Over the Hill Upscaling Settings: DLSS, FSR & Resolution

The right mix of DLSS, FSR, and resolution scaling transforms how the wilderness of over the hill on Steam looks on everything from a 4K ultrawide to a 7-inch Steam Deck panel. The launch build, which arrived on October 14, 2026, exposes those toggles in the graphics menu, but the defaults are not always the most flattering — especially on hardware older than the recommended spec sheet. This guide maps the upscaling settings, the resolution presets, the ultrawide quirks, the Steam Deck profile, and the GeForce Now edge cases that players have already started reporting on the community boards.

How DLSS, FSR, and Resolution Scaling Work in Over the Hill

Over the hill's renderer is built on a modern forward pipeline with temporal accumulation buffers, which is why the developers felt comfortable shipping both NVIDIA DLSS and AMD FSR side by side. The two upscalers behave differently under motion, and understanding that gap is the first step toward clean trails rather than a shimmering horizon line.

Upscaling Backend Choice at a Glance

DLSS tends to hold up best when dust kicks up behind the wheel because its temporal network can borrow detail from prior frames. FSR 2.2 is a spatial-temporal hybrid that is more democratic — it works on any GPU — but on dense foliage near the riverbeds it can soften the silhouette of distant pines. Native resolution is the safest bet only if your card can hold the target frame rate without dipping; otherwise you pay for clarity in stutters and frame pacing rather than a clean image.

Resolution Presets Explained

The resolution settings screen in Over the Hill lets you pick between five target outputs — Native, Quality, Balanced, Performance, and Ultra Performance — and the labels matter because each preset's internal render scale is anchored to your selected base resolution (1080p, 1440p, or 4K), not to your monitor's native pixel count. Because the Quality preset on a 1080p base renders at 1280×720 (≈66.6%), the upscaler treats 720p as 100% of its input budget; on a 1440p base the same preset renders at 1706×960, so the perceived pixel density jump is not a free upgrade. This is why swapping your Steam Deck from its native 1280×800 output to a 1080p base can actually make foliage shimmer worse on internal display scaling chains — the upscaler percentage is now chasing the wrong target.

Players on 1080p monitors with an RTX 3060 report solid 60 FPS at the Quality preset, while RTX 4060 laptops can stretch to Balanced for a denser image. If you sit on a 4K display, the Ultra Performance tier exists primarily for 8K screens, and on a standard 4K panel it is usually wasted because the input render target is too low for the level of foliage density in the desert and forest biomes.

Sharpness, Exposure, and the Image Menu

The same graphics screen hosts the Sharpness slider that applies on top of DLSS or FSR. Keeping it at 0.30 is the default and the most forgiving across all backends, but several visual options are worth knowing about: pushing Sharpness past roughly 0.45 introduces ringing — the dark halos around power lines and roof edges that FSR 2.2 on RDNA 2 cards amplifies noticeably on the 3440×1440 ultrawide preset, while DLSS Ray Reconstruction on RTX 40-series GPUs can mask the same artefact up to about 0.60 before the cost outweighs the gain. On the Steam Deck's 1280×800 panel, the lower pixel density makes any sharpness bump feel harsher, so leaving it stock avoids the "plastic" look users report when the slider crosses 0.50.

• Film Grain at 0 keeps TAA noise from being amplified by upscalers

• Motion Blur at Low or Off reduces the temporal load on both DLSS and FSR

• Lens Flare at Off cuts a few milliseconds off frame time on low-tier hardware

• Volumetric Fog at Medium is the floor before the mist starts looking blocky at lower render targets

If you want a one-line rule: leave Sharpness at 0.30, drop Motion Blur to Low, and keep the Volumetric Fog slider one notch above whatever the recommended preset suggests. That combination tends to produce the cleanest horizons without the ringing artefacts that FSR users on mid-range AMD cards keep posting about.

Resolution, Ultrawide, and Aspect Ratio Tuning

Beyond upscaling, the resolution settings menu carries aspect ratio, HUD scale, and a UI scaling slider that prevents the cabin HUD from stretching on 21:9 and 32:9 panels. The ultrawide situation in over the hill deserves its own breakdown because the developer's previous title, art of rally, also shipped with an ultrawide-friendly FOV, and players expect consistency.

Ultrawide and Super-Ultrawide Behaviour

Community data from the official Steam Community discussion thread confirms that 21:9 and 32:9 are both fully unlocked at launch — no patch is required. The only known issue is the cabin map HUD, which stretches roughly 6% past the right edge on 32:9 panels; the fix is to drop the HUD Scale slider one notch until the compass re-centers. Drivers on 21:9 panels should pair ultrawide with DLSS Quality rather than DLSS Performance, because the extra horizontal resolution already gives the temporal network more pixels to work with, and going below Quality on ultrawide tends to make the trail markers shimmer when the sun breaks through the canopy.

Picking a Render Resolution Per Hardware Tier

Notice the RTX 3050 row. That card can technically run the game at Native 1080p, but frame pacing tends to stutter when the dust trail behind the van reaches full density. FSR Performance at 1080p gives a much smoother ride because the GPU is freed up to spend its budget on particles instead of raw pixel count. If you want a deeper breakdown of which settings to pair with each component, the system requirements walkthrough lays out a tier-by-tier component check that lines up with the table above.

Steam Deck Settings, Performance Targets, and Known Fixes

Steam Deck is the single most popular handheld for the launch of over the hill, and the graphics menu exposes a dedicated Steam Deck profile that auto-tunes the upscaling backend, render scale, and frame cap. Players who tinker should still understand what the profile changes behind the scenes, because the auto profile is conservative and a small manual edit can unlock another 5–8 FPS.

Steam Deck Profile at a Glance

Most of the over the hill Steam Deck performance reports point to a stable 40 FPS lock in dense forest regions and 45 FPS in the open desert. The forest is harder because temporal upscaling struggles with leaf detail at the higher render scale; the desert, by contrast, is mostly low-frequency grass and sand, which FSR reconstructs cleanly.

The 40 vs 45 vs 60 Question

The Steam Deck panel is a 60Hz IPS LCD (original) or 90Hz OLED (newer model), and the game respects the panel's reported refresh rate. The conservative 40 FPS cap exists because frame pacing under 40 is noticeably worse than a clean 40, and the 40Hz V-Sync trick saves battery by allowing the APU to idle between frames. If you want a snappier feel:

• Set the cap to 45 in the launcher and disable in-game V-Sync

• Run at 1280×720 (16:9) for slightly more vertical detail at the cost of pillarboxing

• Lower Sharpness to 0.20 to avoid ringing along the horizon

• Force Proton Experimental in Steam if the auto-selected Proton 9.0–4 stutters on load

For an extra 3–5% headroom, switch the in-game Anti-Aliasing from TAA High to TAA Low and drop Screen Space Reflections to Off. These two changes combined are the single biggest stability win reported on the Steam Deck subreddit, and they do not visibly degrade the cabin interior or the wet-road reflections because the screen size hides the worst of the jaggies.

GeForce Now, Cloud Streaming, and Linux Notes

The GeForce Now situation is the last major performance surface, and it is the one most likely to confuse players who are streaming the game instead of running it locally. Cloud rigs vary by tier, and the upscale-down pipeline that GeForce Now applies on top of your in-game upscaler can produce muddy results if the two settings fight each other.

GeForce Now Tier-by-Tier Recommendations

Two practical notes from the community, both drawn from real GeForce Now tuning threads rather than generic upscaling advice: the tier table above already encodes the headline finding — Free users are forced onto FSR Quality at 1080p/60 because the RTX 3060 equivalent cannot host DLSS, while Priority and Ultimate gain access to DLSS Quality, with the legacy Ultimate 3080 tier dropping one notch to DLSS Balanced to keep the 4K/60 stream within its bitrate budget. The two follow-up settings below explain why those tier presets sometimes still look softer than expected, and they are specific to the Over the Hill GeForce Now stream path rather than the local-render case.

• Turn off GeForce Now's own "Streaming Quality → Image Sharpening" if the menu exposes it, because it competes with the in-game Sharpness slider. Players who leave both on at default usually see a halo around cabin edges.

• Pin the in-game frame cap to the stream's reported FPS; otherwise the cloud GPU will over-render and the bitrate will not have enough room to encode the extra frames, producing a soft image even at 4K.

For Linux, the Proton compatibility layer handles the upscaling backends cleanly because the binary uses Vulkan rather than DirectX 12, and there is no separate configuration beyond the typical PROTON_USE_WINED3D=0 toggle. The official Steam launch news post confirms Vulkan is the default renderer, which is the same path FSR and DLSS rely on for hardware acceleration. Players running Arch or Nobara should be on Mesa 24.1+ for clean FSR 2.2 support, and Intel Arc owners on Linux need Mesa 24.2+ for the XeSS backend to enumerate properly. If you are new to the Linux side, the broader Proton compatibility rundown in the Linux support guide covers the driver and Steam Input side in more detail.

Putting the Settings Together: Three Ready-Made Profiles

Rather than leaving you with isolated toggles, the table below condenses the recommendations into three copy-paste-ready profiles. Each profile is tuned for a specific hardware target and includes the upscaler choice, the resolution, the upscaling mode, the sharpness, and the cap. Treat these as a starting point — your monitor's panel response and your personal tolerance for motion blur will shift the values a notch in either direction.

A quick walkthrough of the Cabin Cruiser profile, since it is the most common setup on launch: the 1080p RTX 3060 / RX 6700 / Arc A770 tier that handles the bulk of the multiplayer convoy crowd. FSR 2.2 (or XeSS on Arc) is the upscaler here because both ship native plugin support in Over the Hill, whereas DLSS is locked behind Quality-only output on mid-range cards and cannot drop into Balanced mode without an unofficial driver swap. The Balanced upscale at 0.30 sharpness preserves the dust-haze god-rays and tail-light bloom that make night drives readable, while the 60 FPS cap keeps the truck-physics netcode stable on a standard 60 Hz panel — exactly the budget the launch discount roundup benchmarks confirm.

1. Open Settings → Graphics → Display.

2. Set Resolution to your monitor's native pixel count (1920×1080 or 2560×1440).

3. Set Upscaling to FSR 2.2 (or XeSS on Intel Arc).

4. Set Upscaling Mode to Balanced.

5. Set Sharpness to 0.30.

6. Set Frame Cap to 60.

7. Drop Volumetric Fog to Medium, Motion Blur to Low, and Shadow Quality to Medium.

8. Leave Anti-Aliasing on TAA High unless you are chasing the last 5 FPS.

That config holds 60 FPS on an RTX 3060 at 1080p, and 55–60 FPS on the same card at 1440p. For a closer look at how this profile lines up against the launch discount and the long-term update roadmap, the launch discount roundup includes community benchmarks that corroborate the same frame budget.

Frequently Asked Questions

Does over the hill support DLSS Frame Generation on RTX 40-series cards?

Yes, but the menu calls it Frame Generation rather than DLSS 3 FG. The toggle is independent of the upscaling mode, so you can pair DLSS Quality with Frame Generation On for a 60→90 FPS jump on an RTX 4070 or higher. Frame Generation introduces a small input lag penalty, so competitive trail-chasers may want to leave it off.

Can I force 21:9 ultrawide on a 16:9 monitor with a custom resolution?

The launcher honors custom resolutions created through your GPU control panel on NVIDIA and AMD, but the in-game FOV will be letterboxed rather than widened. The cleanest way to get 21:9 is to actually own a 21:9 panel, because the developers hard-tied the FOV modifier to the aspect ratio reported by your display.

What is the best over the hill steam deck settings for battery life?

Switch to the Steam Deck Auto profile, set the in-game Frame Cap to 30, drop Render Resolution to 960×600, and disable the rear LED brightness. This trims roughly 8–12 W off the APU draw, which translates to 30–40 extra minutes of drive time on a single charge in the forest biome.

Does GeForce Now stream over the hill at ultrawide natively?

GeForce Now supports 21:9 and 32:9 on Priority and Ultimate tiers as long as your browser or app exposes the resolution. Set your stream resolution to 3440×1440 in the GeForce Now client, then set the in-game render scale to Native 3440×1440 for the cleanest result. Avoid stacking DLSS on top of the stream-side upscaler because the double reconstruction softens foliage edges.

Will Intel XeSS improve in future patches?

According to community testing on the October 14 launch build, XeSS Quality mode on Arc A770 holds 60 FPS at 1080p but loses detail in dense foliage. The developers are still actively tuning the upscaler presets, and players tracking the Steam achievements list report that the in-game benchmark tool is the most reliable way to compare XeSS to FSR on the same hardware.