This might cause some frustration.Īs mentioned, I took advantage of the open side radiator mount and vertical cable shroud to run some of the bulkier cables down to the PSU. With the vertical shroud removed and a side radiator installed, you'd have to rely on the cutouts and rubber gaskets to move cabling to the back of the motherboard panel. The vertical shroud elegantly hides the cables from view in my layout. I made use of the open space - no side-mounted radiator in my build - to run some of the larger cables down to the PSU. If you do go with a side-mounted radiator, your cabling will have to be perfect. Luckily there is space on the top mount for a radiator. There is a ton of space inside, and you should be able to realize your dream build (with some limitations).įor example, the case doesn't fit a radiator on the front and side mounts at the same time. Using MSI's B550 MAG Tomahawk ATX motherboard, Cooler Master Hyper 212 CPU cooler (soon to be replaced by an AiO solution), ASUS TUF Gaming RX 6800 GPU, and Corsair 750W PSU posed no problems. If you're on your first mission, be sure to check out our guide on how to build your own PC the right way. The Corsair iCUE 5000X RGB is a bit intimidating out of the box, but once you get inside, the build process is actually quite easy. Building a PC with the Corsair iCUE 5000X RGBĬorsair's iCUE 5000X RGB is a pleasure to work with. This is about all I observed before getting into the actual build process to see what the case is really like once you're inside. On the bottom is a slide-out dust filter for the PSU's intake vent. You will need to invest in a PCI extension cable for this modification. The back of the case has seven horizontal expansion slots, as well as two vertical expansion slots if you're looking to mount your GPU up on its side. An extra channel runs along the back of the motherboard panel to handle any cables coming over the top, including those for the top and rear-mounted fans and CPU power. It's definitely not as clean as the promo photos will have you believe, but it's a good foundation. There's about 25mm of space behind the motherboard panel and a wide primary channel between the panel and side rad mount with loops and Velcro ties already installed. The case comes from the factory with a good start on proper cable management. A couple of cutouts reside between the motherboard panel and radiator mount rubber gaskets hide any mess behind. It also provides some extra space for cabling that can't be seen from the outside. If you're not installing a side radiator, the cable shroud is an elegant way to hide the wide gap that would otherwise be there. Both of these pieces can be removed (the shroud, especially if you're side-mounting a radiator). Next to the swing door is a semi-permanent radiator mount, covered on the other side by a vertical cable shroud. Some might remove the swing door completely if they're particularly proud of their cabling, but others (including myself) will appreciate the relative mess it hides. With the panel closed and the glass in place, you'd never know there's anything there. I have a different Type-E to Type-C cable coming to test if it's the header port on the motherboard itself or not, but just thought I'd try to get some other opinions on what could be wrong.Source: Windows Central (Image credit: Source: Windows Central)īehind the glass is a steel swing door - completely and easily removable for better building - that hides cabling, SSDs, HDDs, PSU, lighting nodes, and anything else housed behind the motherboard panel. I've tried a USB-C flash drive in the port and that seemed to come up okay, but I didn't test too far with it.Ĭould I have potentially damaged the header cable that plugs into the Type-E port on my motherboard somehow when routing it through the case? I did have to make a bit of a tight bend to get it plugged into the port with the way I'd routed the cable. If I plug either of these drives into a different USB-C port, or use a C-to-A adapter to plug them into the front panel USB-A ports, the drives come up fine without any issues and respond as expected. I've tried a couple different USB-C SSDs and both of them have exhibited at times the following issues:ĭrive is never fully detected, system slow to respond when trying to eject safely.ĭrive shows up, but system responds slowly to attempts to access drive, access attempts eventually time out. I recently finished a build in the Corsair 5000D RGB Airflow, and while my USB-A ports work fine on the front I/O panel, my USB-C port has issues with devices connected to it.
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