Create a new scene that will be solely for your capture card. Step 4: Adding capture card source to OBS Studio
From here I’ll assume if you’ve gotten this far in your streaming adventure, you know how to set up a scene and are fairly familiar with OBS. The same rules apply to Streamlabs OBS (SLOBS) as well. The industry standard is OBS Studio, so that’s what we’ll be using for this tutorial.
It should default to this as soon as it’s plugged in, but Windows is known for switching audio outputs with every update.) (Side note: It might be a good thing to check the “Set up digital audio” tab and make sure it’s using HDMI to send out the audio.
That’s it! Anything done on your gaming PC will be replicated and sent to your streaming PC, now it’s time to boot up your streaming software of choice to test it out! Click on “NVIDIA Control Panel”.Ĭloning display one with display 2 will mirror the image from your main display to the capture card. In this step we’ll be telling your GPU to treat your HD60s as a display.Ĭlick anywhere on your desktop. Now that you have the capture card hooked up between both PC’s, we need to set your graphic card to output the signal correctly. Step 3: Setting up the capture card – Nvidia Control Panel (Note: the HD60s will not work on USB 2.0) Plug the USB-C end into the capture card, then plug the Type-A end into a USB 3.0 port on your Dedicated Streaming PC. Grab your USB-C to Type A cable (One should have come with the HD60s). Step 2: Connect the capture card into the streaming PC This will send both and audio through to your streaming PC. Then plug the other end of the HDMI cable into the input side of your Elgato Capture Card. Take your HDMI cable, plug it into the matching output on your Gaming PC’s graphics card.
Step 1: Connect the capture card to the gaming PC
I wanted something that can pass through 4K video from current consoles like Sony’s PlayStation 5 and Microsoft’s Xbox Series X.