated as a guaranteed percentage increase for every preset.
Use the plugged-in profile when you want to explore higher detail or a 60 FPS cap. Use the battery profile when a predictable load matters more than peak averages. If you switch between them, retest the same scene: a cap that is stable at 35W may be unattainable at 17W, while a 40 FPS target may be comfortable in both.
A reliable tuning order
Change settings in an order that protects image quality. First select the correct wattage mode, then disable ray tracing and path tracing. Next choose Low or Steam Deck, keep 1080p output, and enable FSR. Only after those choices should you compare 40 and 60 FPS caps. If performance is still insufficient, select a more performance-oriented FSR mode before dropping the output resolution. If the picture is too soft, reverse that last step and use a higher-quality FSR mode.
This order prevents a common mistake: changing resolution, preset, cap and power mode at once makes it impossible to identify the cause of an improvement or regression. A repeatable save in a crowded area is more useful than a short run through an empty corridor.
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Common pitfalls to avoid
- Mixing test conditions. ASUS’s 40 FPS result has RSR/FSR off and default graphics, while Windows Central’s 83.61 FPS result uses FSR 2.1 Auto, HYPR-RX and 35W. Those numbers describe different configurations.
- Confusing upscaling with frame generation. FSR scaling lowers internal render cost. Frame generation creates additional displayed frames and changes latency and testing conditions. The cited Windows Central baseline had frame generation off.
- Assuming 120 FPS is the goal. The screen supports up to 120Hz, but neither the panel nor a high refresh setting guarantees that Cyberpunk will render at 120 FPS.
- Promising a fixed runtime. ASUS gives the battery-test recipe—1080p, Low, 60 FPS cap and 17W Performance—but not a Cyberpunk-specific runtime.
- Trusting automatic profiles blindly. Xbox Default Game Profiles apply only to supported titles. Check whether Cyberpunk is listed on your device and verify its wattage and cap manually.
Storage and installation note
ASUS states that the Ally X storage is upgradeable with an off-the-shelf drive, but compatibility should be checked before selecting a replacement SSD. Storage capacity does not raise FPS, yet a healthy, adequately sized drive avoids having to remove the game or manage free space while tuning. Treat this as a hardware-maintenance option, not a graphics optimization.
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How to interpret a disappointing result
If your average is near ASUS’s 31 FPS battery figure, first check whether you are running default settings with scaling disabled. If it is far below the tuned Windows Central figures, verify 35W Turbo, FSR 2.1 Auto where available, HYPR-RX defaults and the 8GB VRAM condition used in that review. These checks explain configuration differences; they do not guarantee that your machine will reach 83.61 or 93.25 FPS.
Likewise, a result near 50 FPS can be reasonable for a medium-to-high, 1080p FSR setup like Tom’s Guide’s. A lower number at 720p does not automatically indicate a fault if the preset is Ultra and scaling is disabled. Compare like with like before changing hardware or reinstalling the game.
Frequently Asked Questions
What are the best starting settings for Cyberpunk 2077 on the ROG Xbox Ally X?
Use the Low or Steam Deck preset, 1920×1080 output, FSR scaling, ray tracing and path tracing off, and frame generation off for the baseline. Select Turbo at 35W when plugged in or Performance at 17W on battery, then test a 40 or 60 FPS cap.
Can the ROG Xbox Ally X run Cyberpunk 2077 at 60 FPS?
Some tuned plugged-in tests exceed 60 FPS, but they use specific conditions: Windows Central reported about 83.61 FPS on Steam Deck settings and 93.25 FPS on Low at 35W with FSR 2.1 Auto and HYPR-RX defaults. ASUS’s default 1080p, no-scaling result was 40 FPS at 35W. Treat 60 FPS as a target to test, not a guarantee.
What FPS should I expect on battery?
ASUS reports a 31 FPS average at 1080p default graphics, RSR/FSR off and 17W Performance mode. A Low or Steam Deck preset with FSR and a 40 FPS cap may feel steadier, but no cited test guarantees that cap in every area.
Should I use 1080p or 720p?
Start at 1080p output and use FSR to lower internal rendering cost. Tom’s Guide found its 720p Ultra, no-scaling result much slower than a tuned medium-to-high 1080p FSR setup, showing that preset and scaling can matter more than output resolution alone.
Is FSR the same as frame generation?
No. FSR upscaling renders internally at a lower resolution and reconstructs the 1080p output. Frame generation is a separate feature. Windows Central’s cited measurements used frame generation off, so enabling it would produce a different comparison.
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Leave both off for the recommended baseline. Re-enable ray tracing only after establishing a stable conventional profile, because the cited results do not establish a dependable ray-traced FPS target for this handheld.
Does Xbox Default Game Profiles automatically optimize Cyberpunk 2077?
Only supported games receive automatic TDP and FPS targets. The cited list does not confirm Cyberpunk 2077 support, so check the profile interface on your Ally X and set 17W Performance and the cap manually if the game is absent.
How long will Cyberpunk run on the 80Wh battery?
ASUS does not publish a Cyberpunk-specific runtime for its battery procedure. That procedure uses 1080p Low settings, a 60 FPS cap and 17W Performance mode, but actual runtime varies with brightness, scene, cap, scaling, system activity and battery condition.
The Bottom Line
For a dependable starting point, use Low or Steam Deck settings at 1080p, FSR scaling, ray tracing and path tracing off, and frame generation off. Run Turbo 35W while plugged in and Performance 17W on battery, then choose a 40 or 60 FPS cap based on the smoothness and battery demand you can accept. Published results range from ASUS’s 31 FPS battery baseline to Windows Central’s tuned 83.61–93.25 FPS plugged-in measurements because their conditions differ; tune against your own demanding save rather than chasing one headline number.
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