How to Lock 60 FPS on the Steam Machine

Short version: locking 60 fps on the Steam Machine comes down to two things — staying inside the 8 GB VRAM ceiling and cutting the handful of settings, like ray tracing, shadows, and volumetrics, that cost the most frames for the least visual payoff. Work through resolution, frame cap, and FSR in that order and most modern games hold a steady 60.

The short answer

A locked 60 FPS on the Steam Machine is mostly about two things: staying inside the 8 GB VRAM ceiling, and cutting the three settings that cost the most frames for the least visual gain — shadows, volumetrics, and ray tracing. The GPU is roughly RX 7600 / RTX 4060 class (estimated), so 1080p at high with a hard 60 cap is the comfortable target in most modern games. 1440p is reachable with FSR Quality. Native 4K is not the goal here — don't fight the hardware.

Work in this order: drop to 1080p (or 1440p + FSR), cap the frame rate, turn on VRR, then trim the heavy settings until the frame-time graph stops spiking.

Step 1: Pick your resolution first

Resolution is the single biggest lever you have, and it interacts directly with your 8 GB of VRAM.

• 1080p native, high preset — the safe home base. Most current titles will hold 60 here with room to spare on an RX 7600-class GPU (estimated). Start here if you want the least fuss.
• 1440p + FSR Quality — sharper UI and desktop, near-1080p render cost. This is the sweet spot for a TV in the living room. FSR Quality renders internally close to 1080p and upscales, so you keep most of the frames.
• Native 1440p, no upscaling — possible in lighter or older games, risky in AAA. Treat it as a bonus, not a plan.
• Native 4K — skip it for a 60 FPS lock. The 8 GB VRAM ceiling and CU count make this a losing battle in demanding titles.

If a game ships a built-in resolution scale slider, that's your finest control. Render at 1440p output but scale internal resolution to ~67–80% to taste.

Step 2: Cap the frame rate and turn on VRR

A "locked" 60 means stable frame times, not a number that bounces between 58 and 75. Capping helps more than it sounds.

1. In SteamOS, open the Quick Access menu (the … button) and go to the Performance tab.
2. Set a frame limit of 60. A steady 60 with consistent frame pacing feels smoother than an uncapped 72 that stutters.
3. Enable VRR (variable refresh rate) if your TV or monitor supports it (FreeSync / HDMI 2.1 VRR). With VRR on, any dips below 60 stay tear-free instead of juddering.
4. Leave the in-game cap off if SteamOS is already capping — doubling caps can cause pacing conflicts. Pick one.

A frame cap also lowers power draw and fan noise, and it keeps VRAM and CPU headroom in reserve for the moments the engine spikes.

Step 3: Turn down the FPS-per-visual-cost offenders, in order

These are ordered by frames gained versus image quality lost. Go top to bottom and stop when you're holding 60.

1. Ray tracing — off. Biggest single FPS sink, smallest reliable visual payoff on an 8 GB card. RT also eats VRAM. Disable it first and don't look back unless you have frames to spare.
2. Shadows — high → medium. Shadow map resolution and cascade count are expensive. Medium usually looks 90% as good at a fraction of the cost. This is your best frames-per-click setting.
3. Volumetrics / fog / clouds — medium or low. Volumetric lighting and dense fog are quietly brutal, especially at higher resolutions. Dropping these often recovers a chunk of frames in outdoor scenes.
4. Ambient occlusion — medium. Go from a heavy mode (HBAO+/RT AO) to a standard SSAO. Small visual change, decent saving.
5. Reflections / screen-space reflections — medium. Often tied to RT; the rasterized fallback is much cheaper.
6. Texture quality — keep high, but watch VRAM. Textures barely cost frames until you run out of VRAM, then performance falls off a cliff. On 8 GB, keep textures high at 1080p, but drop one notch if you see stutter or texture pop-in.
7. Anti-aliasing — use the cheap mode. TAA or FSR's built-in AA over MSAA. MSAA is costly for marginal benefit at TV viewing distance.

Leave view distance and anisotropic filtering (16x) alone — they're nearly free and matter a lot for how the game looks.

Step 4: Reach for FSR when settings aren't enough

If you've trimmed the heavy settings and still dip below 60, FSR upscaling is the next move — and it's often a better trade than gutting more visual settings.

• FSR Quality — try this first. Best image, smallest reconstruction. Often enough to lock 60 at 1440p output.
• FSR Balanced — more frames, slightly softer. A reasonable middle ground for demanding scenes.
• FSR Performance — most frames, softest image. Reserve it for the heaviest titles where Quality and Balanced still can't hold the line.

Prefer a game's native FSR implementation when it has one — it upscales before the UI is drawn, so menus and HUD stay crisp. The SteamOS global FSR is your fallback for games without it.

The 1080p-vs-1440p decision

• You game on a monitor up close (under ~3 ft): 1440p + FSR Quality. The extra sharpness is visible at desk distance and the frame cost is manageable.
• You game on a TV across the room: 1080p high is genuinely hard to distinguish from 1440p at couch distance, and it gives you the most stable 60. Save the headroom.
• You play fast competitive shooters: 1080p, and consider a 60 cap with VRR — or uncapped on a high-refresh panel. Frame stability beats pixel count here.

Per-game settings are doing the heavy lifting, so check the /games verdicts for title-specific starting points, and see the methodology for how these estimates are derived.