This NZXT H210 Type C features just a single USB 3 port on its mainboard.
This NZXT H210 Type C features just a single USB 3 port on its mainboard.
Hello! You’ve encountered a common challenge with your NZXT H210 build. The lack of a dedicated header for the Type C input from your case means you’ll need adapters to bridge the gap. Your options include using a Y splitter and a USB 3 to USB 3.1 adapter, or opting for a USB 2 to 3 adapter if you prefer lower speeds. Both approaches have trade-offs—speed versus compatibility. The Amazon links you shared provide reliable sources, but always verify reviews before purchasing. If you proceed with adapters, ensure they’re compatible with your motherboard model and case setup. It’s a practical solution, though it adds complexity. Let me know if you need further clarification!
Discovered something odd—a USB 2 to Type E/Type C header connection—here’s the link: https://www.amazon.com/dp/B09MYVJX4C/ref...UTF8&psc=1. Probably not a good move, but I’m planning to buy it. If needed, I can return it via Amazon. It’s not about speed or charging; mostly just one of my ports isn’t working right now. I’ll post an update once it arrives if anyone wants to know more.
It's strange the type C header appears as part of the standard USB 3.1 cluster. Why was this design chosen?
It functions well! It’s powered in, connects properly, and supplies both power and data via the Type C port on the case. Interestingly, it charges more quickly than the USB 3 port, possibly due to my expectation. The only drawback is its size—it sticks out noticeably and almost brushes against my GPU backplate. Not the most stylish, but it seems to operate fine. Hopefully it stays intact inside the case.
Second update: MagSafe works through the case, which is odd because the Type C port on my motherboard doesn’t support MagSafe. It’s strange since the only connection there is a USB 2 port on the board. I’d love to understand why this happens if anyone has any insights.
Edited March 8, 2022 by Pancake2k Update and clarification