Affordable 1080p 60FPS Capture w_ Windows, Mac & Linux Support

**Testing the XSplit Game Capture Card**

After setting up the XSplit game capture card, I was excited to test its capabilities. The card itself is fairly small and has a low profile, making it easy to fit on most desktop setups. When I first booted up OBS (Open Broadcasting Software), which is the software that comes with the capture card, everything seemed fine. However, as soon as I tried playing a game at high frame rates, I noticed that there was a delay between the actual gameplay and the preview feed. This delay was noticeable even in slow-paced games like first-person shooters, where it would be around 20 milliseconds (m/s) of delay.

**Audio Quality**

The audio quality on this capture card seemed to be fine for my testing purposes. I hooked up my Sennheiser gaming headset with a 3.5 millimeter jack to the output and mic in, and everything worked as expected. However, there was one major limitation: I had no control over the level balance of my microphone versus my gameplay audio. This meant that I had to lower the volume of my game sound in-game or on my console to manage it. The advantage of this setup is that all the audio comes through as a single input via the HDMI feed, so theoretically, desync would never be an issue.

**Using the Mic Input**

I decided to test the mic input separately from the line-in input. I plugged the microphone into the mic in port and tested it out while playing a round of a game on my gaming channel. The audio came through clearly, and the auto-aim feature was surprisingly accurate. However, when I switched back to using the line-in input, which allows for external audio to be mixed with the HDMI feed, the experience changed significantly.

**Using External Audio**

I ran an audio cable from my audio mixer directly into the XSplit capture card, essentially bypassing the built-in mic. This allowed me to hear the full stream audio that would normally be routed directly into my computer or OBS. The result was a seamless and synchronized audio feed that worked perfectly with the HDMI video.

**Build Quality**

One notable aspect of this capture card is its build quality. The long sides of the device have ventilation holes, which could potentially serve as a heatsink for the device. However, I decided to disassemble it and remove these screws around the four corners on the bottom, only to find that there was no heat sink or fan inside. It's clear that this capture card doesn't require one, and the chassis is designed more for aesthetics than for cooling.

**Pros and Cons**

Overall, for 120 dollars, this is a pretty decent 1080p 60 capture card. However, it doesn't have anything too fancy as far as scaling modes go, and it doesn't allow for 4k 60 pass-through, which is a bit disappointing. The fact that it can be used with UVC and Linux, as well as Mac, makes it a viable option for those who need these features.

**Conclusion**

The XSplit game capture card seems like a solid choice for anyone looking to stream their gameplay at high quality. While it may not have all the bells and whistles, its low profile and build quality make it easy to fit into most desktop setups. With the right software and setup, this capture card can deliver seamless audio and video feeds that are perfect for live streaming or recording.