The best OBS settings for streaming Call of Duty: Warzone in 2026 are 1080p at 60 FPS, 6,000–8,000 Kbps, hardware H.264 encoding, and a capped in-game frame rate that leaves roughly 5–10% GPU headroom for OBS.

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Warzone can consume nearly all available CPU and GPU resources, especially at high refresh rates, high textures, large maps, and competitive graphics settings. The goal is not simply to maximize game FPS: OBS also needs time to render the scene, capture the game, composite alerts, and encode video.

Streaming target Output resolution FPS Bitrate Best encoder choice
Maximum compatibility 1280×720 60 4,500–6,000 Kbps Hardware H.264
Standard Twitch stream 1920×1080 60 6,000–8,000 Kbps Hardware H.264
Sharper YouTube stream 1920×1080 60 8,000–12,000 Kbps AV1 or HEVC, if supported
Limited upload or weak PC 1600×900 60 5,000–7,000 Kbps Hardware H.264
High-detail recording 1920×1080 60 12,000–20,000 Kbps AV1, HEVC, or hardware H.264

Platform limits matter. Twitch commonly treats 6,000 Kbps as the practical baseline for many channels, while YouTube accepts substantially higher bitrates. If your platform or account is limited to 6,000 Kbps, 900p60 can sometimes look cleaner than 1080p60 because the same data is spread across fewer pixels.

Best OBS Output Settings

Open Settings > Output, change Output Mode to Advanced, and configure the Streaming tab as follows:

  • Rate control: CBR
  • Keyframe interval: 2 seconds
  • Profile: High for H.264
  • Audio bitrate: 160 Kbps for one stream; 192 Kbps is useful for music or multi-channel audio
  • Look-ahead: Off when GPU headroom is limited
  • Adaptive quantization or Psycho Visual Tuning: On when available, unless it causes rendering lag
  • Multipass mode: Single pass for the lowest GPU overhead; two-pass quarter resolution when spare GPU capacity is available
  • B-frames: Use the encoder default, normally 2

CBR and a two-second keyframe interval are widely compatible with streaming services. Increasing bitrate beyond the platform’s limit does not improve the delivered stream and can instead create buffering for viewers.

Encoder recommendations by graphics hardware

  • NVIDIA GeForce RTX: Choose the newest available NVENC option. Use H.264 for broad platform compatibility, AV1 for services that accept it, and HEVC where the platform supports it.
  • NVIDIA GeForce GTX with NVENC: Hardware H.264 is preferable to forcing a CPU encode. Older generations may produce a less efficient image, so 900p60 or 720p60 can be a better target.
  • AMD Radeon: Select the AMD hardware encoder. AV1 is a strong choice on supported recent Radeon cards and compatible platforms; otherwise use H.264.
  • Intel Arc: Use the Intel hardware encoder, especially for AV1 on supported services. Keep OBS and graphics drivers updated.
  • Intel integrated graphics: Quick Sync can be useful if a discrete GPU is fully occupied, provided the processor exposes an active integrated GPU.
  • CPU-only encoding: Use x264 only when the processor has substantial spare multi-core capacity. Warzone and x264 competing for CPU time can cause frame-time spikes and encoder lag.

Video Settings: Resolution and Scaling

Go to Settings > Video. Set the Base (Canvas) Resolution to your monitor or game capture resolution. Set the Output (Scaled) Resolution according to the available performance and upload capacity.

  • Downscale filter: Lanczos for maximum sharpness when the GPU has room; Bicubic uses slightly less processing and can be more stable on a heavily loaded system.
  • Common FPS value: 60 for normal gameplay streams; use 30 if the system cannot maintain a clean 60-FPS output.
  • Canvas and output resolution: Match them when possible to avoid unnecessary scaling.

A 1080p60 stream contains 2,073,600 pixels per frame and 124,416,000 pixels per second. A 900p60 stream contains 1,440,000 pixels per frame, about 31% fewer pixels. That reduction can give a single-PC Warzone setup noticeably more rendering headroom while retaining the smooth motion that viewers expect from a shooter.

Choose the Preset Based on Your Headroom

Your situation Resolution and FPS Encoder configuration In-game adjustment
GPU stays below about 85–90% while playing 1080p60 Hardware H.264; quality preset; optional quarter-resolution multipass Keep normal competitive settings
GPU reaches 95–100% frequently 900p60 or 720p60 Hardware H.264; single pass; look-ahead off Cap FPS and lower demanding effects
CPU is the bottleneck 1080p60 with hardware encoder, or 900p60 Avoid x264; use NVENC, AMF, QSV, or Arc hardware encoding Reduce CPU-heavy options and background applications
Upload is below roughly 8 Mbps 720p60 or 900p60 H.264 at 4,500–6,000 Kbps Reserve bandwidth for game traffic and overhead
Powerful two-PC setup 1080p60 or higher where supported Capture card into a separate encoding PC Gaming PC can prioritize rendering

How to Create GPU Headroom Without Making Warzone Look Poor

Frame-rate control is usually more reliable than randomly lowering visual quality. If Warzone runs at an uncapped 220 FPS and uses 99% of the GPU, OBS may fail to render frames even though the game itself appears smooth.

  1. Measure before changing settings. In OBS, open View > Stats and watch Dropped Frames, Rendering Lag, and Encoding Lag during a real match rather than only in the firing range.
  2. Cap the game FPS. Set a limit that leaves approximately 5–10% GPU usage unused. For a 240-Hz monitor, a stable 180–220 FPS may stream better than an unstable 240 FPS with rendering lag.
  3. Lower GPU-heavy options first. Reduce shadow quality, volumetric effects, screen-space reflections, and similar effects before reducing texture quality. Textures primarily depend on VRAM, so lowering them is most useful when VRAM is full or streaming textures stutter.
  4. Use Game Capture. Game Capture normally has less overhead than Display Capture. Run OBS with appropriate administrator privileges if Game Capture has permission or capture issues.
  5. Disable unnecessary OBS sources. Animated browser alerts, multiple high-resolution webcams, and complex filters consume additional rendering time.
  6. Test the exact stream layout. A simple gameplay scene may work while a live scene with alerts, chat widgets, and webcam filters produces rendering lag.

Bandwidth Calculation for Your Stream

Bitrate is not the same as the internet speed shown by a provider. A 6,000 Kbps stream uses about 6 Mbps for video alone. Adding 160 Kbps audio, protocol overhead, and normal network variation means a practical upload target is at least 8 Mbps, with more margin preferred.

For example, a 7,000 Kbps video stream plus 192 Kbps audio equals 7,192 Kbps, or approximately 7.2 Mbps. Adding 20% overhead gives about 8.6 Mbps. A stable 10 Mbps upload connection is therefore a sensible minimum for that configuration, but it should not be shared heavily with uploads, cloud backups, or other live video.

Fixes for Common OBS Warzone Problems

OBS shows rendering lag

This usually means the GPU is too busy drawing the game and OBS scene. Cap Warzone’s FPS, lower GPU-heavy settings, switch OBS multipass to single pass, disable look-ahead, and reduce output resolution to 900p or 720p.

OBS shows encoding lag

For a hardware encoder, check GPU saturation, driver status, and encoder settings. For x264, reduce the preset from a slower quality setting to veryfast or switch to hardware encoding. A stable lower-quality stream is preferable to an attractive stream with repeated pauses.

The stream is blurry during movement

Fast camera movement and detailed foliage require more bitrate. If the platform allows it, raise 1080p H.264 from 6,000 to 8,000 Kbps; otherwise try 900p60 or use AV1 or HEVC on a compatible service. Do not increase bitrate beyond the platform’s accepted limit.

The stream stutters but OBS reports no dropped frames

This can be caused by rendering or encoding lag rather than internet loss. Compare the OBS Stats panel with Warzone’s frame-time graph, then test a capped FPS, a simpler scene, and a lower output resolution. Also check that the game and OBS are not competing with a browser, recording software, or hardware monitoring overlay.

For most single-PC Warzone streamers, begin with 1080p60, 6,000 Kbps CBR, a two-second keyframe interval, hardware H.264 encoding, the quality preset, look-ahead off, and a 60-FPS OBS output. Cap Warzone so the GPU is not permanently at 99–100%. If OBS reports rendering lag, move to 1600×900 at 60 FPS before making major changes to the game’s visual settings. This preserves smooth motion while giving the encoder and scene compositor the headroom that a demanding game requires.

Streaming Gear Worth Adding

Once OBS is tuned for Call of Duty: Warzone, audio and camera quality are what viewers notice next. These are common upgrades for a stream setup.

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Frequently asked questions

Should I stream at 1080p60 or 900p60 in Warzone?

Choose 1080p60 when your GPU stays below about 85–90% and your platform accepts the required bitrate. Choose 900p60 when GPU usage frequently reaches 95–100% or when 6,000 Kbps makes 1080p60 look blurry. A 900p60 stream has about 31% fewer pixels than 1080p60, which can provide more rendering headroom while preserving smooth motion.

How can I tell whether my problem is caused by the game or OBS?

Open OBS View > Stats during a real match and compare Rendering Lag, Encoding Lag, and Dropped Frames with Warzone’s frame-time graph. Rendering lag usually indicates that the GPU is too busy, while encoding lag can involve the encoder or system resources. Network-related problems are more likely when OBS reports dropped frames rather than rendering or encoding lag.

Can I use Display Capture instead of Game Capture for Warzone?

You can use Display Capture, but Game Capture normally has less overhead. For a demanding single-PC Warzone setup, Game Capture can help preserve resources for OBS scene rendering and encoding. If Game Capture has permission or capture issues, run OBS with appropriate administrator privileges. You should also test the exact scene layout used during the stream.

What should I do if Warzone uses 99–100% of my GPU?

Cap Warzone’s frame rate first so approximately 5–10% GPU usage remains available for OBS. If that is not enough, lower shadow quality, volumetric effects, screen-space reflections, or similar GPU-heavy settings. You can also use a simpler OBS scene, switch multipass to single pass, disable look-ahead, or reduce the output to 1600×900 or 720p.

Does higher bitrate always make a Warzone stream look better?

No. Higher bitrate can improve fast camera movement and detailed foliage only when the platform accepts it. Increasing bitrate beyond the platform’s limit does not improve the delivered stream and may create buffering for viewers. If limited to 6,000 Kbps, 900p60 can sometimes look cleaner than 1080p60 because the same data is spread across fewer pixels.

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