Page 3 – Physical Look – Inside
One of the standout features of the Corsair Frame 5000D RS ARGB is its modularity. Once the side panel is removed, the internal design makes this clear. Almost every panel you see can be taken out. The motherboard tray is removable, as are the cable management covers, and even the PSU chamber covers. In terms of appearance, the interior is finished consistently with the exterior, painted in matte black. The coating is applied evenly across the chassis, giving it a clean, professional look.
At the bottom of the case, I have already removed the PSU chamber’s steel mesh side panel. The top panel of the PSU chamber can also be removed, which in the future will allow mounting of the Corsair Xeneon Edge 14.5" LCD touchscreen with the help of an upcoming kit. If you prefer to keep the PSU chamber’s top tray in place, it can accommodate either one 3.5" or two 2.5" drives. Cooling flexibility is another highlight. If the Frame 5000D RS ARGB is fully loaded with components, up to three 120mm, three 140mm, or two 200mm fans at the front, three 120mm or 140mm fans on the side, or a radiator of equivalent size can push fresh air into the chassis, directing it toward the graphics card, with heat then expelled through the top exhaust grille by up to three 120mm or 140mm fans. If you need more fans, up to two 120mm fans at the bottom and two additional 120mm fans between the chambers can be added to further enhance the airflow.
As a mid-tower, the Corsair Frame 5000D RS ARGB supports ATX-sized motherboards as well as smaller form factors such as micro ATX and mini ITX. The motherboard tray is removable, allowing you to mount the motherboard onto the tray before placing it back into the case. All the motherboard risers come pre-installed from the factory, so users do not need to worry about setting them up according to the size of their board. Once the motherboard is secured, the heatsink or water block can be installed or removed easily thanks to the large rectangular cutout in the tray. Of course, this requires removing the large drive tray first.
It is also worth noting that the Frame 5000D RS ARGB supports back-connect motherboards. As shown, there are provisions and cutouts for routing connectors on back-connect designs. From the photo above, you can also see a pre-installed 140mm RS140 ARGB PWM fan mounted at the rear exhaust. This fan features daisy-chainable connections for simplified setup. If you plan to use a closed-loop water cooler, however, you will need to remove this factory fan to mount the radiator directly to the chassis. Finally, the expansion slot covers feature the same patterned mesh as the rest of the case to improve ventilation. Personally, I would have preferred solid covers instead, since I doubt the small perforations here provide any meaningful airflow improvement, while they do allow more dust to get in.
From the photo above, you can see another set of three Corsair RS140 ARGB PWM fans pre-installed from the factory. The front can accommdoate up to three 120mm, three 140mm, or two 200mm fans, or a radiator of equivalent size. In terms of cooling performance, this means the case already provides a solid solution right out of the box.
If your cooling demands are moderate, there is really no need to purchase additional fans, as the four included high-performance units should be more than sufficient. For users who want a more elaborate setup, the Frame 5000D RS ARGB can accommodate up to fourteen 120mm fans in total. The multi-point mounting system for the front and top fans adds flexibility, allowing different configurations. For instance, while the front comes with three 140mm fans by default, the rails can be adjusted to support two larger fans to up to 200mm if desired. The wavy mesh design on the front panel not only enhances airflow, but also allows a generous amount of ARGB lighting to shine through, making the included fans stand out even more. Maintenance is also straightforward. The steel mesh front panel can be removed quickly to access and clean the front dust filter, helping keep internal components free from buildup. In terms of GPU clearance, the case supports graphics cards up to 450mm in length with the front fans installed. For longer or heavier GPUs, Corsair includes a GPU holder for extra support, and of course, you also have the option to mount your graphics card vertically.
Upon removing the right side panel, you will see the opposite side of the lower chamber along with the back of the motherboard tray. To the left of the power supply area sits a drive tray capable of holding either one 3.5" HDD or two 2.5" drives. On the back of the motherboard tray, three additional drive trays come pre-installed. The larger one, positioned behind the CPU heatsink cutout, can support either a single 3.5" HDD or two 2.5" drives, while the other two smaller trays are each designed for one 2.5" drive. In total, the Corsair Frame 5000D RS ARGB can house up to six 2.5" drives and two 3.5" HDDs. Cable management is also handled well. There is about 25mm of clearance between the motherboard tray and the right side panel, which is more than sufficient for most power and data cables. As shown in the photo, Corsair includes seven Velcro straps branded with the company logo positioned at key locations where cables and tubes are likely to pass. These make it easier to secure wiring and maintain a clean build. Two long rubber-grommeted openings allow cables to be routed safely, protecting both the wires and your fingers during installation. On the opposite side of these openings, a cover helps conceal the cabling for an even cleaner look.
Overall, the interior layout of the Corsair Frame 5000D RS ARGB is excellent. All essential components can be installed with ease and kept adequately cooled. The interior paint finish is smooth and consistent, and most importantly, the generous routing space and large openings ensure simple, organized, and frustration-free cable management.
Page Index
1. Introduction, Packaging, Specifications
2. Physical Look - Outside
3. Physical Look - Inside
4. Installation and Conclusion
