Elden Ring Gameplay Tips And Tricks With Facecam

Getting a clean facecam overlay without destroying your gameplay footage

I've been running OBS for years, and the people who ask me about getting a proper facecam setup for Elden Ring usually have one of two problems: the overlay looks like a blurry phone screenshot, or the game stutters every time the camera feed updates. Both are solvable. Neither has anything to do with your PC being weak. The core method is straightforward. You run the game in windowed borderless mode or fullscreen, capture that with a Display Capture source in OBS, then add a separate video capture device source for your camera. You position the camera feed as an overlay in the corner, set a keyer if your camera has poor lighting, and you're done. The trick is doing it without introducing input lag or frame drops that make boss fights miserable.

Elden Ring Gameplay Tips And Tricks With Facecam

Here is the part nobody tells you: your camera resolution should match or exceed your game capture resolution, not the other way around. A lot of people run their game at 1440p and their camera at 720p, then stretch the 720p feed up in OBS. The result looks soft and muddy, especially when you're compressing for Twitch or YouTube. I spent an afternoon troubleshooting a streamer who couldn't figure out why his face looked terrible during cutscenes. Turned out he was scaling a 720p camera up to fill a 1080p overlay, which doubled the blur. Switching his camera to 1080p at 30fps fixed it completely. Another thing that matters more than people realize is that your camera should run at 30fps, not 60fps, when paired with a 60fps game capture. The human brain processes a facecam at 30fps against a 60fps game and it just looks more natural. Running both at 60fps doubles your encoding workload for no visible improvement. If you're using NVENC on an Nvidia card, 30fps camera plus 60fps game is the sweet spot for quality and bitrate efficiency. For the actual OBS setup, use a dedicated hardware encoder if you have one. NVENC on a 30-series card will handle Elden Ring at 1440p60 with a 1080p30 facecam overlay and leave your CPU almost entirely free. My preset of choice is Slow p2, bitrate around 6000 to 8000 kbps for Twitch, or 12000 to 15000 for YouTube VODs. If you don't have an Nvidia card, AMD AMF works similarly. The old x264 encoder will eat your CPU and cause the exact frame pacing issues people blame on Elden Ring's optimization when it's actually their encoding pipeline.

I ran into a specific issue last year where my facecam would randomly go black every time I entered a new area in the game. The camera itself was fine, the cable was fine, everything checked out. The problem was that Elden Ring's shader compilation stutter would occasionally cause the display to briefly drop its active signal, and my USB capture card interpreted that as a device disconnection. The fix was adding a small USB 3.0 hub between the camera and the PC instead of plugging directly into the motherboard. The hub's buffer prevented the brief signal loss from registering as a disconnect. Cost me about twelve dollars and saved me from switching cameras entirely. Audio is another area where people mess up. If your camera has a built-in mic, do not use it. The microphone noise will clash with your game audio and sound thin and distant. Run an XLR or USB microphone separately and route it into OBS on its own audio track. Set your microphone to -12dB to -6dB gain and use the Noise Suppression filter in OBS with the RNNoise option. That alone makes a cheap USB mic sound dramatically better. For the overlay itself, keep it small. A 20 to 25 percent screen width overlay in the bottom right or left corner is standard. Anything larger pulls attention away from the gameplay, which is the whole point if you're doing Elden Ring content. People are watching for the boss fights, not your webcam feed taking up half the screen. I've seen streamers run 40 percent overlays and lose viewers within a week because the gameplay became hard to see during intense moments.

Lighting matters far more than camera cost. A $200 camera in bad light looks worse than a $60 webcam in good light. Position a light source in front of you, slightly above eye level, pointing at your face. A simple ring light or a desk lamp with a diffuser works. Avoid having a window behind you or a bright monitor behind your camera, because the camera will try to balance for the bright background and your face will come out dark. If you must have a window behind you, turn on a second light facing your face to compensate. If you record rather than stream, export your gameplay and facecam as separate files and combine them in editing. This gives you full control over the overlay size, position, and whether it stays visible during cutscenes or boss deaths. It also means you can fix lighting issues or reposition the camera after the fact. Many people don't do this and end up with recordings where the facecam blocks a critical UI element during a fight they wanted to keep. The biggest limitation with facecam setups is that they add complexity to an already demanding game. Elden Ring is not a lightweight title. Running it at high settings with a real-time facecam overlay and encoding pushes your GPU harder than most people expect. If you're on a mid-range card like an RTX 3060 or an RX 7600, you may need to drop shadow quality or turn off volumetric fog to maintain a stable framerate. I've lost count of the people who blamed their facecam setup for performance issues that were actually just high shadow settings eating their GPU headroom. Check your actual GPU usage in Task Manager before tweaking your OBS settings.

If you are on a laptop or a system with integrated graphics, a facecam overlay is going to be painful. The encoding alone can consume enough resources to make Elden Ring unplayable at a competitive framerate. In that case, your best option is to record gameplay and facecam separately and composite them in post. Use your phone's camera app for the facecam — modern phones record better video than most webcams — and sync the two clips in editing software. It takes longer but produces a cleaner result than fighting your hardware in real time. One more thing: test your setup before you go live or upload anything. Record two minutes of gameplay with your facecam, watch it back at full speed, and check for the obvious problems. Is the overlay blocking HUD elements? Is the audio clear? Does the camera feed drop or stutter? Fix those issues now rather than discovering them after you've spent an hour fighting Malenia.