What FPS does CS2 get on the Steam Machine?

At 1080p , expect roughly 280 fps on Low, around 200 fps on Medium, and about 150 fps on High (all estimated, community-style figures — your map, server, and player count will move these). CS2 is well within the Steam Machine's comfort zone, which is exactly why you can afford to chase latency over fidelity.

Should I cap my frame rate in CS2?

It depends on your monitor. On a 144 Hz panel, capping a few frames below refresh (e.g. fps_max 141 ) gives stable, low-latency play. On 240 Hz or higher, run uncapped ( fps_max 0 ) to feed every frame the hardware produces. Never rely on V-Sync to cap frames — it adds input lag.

Is the Steam Machine good for competitive CS2?

Yes — frame rate is not the bottleneck here; your display is. The hardware comfortably pushes well past 144 fps at 1080p . The real upgrade is pairing it with a high-refresh monitor and enabling low-latency settings, not buying more GPU. See which device if you're still deciding.

Should I use stretched 4:3 resolution?

It's purely personal preference. Stretched 4:3 (like 1280×960) makes player models appear wider and is a long-standing competitive habit, but on the Steam Machine you have plenty of frames for native 1080p 16:9 with a full field of view. Try both and keep whichever your aim prefers — there's no meaningful performance difference on this hardware.

Best Counter-Strike 2 Settings on the Steam Machine

Counter-Strike 2 is one of the easiest games to run well on the Steam Machine. This is a competitive shooter, not a graphics showcase, so the goal isn't pretty — it's frames, consistency, and the lowest possible input latency. The good news: the hardware has frames to spare. At 1080p you're looking at roughly 280 fps on Low, ~200 fps on Medium, and ~150 fps on High (estimated). That means you get to choose how to spend that headroom, and for CS2 the right answer is almost always: uncap it, feed a high-refresh display, and strip out anything that adds latency or visual noise.

Below is a config built for ranked play, not for screenshots.

Quick answer: the competitive config

If you just want the settings, set these and move on:

Resolution: 1920×1080, native 16:9 (or your monitor's native res)
Display mode: Fullscreen (never borderless for competitive)
Max FPS: Uncapped, or capped slightly below your refresh ceiling
V-Sync: Off
NVIDIA Reflex / low-latency: On (or AMD Anti-Lag equivalent via driver)
Motion Blur: Disabled
Most graphics options: Low to Medium — readability over fidelity
Display: A high-refresh monitor, not the living-room TV

The reasoning for each of these matters, because CS2's "best" settings are about latency and target clarity, not raw image quality.

Uncapped frames vs a locked cap

Here's the core decision. The Steam Machine pushes well past 144 fps in CS2, so you have two sane options:

Uncapped — let the engine render as many frames as it can. More frames mean fresher information on screen and lower average input lag, even on a 144 Hz panel. This is what most pros run.
Capped just under your refresh ceiling — e.g. 141 fps cap on a 144 Hz display. This keeps the frame rate stable, avoids wild swings, and pairs well with a frame-limiter-based low-latency setup.

Avoid capping at your monitor's refresh or relying on V-Sync to do it — that reintroduces queued frames and latency, which is the opposite of what you want. If you have a 240 Hz or 360 Hz monitor, uncapped is the clear winner since the Steam Machine's ~280 fps Low estimate can actually feed those panels.

Set your cap in console with fps_max 0 for uncapped, or fps_max 141 (or similar) for a stable lock.

Low-latency settings that actually matter

CS2 lives and dies on input latency. Spend your frame headroom here:

Reflex / Anti-Lag: Enable the low-latency mode in CS2's video settings. On the Steam Machine's RDNA-class GPU, the AMD Anti-Lag path is the relevant one — turn it on. This keeps the render queue short so your mouse movement reaches the screen faster.
V-Sync: Off. Always. V-Sync adds a frame buffer and noticeable lag. If you see tearing and it bothers you, use a frame cap below your refresh rate instead.
Fullscreen, not borderless. Exclusive fullscreen gives the most direct path to the display and the lowest latency under Proton/SteamOS.
Disable Steam overlay FPS counters you don't need — use the in-game cl_showfps 1 or a lightweight overlay rather than heavy capture tools.

Disable motion blur and visual noise

Anything that smears or obscures a target is working against you:

Motion Blur: Disabled. Non-negotiable. It blurs flick shots and peeks.
Shadows: Medium. Counterintuitively, don't go lowest — shadows can reveal an enemy's position around corners. Medium is the competitive sweet spot.
Model / Texture Detail: Low to Medium. Lower detail can make player models pop more cleanly against the environment.
Ambient Occlusion: Off or Low — saves frames, minimal competitive cost.
Boost Player Contrast: On. This CS2 setting is built specifically to make enemy models stand out. Use it.

The aim is a clean, readable image where enemies are easy to spot and your frame rate stays sky-high. You are not trying to win a beauty contest.

Resolution and aspect ratio

Most CS2 pros play one of two ways:

Native 1080p 16:9 — full field of view, sharpest image, and the Steam Machine has the frames for it. This is the recommendation for most players.
Stretched 4:3 (e.g. 1280×960) — a classic competitive preference. Models appear wider and some players aim better with it. Purely personal; there's no objective frame benefit on hardware this capable.

Do not run CS2 at native 4K on the Steam Machine for competitive play. The frame cost isn't worth it, and you'd be trading the latency advantage that makes the hardware shine here. Keep it at 1080p and bank the frames. See our broader methodology for how we frame these targets.

Why a monitor beats the TV

The Steam Machine is a living-room console, but CS2 is the one game where you should seriously consider plugging into a desk monitor:

Refresh rate: Most TVs top out at 120 Hz, and many cap at 60 Hz for PC input. A 144/240/360 Hz monitor turns the Steam Machine's huge frame output into an actual competitive edge.
Input lag: TVs add processing latency even in Game Mode. A good monitor is measured in single-digit milliseconds; many TVs are far worse.
Pixel response: Monitor panels (especially fast IPS or OLED) resolve motion more crisply, so moving targets stay sharp.

If you only have a TV, enable Game Mode, set the PC input to the lowest-latency picture preset, and force the highest refresh the panel supports over HDMI 2.1. It'll be playable — but a $200 144 Hz monitor will do more for your CS2 than any in-game setting.

For more per-game configs and what runs well, see /games and our best Steam Machine games list.