Space between graphics card and case
Space between graphics card and case
It is a typical mid-tower ATX enclosure.
Dimensions (Length x Width x Height): 503 x 240 x 509 mm
Specifications: https://www.fractal-design.com/products/...alk-white/
For reference, my Corsair 760T V2 Black, regarded as a full-tower ATX model;
Enclosure Dimensions: 564mm x 246mm x 568mm
Specifications: https://www.corsair.com/us/en/p/pc-...we...-techspecs
Significantly larger overall, across all aspects.
E-ATX is only marginally wider than standard ATX, so size isn't a major factor for case selection.
ATX variant: 305x244mm
E-ATX variants: 305x257mm, 305x264mm, 305x267mm, or 305x272mm
A useful way to gauge the size of a PC case is by counting the number of expansion slots (PCI).
This case accommodates 7 slots. My case supports 9 slots.
Because the top M.2 slot is occupied on the MoBo model, the two highest PCI expansion ports are obstructed by the M.2 drive. With a quad-slot GPU, only one slot remains available beneath it. Since the PSU cover can't be removed, this provides extra space for the powerful GPU.
You have a choice: accept this configuration or upgrade to a full-tower or super-tower ATX.
I understand if you're concerned about any limitations in the overall flow of the fan and case. Will the small space allow the GPU to draw in air effectively, starting from the difficulty level? As I mentioned earlier, the under the plate of the case often leaves gaps where the GPU has many openings, except for the PSU. Additionally, the front-mounted bottom fan helps push air underneath the case.
As I mentioned earlier, the GPU airflow appears satisfactory.
Certainly, the distance between the GPU and PSU shroud seems minimal, but it is actually sufficient. As you noted, your PSU shroud also provides ventilation, offering the GPU fans more room for air intake from the shroud's opening.
Additionally, the GPU fans maintain a certain static pressure, allowing them to draw air through the shroud's grille and direct it into the GPU heatsink effectively.
Therefore, there is no need to be concerned about airflow.