The easiest way to record gameplay on a PC is the built-in tool from your graphics card maker, which uses the GPU’s hardware video encoder and costs very little performance. Use NVIDIA’s overlay recording on GeForce cards, AMD’s recording feature in the Radeon software on Radeon cards, and choose OBS Studio when you need scenes, multiple audio tracks, streaming or fine control over quality.
All three produce good results in 2026 as long as the encoder is set up sensibly. The real decision is how much control you need compared with how little setup you want. This guide compares the options, explains the settings that matter (encoder, resolution, frame rate, bitrate and audio), walks through a short setup routine and covers the usual problems such as stutter, huge files and silent recordings. Menu names change between software versions, so check the vendor’s current documentation when a label differs.
The Three Main Options Compared
All three can use hardware encoding, so the difference is mostly workflow, not raw capability.
| Option | Best for | Strength | Limitation |
|---|---|---|---|
| NVIDIA overlay recording | GeForce owners wanting one-key capture | Simple, low overhead, instant replay option | Needs a GeForce card and the vendor app |
| AMD recording in Radeon software | Radeon owners wanting quick capture | Integrated, hardware encoded, easy hotkeys | Fewer advanced options than OBS |
| OBS Studio | Streamers and creators | Scenes, filters, multi-track audio, any GPU or CPU encoder | More setup and more settings to get wrong |
NVIDIA’s Built-In Recording
The GeForce overlay lets you record manually or keep a rolling buffer that saves the last few minutes on demand. It works well for highlights and clips, and the settings are limited to a few quality presets, which keeps it hard to misconfigure.
AMD’s Built-In Recording
The Radeon software has a similar recording and replay feature with hotkeys and quality presets. As with NVIDIA’s tool, it relies on the card’s hardware encoder, so the CPU stays free for the game.
OBS Studio
OBS is free, open source and runs on any recent GPU. It can use NVIDIA, AMD or Intel hardware encoders, or a CPU encoder. Choose it when you want separate audio tracks for game and microphone, overlays, a webcam or a reliable way to stream and record at once.
Encoders and Why They Matter
The encoder is the part that turns frames into a video file. Hardware encoders sit on the graphics card and handle that job separately from the 3D cores, which is why capture overhead is low.
Hardware Encoder or CPU Encoder
Use the GPU’s hardware encoder for gameplay, since a CPU encoder consumes processor time the game needs. A CPU encoder can give slightly better compression at a given file size, but only on systems with plenty of spare cores, and it often costs frame rate.
H.264, HEVC and AV1
H.264 is the safe choice because almost every editor, browser and platform accepts it. HEVC (H.265) and AV1 shrink files at the same visual quality, but AV1 hardware encoding is only available on newer GPU generations, and editing support differs. Check your card’s specification and your editing software’s supported formats before choosing.
Match the Encoder to Your Goal
For short clips shared online, H.264 at a sensible bitrate is plenty. For archive footage where disk space matters, HEVC or AV1 can save space if your hardware supports it.
Settings That Decide Quality and File Size
Five choices drive nearly everything about the result.
- Resolution: record at your monitor’s native resolution, or scale down to 1080p if disk space or upload time is a concern.
- Frame rate: 60 frames per second suits most fast games, and 30 is acceptable for slower titles and smaller files.
- Bitrate: higher means better quality and larger files. As a loose starting idea, a 1080p 60 fps clip often needs a bitrate in the tens of megabits per second for clean motion, but check the guidance for your chosen platform.
- Rate control: constant quality modes or variable bitrate give efficient files for local recordings, and constant bitrate is the usual choice for streaming.
- Audio: record game and microphone on separate tracks where possible so you can balance them in editing.
Save recordings to a fast drive with plenty of free space. A long session can create files of many gigabytes, and a slow or nearly full drive causes dropped frames.
Quick Setup Routine
- Update your graphics driver and the recording software.
- Pick the recording folder on your fastest drive with free space.
- Choose the hardware encoder and an H.264 or HEVC format.
- Set resolution and frame rate to match what you play.
- Set a bitrate suitable for the quality you want, and leave a margin for fast scenes.
- Assign hotkeys that will not clash with in-game controls.
- Record a short clip, play it back and check video smoothness and audio balance before a real session.
For OBS, the Auto-Configuration Wizard can propose a starting profile. Then use Window Capture or Game Capture sources, which are designed for full-screen games, and enable only the audio sources you need.
Pick a Recording Style for How You Play
How you use footage decides which mode fits best, and the right mode saves both effort and disk space.
Instant Replay for Highlights
A rolling buffer keeps the last few minutes in memory or on disk and saves it only when you press a hotkey. It suits competitive players who want the clutch moment without hours of footage. The buffer length trades off against storage and memory use.
Full Session Recording for Reviews
Recording everything is useful for coaching, guides or reviewing your own play. Use a modest bitrate, a compact codec if your hardware supports it, and a drive with room to spare.
Recording While Streaming
If you stream and record together, OBS can send a lower-bitrate stream while saving a higher-quality local file. This takes more encoder capacity, so verify that your card handles both at your chosen resolution and frame rate by watching the stats panel for dropped or skipped frames.
Storage and Editing Workflow
Good footage is only useful if you can store and edit it. Keep raw recordings on a spare drive, and delete clips you will not use after each session. If your editor struggles with a particular format, convert it with a free tool or record in H.264 for smoother timeline scrubbing. Always confirm the audio tracks line up before you delete the original, and back up anything you may want later.
Before You Record Checklist
- Graphics driver and recording software are current.
- Output folder is on a fast drive with free space.
- Hardware encoder selected.
- Resolution, frame rate and bitrate chosen on purpose.
- Game and microphone audio confirmed on separate tracks.
- Hotkeys do not clash with the game.
- A short sample clip plays back smoothly.
Fixing Common Recording Problems
Stutter or Dropped Frames
This often means the game and the recorder are competing for the same GPU resources, or the disk cannot keep up. Lower the in-game graphics a notch, reduce the recording bitrate or resolution, and move the output to a faster drive. In OBS, check that the encoder is the hardware option.
No Game Audio or a Silent Microphone
Verify the correct output device is selected in both Windows and the recorder. In OBS, confirm that the Desktop Audio and Mic sources are not muted, and check each track is enabled in the output settings.
Black Screen in OBS
Run OBS with the same permissions as the game, try Game Capture instead of Display Capture, and on laptops with two GPUs make sure both apps use the same graphics processor.
Common Mistakes
- Using a CPU encoder in a demanding game, which lowers frame rate for the sake of a small file-size gain.
- Recording to the same slow drive the game is installed on.
- Setting a very high bitrate without checking the free disk space.
- Mixing game and microphone into one track, which makes later fixes impossible.
- Skipping a short test recording and finding out about the problem after a great match.
Related guides
- Aio Liquid Coolers For High Performance Gaming
- Wireless Gaming Headsets Under 100 For Pc
- Ssds For Large Video And Raw Photo Files
Frequently Asked Questions
Does recording gameplay lower my frame rate?
Hardware encoders usually cost a small amount of performance, and the exact impact depends on the game, resolution and settings. Software encoding on the CPU usually costs more.
Which is better, the vendor tool or OBS?
The vendor tool is better for quick, low-effort capture, and OBS is better when you need scenes, multiple audio tracks or streaming. Many players use both.
What format should I record in?
MP4 and MKV are common. MKV is more resistant to losing a recording if the program crashes, and it can be remuxed to MP4 afterward for editors that need it.
How much disk space do I need?
It depends on bitrate and length. Multiply the bitrate by recording time to estimate, and always leave spare room on the drive so a long session does not run out of space.
