The magnetic mount snaps to steel, which means an aluminium panel gives it nothing to hold. Many cases mix the two materials. Finding a steel surface near the cable routes is part of planning where the hub will live.
A magnet does not care what colour a panel is, or how premium it looks, or whether it matches the rest of a build's aesthetic - it cares about one thing, which is whether the metal underneath it is actually magnetic. That single fact is what decides whether the ASH-S1's mounting system works at all in a given case, and it is a question a lot of builders never think to ask before assuming the mount will simply hold wherever it is pressed.
The ASH-S1's magnetic mount grips steel, and only steel - it has nothing to hold onto against an aluminium panel, since aluminium is not magnetic regardless of its thickness or finish. Many cases mix the two materials, often with an aluminium exterior sitting over a steel internal frame, so the practical answer is to test the specific surface with any small magnet before assuming the mount will work there. Where no steel is reachable, adhesive mounting or a cable tie through a nearby anchor point are the usual fallbacks.
Magnetism is a property of specific metals, and steel - an iron alloy - is one of them, which is why the description names steel specifically rather than metal generally. Aluminium, despite being a metal that looks and feels similar to steel in a lot of case panels, is not magnetic in any practically useful sense. A magnet pressed against a bare aluminium surface simply does not hold, no matter how strong the magnet is or how flat the contact. This is not a quality issue with either the magnet or the panel - it is a basic property of the materials involved, and no amount of pressing harder changes it.
This distinction gets lost easily because both materials often look identical once painted or anodised, and both are commonly described loosely as "metal" in case marketing and reviews, without distinguishing which specific metal is doing the structural work. A builder reasonably assuming that any internal metal panel will hold a magnetic mount is making an assumption the physics does not actually support.
Case manufacturers frequently combine aluminium and steel deliberately, playing to each material's strengths rather than using one throughout. Aluminium is lighter and often used for exterior panels, front and top covers, and anywhere reduced weight or a particular finish matters aesthetically. Steel tends to be reserved for structural elements - the main chassis frame, the motherboard tray, and load-bearing sections where rigidity matters more than weight. The result is a case that can have an entirely aluminium exterior while the internal skeleton, including the tray a hub would typically mount to, is steel throughout.
This is actually good news for mounting the ASH-S1, since the motherboard tray - usually the most convenient and central mounting location anyway - is disproportionately likely to be steel even in cases with aluminium exteriors. But it means the assumption "this case has an aluminium panel, so the magnet definitely will not work anywhere" is just as wrong as assuming it will work everywhere. The honest answer depends on which specific surface is being considered, not on the case as a whole.
The practical test costs nothing and takes seconds: hold any small magnet - a fridge magnet, a spare from a toolbox, anything with reasonable pull - against the candidate surface. If it holds with a firm, positive grip, the ASH-S1's mount will hold there too, since the physical requirement is identical regardless of the magnet's size. If it does not hold, or holds weakly, that surface is not steel, or not steel of sufficient thickness, and a different mounting approach is needed.
This test is worth running on every candidate position before finalising a plan, not just the first spot that looks convenient, since case interiors can have steel in some areas and aluminium in others depending on where structural strength was prioritised during design. A few minutes spent testing several candidate spots avoids discovering mid-build that the chosen position was never going to hold in the first place.
Not every case interior offers a convenient steel surface exactly where a hub would ideally sit, and for those situations the magnetic mount simply is not the mechanism to rely on. Double-sided adhesive mounting tape is the most common fallback, provided the surface is clean and the adhesive is rated to hold the hub's weight along with the cables pulling on it. A cable tie routed through any nearby anchor point - a drive cage mounting hole, a grommet, or a case tie-down point - is another option, particularly useful in combination with adhesive for extra security.
Neither fallback is as convenient as the magnetic mount's tool-free, repositionable nature, which is worth factoring into case selection if reliable steel mounting matters to the build. Cases marketed around a steel chassis, or reviews and spec sheets that explicitly mention steel construction for the tray and frame, are a reasonable signal that the ASH-S1's intended mounting method will work without needing a fallback at all. Read case descriptions in Evetech's case fan range for steel construction before assuming any magnetic mount will simply work, and for a case interior that turns out predominantly aluminium, the NZXT fan controller is worth comparing as a different mounting approach entirely.
Any steel panel, which the description names specifically, so the surface material decides whether it holds.
Aluminium is not magnetic, so a mount relying on magnetism has nothing to grip on an aluminium surface.
Often. A case can have an aluminium exterior over a steel frame, so the inner surfaces are worth testing individually.
Hold any small magnet against it. If that holds, the ASH-S1's mount will too.
Adhesive mounting or a cable tie through a nearby anchor point are the usual alternatives where magnetism is unavailable.
On steel it holds the hub without screws, which is the point of the design, though its cables should not be pulling on it constantly.
It does, since both nine-port banks need to stay reachable and the SATA lead has to reach the hub comfortably.
Not sure whether your case interior is steel or aluminium? Browse Evetech's case fan range and check each listing's construction details before planning your mount.
Any steel panel, which the description names specifically, so the surface material decides whether it holds.
Aluminium is not magnetic, so a mount relying on magnetism has nothing to grip on an aluminium surface.
Often. A case can have an aluminium exterior over a steel frame, so the inner surfaces are worth testing individually.
Hold any small magnet against it. If that holds, the ASH-S1's mount will too.
Adhesive mounting or a cable tie through a nearby anchor point are the usual alternatives where magnetism is unavailable.
On steel it holds the hub without screws, which is the point of the design, though its cables should not be pulling on it constantly.
It does, since both nine-port banks need to stay reachable and the SATA lead has to reach the hub comfortably.
The pattern of failure locates the fault. One dark device among lit ones points at that device. Everything after a point going dark points at the link before the first dark item, since chains fail forward.
Read more
An interlocked row moves as one assembly, which is convenient for removal and less so for replacing a single fan. Loose cable links reverse that. Which suits you depends on whether the row is more likely to come out whole or be worked on fan by fan.
Read more
The R100 gap between R799 and R899 buys a different sleeve material, not more cable. Braided kits wrap the wires in woven nylon. The transparent pair uses a translucent PET sleeve over each wire, so you see the wire itself rather than a weave over it.
Read more
The board shell is the wider of the pair while the graphics shell is the longer, so each meets a different constraint. Width fights neighbouring parts, length fights the visible span. Planning them as one job is why one shell ends up compromised.
Read more
A single Ultra at R249 adds one lit point, while the three-pack at R649 fills a row. The infinity mirror effect repeats better across three. One fan works as an accent in a build that already has lighting, and less well as the only lit element.
Read more
RTX 4070 Ti: weighing the pros and cons for SA should be shortlisted around the job it must do. South African buyers should compare GPU tier, VRAM, cooling, and PSU headroom, warranty path, and upgrade room before treating any pick as best.
Read more
Steam download region can affect which content server supplies your game files. Compare speed units and test another nearby region before blaming your router. A controlled download test costs no replacement hardware and helps you choose the next step.
HiBy PULSE and GRID are a gaming headset and an external sound card with Cyberpunk 2077 designs. The reveal does not yet provide detailed specifications or pricing. Choose whether to wait around your actual audio needs and the cost of a working headset today.
Pulsar X2F CrazyLight removes the rear shell for a dedicated fingertip grip. Its stated 29g weight is only useful if that shape suits your hand. Compare grip, receiver requirements and desk control before paying for a specialist gaming mouse.
Steam overlay not opening usually needs a settings or game-support check before a keyboard purchase. Review the global switch, the per-game option and the assigned shortcut. Test a second supported game to narrow the fault without reinstalling everything.
Steam download region can affect which content server supplies your game files. Compare speed units and test another nearby region before blaming your router. A controlled download test costs no replacement hardware and helps you choose the next step.
Steam overlay not opening usually needs a settings or game-support check before a keyboard purchase. Review the global switch, the per-game option and the assigned shortcut. Test a second supported game to narrow the fault without reinstalling everything.
Windows microphone privacy settings can block an app even when the microphone is connected. Check device access, app permissions and the selected input separately. A short recording test helps distinguish a permission problem from a hardware fault.
INNO3D AWS-511Z-R1 is a configurable Xeon workstation platform, not one fixed gaming PC. Memory channels and graphics capacity depend on the chosen parts. Ask for an itemised build so the tower photograph does not become your assumed specification.
The pattern of failure locates the fault. One dark device among lit ones points at that device. Everything after a point going dark points at the link before the first dark item, since chains fail forward.
The Pro row is joined by a modular interlock. That is a physical connection between fan frames rather than a lead running between them, and it is what produces the single cable run. The row is assembled in order rather than wired freely.
Red and black is one of the longest-lived colour schemes in PC building. A restrained accent survives component changes better than a full red build, since components change more often than cases. Keeping it in the cables makes revising easy.
Decide which connection you will need during cleaning before the row is tied down. An interlocked row comes apart differently from a cabled one, and the output run is the usual access point. Leaving that reachable keeps a clean simple.
