The performance of Dragon Age: The Veilguard on Asus ROG Ally X is surprisingly good if you are ready to make minor compromises in some areas.

I tested the game on 1080p as well as 720p using the same settings with acceptable results even though this is an extremely demanding game for a handheld.

Below I will list you my recommended settings for Dragon Age: The Veilguard; including graphics and TDP settings.

Note: Use 8GB VRAM no matter which resolution you are on.

Dragon Age: The Veilguard Display Settings for Asus ROG Ally X

OptionsSettings
Screen Resolution1080p
Refresh Rate120hz
Frame Rate LimitUncapped
VsyncOff
Triple BufferingOff
Upscaling MethodAMD FSR
Upscaling QualityRead “Performance” section below
DLSSOff
Nvidia ReflexOff
Anti AliasingOff
Render Scale100%
Dynamic Resolution ScalingOff
Target Frames Per Second30
Minimum Resolution Scale83%

Dragon Age: The Veilguard Graphics Settings for Asus ROG Ally X

OptionsSettings
Grahics PresetLow
Texture QualityLow
Texture FilteringLow
Lighting QualityLow
Contact ShadowOn
Ambient OcclusionHBAO
Screen Space ReflectionOff
Volumetric LightingLow
Sky QualityLow
Ray-traced ReflectionsOff
Ray-traced Ambient OcclusionOff
Level of DetailLow
Strained HairOff
Terrain QualityLow
Terrain Decoration QualityLow
Visual Effects QualityLow
VignetteOff
Motion BlurOff
Post Processing QualityLow
Field of View (FOV)100%

Dragon Age: The Veilguard TDP Settings for Asus ROG Ally X

Dragon Age: The Veilguard, needless to say, is a taxing game. It takes a lot out of Asus ROG Ally X, so we’ll have to push the TDP a little. Keep wattage at 25W for optimal performance.

Veilguard is simply too demanding to keep the TDP below 20W. You can go slightly below 25W in my experience, but the best results are at 25W and above if you wish to maintain a playable frame rate in DA Veilguard.

Performance at 1080p and 720p

Dragon Age: Veilguard offers several FSR options that significantly impact both visual quality and performance. At native 1080p, the game struggles to maintain playable framerates, hovering around 26 FPS.

FSR: Quality at 1080p

FSR Quality mode provides an immediate performance boost, though still falls short of optimal gameplay smoothness.

FSR: Balanced at 1080p

The Balanced FSR preset pushes performance further, reaching approximately 35 FPS, offering a modest improvement over Quality mode’s 33 FPS.

FSR: Performance at 1080p

The sweet spot appears to be FSR Performance mode, which delivers the best balance between visual fidelity and framerate.

While the image quality takes a hit, it remains acceptable on the device’s compact display and provides consistent performance. For those prioritizing raw performance over visual quality, Ultra Performance mode is available, though it notably degrades image quality while delivering the highest possible framerates.

Interestingly, testing revealed that 1080p with FSR Performance mode delivers similar performance to native 720p with TAA High enabled.

This presents users with an interesting choice: opt for the higher resolution with FSR upscaling, or go with the potentially clearer native 720p image on the smaller screen.

It’s worth noting that even with FSR Performance mode enabled at 1080p, certain game areas can still see framerates dip into the upper 20s, though these instances were relatively rare during initial testing.