OBS is free, it runs on almost anything, and it's what most streamers on the planet use.

It's also the reason a lot of people quit streaming before their first stream. You open it, see a black box and fifty settings, Google "best OBS settings," and someone tells you to set 6,000 bitrate and you're good.

Then your stream drops frames, your recording looks like mush and you have no idea why.

This is the beginner version. What OBS actually is, how scenes and sources work, which encoder to pick for your graphics card, and how to set your bitrate off your internet instead of somebody else's. Stream and record. That's it.

What OBS Studio Actually Is

OBS Studio is a free app that does two jobs. It builds the picture your viewers see, and it sends that picture somewhere. Either to Twitch, YouTube or Kick as a live stream, or to a file on your computer as a recording.

Think of it like a TV control room on your PC. Your game, your webcam, your mic, your alerts and your overlays all go in. OBS mixes them into one picture and one sound, then squeezes it down (that's encoding) so it can go out over your internet or onto your hard drive.

It's free, open source, and works on Windows, Mac and Linux. Download it from obsproject.com only. Not some random "OBS download" site.

The first time you open it, OBS offers the Auto-Configuration Wizard (you can find it later under Tools). Run it. It gives you a decent starting point. Then use this post to fix what it gets wrong, because it doesn't explain anything and it doesn't know what you're actually trying to do.

The OBS Main Window, Explained

A clean OBS install with sample scenes. Not my settings, so don't copy them, just learn where things are.

Six areas. That's all you need to know on day one.

• Preview: the big box. Whatever's in it is what your viewers see.
• Scenes: your different layouts. Click one and the preview switches to it.
• Sources: the pieces inside the scene you have selected.
• Audio Mixer: every sound OBS hears, with a volume slider for each.
• Scene Transitions: what happens between scenes. Fade at 300 ms is fine forever.
• Controls: Start Streaming, Start Recording and Settings.

Scenes vs Sources (The Part Everyone Gets Confused On)

A scene is a layout. A source is a thing inside that layout.

Your "Gameplay" scene might have four sources: the game, your webcam, your chat box and your mic. Your "Starting Soon" scene might just be an image and some music. Switch scenes and everything in the preview changes at once.

Here's the starter set I'd build:

• Starting Soon: image or video, plus music.
• Gameplay: game, webcam, mic, alerts, maybe chat.
• Just Chatting: big webcam, chat, mic.
• Be Right Back: image and music. Mic muted.

Add a source with the + under the Sources box. The ones you'll actually use:

• Game Capture (Windows) for your game. If it shows black, try Display Capture or Window Capture. On a Mac you'll use macOS Screen Capture.
• Video Capture Device for your webcam or camera.
• Audio Input Capture for your mic.
• Browser for alerts, chat boxes and widgets from your alert service.
• Image and Media Source for overlays, logos and videos.

One rule that trips everybody up: the source at the top of the list sits on top of the picture. If your webcam disappears, it's probably under your game. Drag it up.

And if your webcam shows up in more than one scene (Gameplay and Just Chatting, say), you don't have to set it up twice. Right click it, Copy, then in the next scene right click and choose Paste (Reference). Now it's the same camera everywhere and one change updates them all.

Encoding: Why Your Graphics Card Should Do the Work

Encoding is OBS shrinking your video down so it fits through your internet or onto your drive. Something has to do that math, 60 times a second, the whole time you're live.

You've got two choices:

• x264 (your CPU). The default. It's also the same CPU trying to run your game. That's how you get a stuttering game and a stuttering stream at the same time.
• Your GPU's encoder. NVIDIA calls theirs NVENC. AMD's shows up as AMD HW (AMF). Intel's is QuickSync (QSV). On a Mac it's Apple VT. This is a separate chip on your graphics card built only for encoding, so your game barely notices it.

For one PC that games and streams, use your GPU encoder. The "x264 looks better" advice is from years ago. NVIDIA's encoder got a full overhaul with the RTX 20 series, and modern GPU encoders hold up great for live streaming.

You'll also see three codec names in that encoder list:

• H.264: works everywhere. Twitch and Kick want this.
• HEVC (H.265): better quality at the same bitrate. Great for recordings. YouTube takes it live.
• AV1: the newest. Roughly 40% more efficient than H.264. Only newer cards have it.

Which Encoder to Use for Your GPU

Find your card. This is a guardrail, not a promise. Your game, your CPU and how much is going on in your scenes all matter too.

Don't see AV1 in your list? Update your graphics driver and update OBS. AV1 came to OBS in version 29.1. If it's still not there, your card doesn't have it.

Streaming to Twitch or Kick? Stick with H.264. Save AV1 and HEVC for YouTube and your recordings.

Bitrate: Why "Just Use 6,000" Doesn't Work for Everyone

Bitrate is how much data your stream sends every second. Higher bitrate, sharper picture, more internet needed.

Everyone online says 1080p60 at 6,000 kbps. And that's a real number. It's about where Twitch wants you to cap a normal stream. The problem is it assumes you have the upload to back it up.

A 6,000 kbps stream needs roughly 8 to 9 Mbps of steady upload. Not your plan's advertised number. What you actually get, while your roommate is on Netflix and your phone is backing up photos. Go over what your connection can hold and OBS starts dropping frames. Your viewers see a frozen, stuttering stream and they leave.

So run a speed test (wired, if you can), look at the upload number, and use this:

The math behind it is simple. OBS's own troubleshooting advice is to start your bitrate around 75% of your upload. If you're on Wi-Fi or share your internet with a full house, go lower than that.

Two more things nobody tells you:

• Fast games need more bitrate. Call of Duty, Fortnite and racing games fall apart at low bitrate way faster than a slow strategy game. If yours looks blocky, drop to 720p before you raise the bitrate.
• Streaming to more than one place adds up. Two 6,000 kbps streams from your PC is 12,000 kbps of upload. More on that below.

And honestly? 720p is fine. Most of your viewers are watching on their phone. A clean, stable 720p60 stream beats a 1080p stream that freezes every two minutes. Never go below 720p30, but don't feel like 720p is a downgrade.

The Streaming Settings That Actually Matter

Open Settings, go to Output and change Output Mode to Advanced. On the Streaming tab, here's what to touch:

Defaults shown on purpose. Your encoder list will show NVIDIA NVENC, AMD or Apple VT depending on your hardware.

1. Video Encoder: the screenshot shows x264 because that's the default. Click the dropdown and pick the one that matches your graphics card (exact names below).
2. Rate Control: CBR. It keeps your stream at a steady bitrate, which is what the platforms want.
3. Bitrate: from the upload table. Not the 2,500 default, and not a number you saw in a comment.
4. Keyframe Interval: 2 seconds. Twitch and YouTube both expect it.
5. Preset: once you switch to NVENC you'll see presets P1 to P7. Start at P5. On AMD start at Quality. If you get encoding lag, step down one.

Exactly what to pick in the Video Encoder dropdown

Not sure what graphics card you have? On Windows, open Task Manager (Ctrl + Shift + Esc), click Performance, then GPU. The name is in the top right. On a Mac, click the Apple menu, then About This Mac.

A few things that trip people up:

• Two options show up? If you see both NVIDIA NVENC and QuickSync, pick NVENC. That's your graphics card. QuickSync is the graphics built into your Intel CPU.
• Your card isn't in the list at all? Update your graphics driver, then restart OBS. If it's still missing, OBS is probably running on the wrong GPU (common on gaming laptops). Set OBS to use your high performance GPU in Windows Settings, System, Display, Graphics.
• Only seeing x264? That means OBS can't find a hardware encoder. Same fix: update drivers, then check the Graphics setting above.

Leave everything else alone for now. No custom buffer, no x264 options, no tuning you saw in a 2019 video.

Two more stops:

• Settings, Stream: pick your platform and click Connect Account. That's the safest way in. If you use a stream key instead, never show it on stream or send it to anyone. Anyone with that key can stream to your channel.
• Settings, Video: set Base (Canvas) Resolution to your monitor (usually 1920x1080). Set Output (Scaled) Resolution to what you're streaming: 1920x1080 or 1280x720. FPS: 60 for games, 30 is fine for just chatting.

Recording Settings: Record Better Than You Stream

This is where most beginner guides stop, and it's the part that matters most if you make videos or clips from your streams.

Your stream is limited by your internet. Your recording isn't. It's going straight to your drive. So there's no reason your recording should look as compressed as your stream.

Pick your GPU encoder for recording instead of Use stream encoder.

1. Recording Path: a drive with a lot of free space. A one hour high quality recording can eat tens of gigabytes.
2. Recording Format: MKV or Hybrid MP4. If OBS or your PC crashes, the file survives. A plain MP4 can be lost completely. Need an MP4 from an MKV? File, Remux Recordings. Takes seconds.
3. Video Encoder: choose your GPU encoder here too, instead of "Use stream encoder." Use the Recording column in the table above (for example NVIDIA NVENC HEVC). That gives the recording its own quality. Use HEVC (or AV1 if you have it) and set Rate Control to CQP (CQ on some cards) around 20. Lower number, better picture, bigger files. 18 to 22 is the range to play in.
4. Audio Track: tick more than one track if you edit. Then in the Audio Mixer, click the three dots, Advanced Audio Properties, and put your mic and your game on different tracks. Now you can fix your mic volume in the edit without touching the game.

Don't want to deal with any of that? Use Simple output mode and set Recording Quality to "High Quality, Medium File Size." Pick your GPU encoder. Done. It's a solid recording with zero math.

Streaming and recording at the same time on a weaker card? Separate encoders cost your GPU a little more. If your stream starts lagging, set the recording back to "Use stream encoder." You'll lose the ability to pause recordings, and the recording will look exactly like the stream, but it's lighter.

Before You Go Live: The 2 Minute Test

1. Record two minutes of exactly what you'll stream. Play it back. Check your mic level and whether the game audio drowns you out.
2. Open the Stats dock (Docks, Stats) during a test stream and watch three numbers:
   • Dropped frames (network): your internet can't keep up. Lower your bitrate.
   • Skipped frames (encoding lag): your encoder can't keep up. Lower the preset or drop to 720p.
   • Missed frames (rendering lag): your GPU is maxed out by the game. Cap your game's FPS. On Windows, running OBS as administrator helps too.
3. Use Ethernet if you can. Wi-Fi with a great speed test can still drop frames.

If all three numbers stay near zero for ten minutes, you're good.

Multistreaming From OBS

OBS streams to one place out of the box. To go to more than one, you have two routes.

• Send every stream from your PC with a plugin like Aitum Multistream. Free, but every extra platform costs your upload and your encoder. Two 6,000 kbps streams need 12,000 kbps of upload.
• Send one stream to a cloud relay that sends it everywhere for you. Your PC and your internet only handle one stream. Meld Multi does this for free right now. Streamlabs has it on their paid plan.

If your upload is what's holding you back, the cloud route wins. Not sure your PC can handle every platform you want? The Stream Settings Tool checks your exact setup and tells you what to cut first. If you're not sure where to stream in the first place, start with Where to Stream in 2027.

OBS or Meld Studio?

OBS isn't the only free option anymore. Meld Studio is free too, it's built only for streamers, and it has multistreaming, vertical layouts and effects built in without plugins. If OBS feels like a cockpit, Meld is worth a look. I broke it down here: How to Use Meld Studio (Coming From OBS).

Quick Answers

What are the best OBS settings for streaming?

Use your GPU encoder (NVENC, AMD or Apple VT), CBR rate control, a 2 second keyframe interval, and a bitrate around 75% of your upload speed or less. For most people that's 720p60 at 4,500 kbps or 1080p60 at 6,000 kbps.

Should I use NVENC or x264 in OBS?

On a single PC that games and streams, use NVENC. It runs on a dedicated chip on your NVIDIA card, so your game keeps its performance. NVENC on RTX 20 series and newer looks as good or better than x264 for live streaming.

What bitrate should I use for 1080p 60fps?

About 6,000 kbps for Twitch and Kick, and 9,000 to 12,000 kbps on YouTube if your connection can hold it. You need roughly 8 to 9 Mbps of steady upload for 6,000 kbps. If you don't have that, stream 720p60 instead.

How much upload speed do I need to stream?

At least 3 to 4 Mbps for 720p30, about 6 Mbps for a clean 720p60, and 8 to 9 Mbps or more for 1080p60 at 6,000 kbps. Keep your bitrate at roughly 75% of your measured upload or less.

What's the difference between scenes and sources in OBS?

A scene is a layout, like Starting Soon or Gameplay. Sources are the pieces inside a scene, like your game, webcam, mic and alerts. Switching scenes changes the whole picture at once.

What's the best recording format in OBS?

MKV or Hybrid MP4. Both survive a crash, and a regular MP4 can be lost if OBS closes unexpectedly. You can turn an MKV into an MP4 with File, Remux Recordings.

Is AV1 better than H.264 in OBS?

Yes, AV1 gives roughly 40% better quality at the same bitrate. It needs an RTX 40 or 50, an AMD RX 7000 or 9000, or an Intel Arc card. Use it for YouTube and recordings. Twitch and Kick streams should stay on H.264.

Why is my OBS stream dropping frames?

Dropped frames usually mean your bitrate is higher than your internet can hold. Lower the bitrate, switch to Ethernet, or drop to 720p. Check the Stats dock to see whether it's network, encoding or rendering lag.

---

Where to Go From Here

• Want your exact settings? Use the free Stream Settings Tool. Your graphics card, your game, your platforms.
• Building your setup? The Streaming Gear I'd Actually Buy in 2026.
• Thinking about a mixer? Best Mixer for Streaming: Do You Even Need One?
• Trying OBS's free competitor? How to Use Meld Studio.
• Want the full streaming system? The Streamer Blueprint starts at $15. Schedules, growth, getting paid.
• Making videos too? The Creator Blueprint starts at $15.
• Plan your streams and uploads: The Content Planner.
• Never lose a stream idea again: Grab the free Idea Bank.
• Want me to look at your setup? Book a 1-on-1 Strategy Call.

Sources

• NVIDIA, NVENC OBS Guide (January 2025)
• OBS Forums, NVIDIA NVENC Guide
• NVIDIA Blog, AV1 streaming with OBS Studio 29.1
• OBS Versions, NVENC GPU compatibility by generation
• OBS Versions, AV1 encoding guide for NVENC, AMF and Intel Arc (2026)
• AMD, Radeon video encode for streaming
• TechSpot, AMD RX 7000 AV1 encoder vs Intel Arc and RTX 40
• OBS Versions, OBS bitrate by platform and upload speed