Best OBS Game Streaming Settings for 2026

OBS Studio is free, powerful, and a little overwhelming the first time you open it. Pick the wrong encoder and your game stutters while you stream. Pick the wrong bitrate and your stream looks like a smear of compression blocks. Get it right, though, and you can broadcast clean 1080p60 with almost no impact on your game's frame rate. This guide covers the settings that matter in 2026.

Key takeaways

• If you have an NVIDIA GPU, use the NVENC encoder; it runs on dedicated hardware with near-zero FPS impact.
• For 1080p60 on Twitch, use CBR rate control at around 6,000 kbps with a 2-second keyframe interval.
• Keep your streaming bitrate under about 80 percent of your real upload speed.
• Match your canvas resolution to your monitor and scale output to 1920 by 1080 for most platforms.
• The right NVENC preset and tuning give better quality at the same bitrate for free.

Use the right encoder

The first decision is which encoder does the work. If you own an NVIDIA GPU from the GTX 10-series or newer, always choose NVENC. NVENC encodes the video on a dedicated chip on the graphics card, separate from the cores rendering your game, so it has near-zero impact on your in-game frame rate. The old alternative, x264, runs on your CPU and can stutter both your game and your stream unless you have cores to spare.

In OBS, go to Settings, Output, set the Output Mode to Advanced, and under the Streaming tab select NVIDIA NVENC H.264 or the newer HEVC or AV1 option if your card and platform support it.

Bitrate and rate control

Bitrate is how much data per second your stream sends, and it is the biggest lever on visual quality. More is sharper, but too much overwhelms a typical home upload connection and causes dropped frames.

• Rate control: CBR, constant bitrate. Streaming platforms expect a steady stream.
• Bitrate: Around 6,000 kbps for 1080p60 on Twitch, which is the maximum ingest for non-partner accounts. On YouTube you can go higher.
• Keyframe interval: 2 seconds, which platforms require.
• Audio bitrate: 160 kbps is the sweet spot.

Here is a quick-reference for the most common targets, so you can match settings to your platform and connection:

Target	Resolution / FPS	Bitrate (CBR)	Codec	Min upload speed
Twitch (non-partner)	1080p60	6,000 kbps	H.264 (NVENC)	~8 Mbps
Twitch (shaky line)	1080p60 or 900p60	4,500-5,000 kbps	H.264 (NVENC)	~6 Mbps
YouTube 1080p60	1080p60	9,000-12,000 kbps	H.264 / HEVC	~15 Mbps
YouTube 1440p60	1440p60	12,000-18,000 kbps	HEVC / AV1	~22 Mbps
Twitch Enhanced (AV1)	1080p60	8,000-10,000 kbps	AV1 (RTX 40+)	~12 Mbps

NVENC quality settings

This is where you get free quality. Modern NVENC has excellent presets that look dramatically better than the defaults of years past.

1. Set the Preset to P5 (Slow, Good Quality) or higher if your GPU has headroom.
2. Set the Tuning to High Quality.
3. Enable Multipass Mode set to Two Passes (Quarter Resolution) on RTX cards for a noticeable sharpness boost.
4. Set the Profile to high.
5. Apply and run a short test recording to confirm it looks clean.

These settings push the dedicated encoder a little harder for a better-looking image at the same bitrate, and because NVENC is separate from your game's rendering, the cost to your frame rate stays minimal.

Resolution and frame rate

In Settings, Video, set your Base, or Canvas, Resolution to match your monitor, for example 2560 by 1440 or 1920 by 1080. Then set the Output, or Scaled, Resolution to what you actually want to broadcast, which is 1920 by 1080 for most platforms. Set the frame rate to 60 for smooth gameplay capture. Streaming at your monitor's full 1440p is possible but demands far more bitrate to look clean, so most streamers downscale to 1080p.

Capture the game cleanly

Use a Game Capture source rather than Display Capture when possible, as it is more efficient and avoids capturing your whole desktop. If you stream on a single PC and want zero risk to your game's performance, a second PC with a capture card is the gold-standard setup, but a single modern machine with NVENC handles 1080p60 comfortably for the vast majority of streamers. If your stream stutters despite NVENC, the underlying issue may be system latency; our Windows 11 low-latency gaming guide helps free up headroom, and our PC stutter fix guide addresses frame pacing.

Should you use AV1 in 2026?

If you have an RTX 40-series or newer card and stream to a platform that ingests AV1 (Twitch's Enhanced Broadcasting and YouTube both do), AV1 is worth trying. It delivers roughly the quality of H.264 at 30 to 50 percent less bitrate, so a 1080p60 AV1 stream at 8,000 kbps can look noticeably cleaner in fast motion than H.264 at 6,000 kbps. The catch is viewer-side: not every device decodes AV1 in hardware, though that gap is closing fast. For most streamers, H.264 NVENC remains the safe default, with AV1 as the upgrade once your platform and audience support it.

What to do right now

To get a clean stream up quickly, set these in OBS in order:

• Output mode Advanced, encoder NVIDIA NVENC (H.264, or AV1 if your card and platform support it).
• Rate control CBR, bitrate ~6,000 kbps for Twitch 1080p60, kept under 80 percent of your upload speed.
• Keyframe interval 2 seconds, audio bitrate 160 kbps.
• Preset P5 or higher, tuning High Quality, multipass Two Passes (Quarter Resolution), profile high.
• Canvas resolution to match your monitor, output scaled to 1920 by 1080, frame rate 60.
• Add a Game Capture source, then run a 60-second test recording and check for dropped frames in OBS Stats before going live.

Frequently asked questions

NVENC or x264, which is better for streaming?

NVENC on a modern NVIDIA GPU is the clear choice for most streamers because it offloads encoding to dedicated hardware with almost no frame-rate cost. x264 only makes sense if you have a very powerful CPU with spare cores and want the absolute highest quality at a given bitrate.

What bitrate should I stream at?

For 1080p60 on Twitch, around 6,000 kbps with CBR is standard. Keep it under 80 percent of your upload speed, and drop to 4,500 to 5,000 kbps if your connection drops frames.

Why does my stream look blocky during fast action?

Fast motion needs more bitrate to stay clean. If you are already at the platform cap, lower your output resolution to 1080p or 900p so the available bitrate covers fewer pixels per frame, which sharpens motion.

Does streaming hurt my game's FPS?

With NVENC, very little, because encoding runs on a separate chip from your game's rendering. x264 encoding on the CPU can cost frames if your processor is already busy.

What if I have an AMD or Intel GPU instead of NVIDIA?

Both have good hardware encoders now. AMD's AMF (especially on RX 7000/9000 cards) and Intel's QuickSync/Arc AV1 encoder are solid alternatives to NVENC, so the same logic applies: pick the hardware encoder over CPU x264 to protect your frame rate. The settings translate directly, use CBR, the same bitrate targets, and a 2-second keyframe interval; only the encoder name and a few preset labels differ.

How do I know if I am dropping frames?

Open OBS Stats (View, then Stats, or the dock) while streaming and watch "Frames dropped (network)" and "Skipped frames (encoding)." Network drops mean your bitrate is too high for your upload, lower it. Encoding skips mean your GPU or CPU is overloaded, ease the preset. Both should stay at or near zero on a healthy stream.

The bottom line

A great-looking stream is mostly about three choices: use NVENC, set a sensible CBR bitrate that fits your upload speed, and turn on the high-quality NVENC preset and multipass options. Match your output to 1080p60, capture the game directly, and you will broadcast a clean, smooth stream while your game keeps running at full speed.