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The PCB layout of nearly all 3090 Ti cards differs significantly from that of the 3090 non-Ti cards. Therefore, almost no 3090 Ti coolers are compatible with the 3090 variant, and vice versa.

Wenn die Pumpe auf die Rückseite kommt, wird sie in extrem viele Gehäuse nicht mehr passen. Da helfen auch die Abstandhalter oft nicht mehr. Denn die sind etwas zu kurz dafür. Die Distroplate würde weit nach innen stehen. Das würde mit DDC Pumpen vielleicht noch gehen, aber DDC Pumpen sterben im...

All plastic caps that are placed on the standoffs must be removed.

I can’t tell you that at the moment. At least right now, nothing is in development. Whether that will change, I don’t know at this time. But if something does come, it would be no earlier than in 3–4 months.

The PCB layout is new, and we do not support it. The capacitors in the image below are in the way. Gigabyte has once again changed the PCB to make it cheaper to produce. Normally, there would be voltage regulators here, not capacitors. Therefore, the cooler will not fit. What is the exact model...

We do not create or collect such data, as it is unnecessary for us, our customers, and also for industrial customers. An exact calculation is not possible either. So far, everyone has completely failed at this. There are simply too many factors involved. Ambient temperature, the exact airflow...

I mean that you can then clip the plastic terminal onto the side. I’m not sure how good the translation is, but here you have to go into this tiny gap on the side with a fine flathead screwdriver and simply pry it apart.

You definitely won’t be getting over 480 L/h. That’s completely out of the question, regardless of how low your restriction is. About half of that would be realistic. Anything above that is not.

I’ll try to explain it in a very simple way—then everything should make sense. The water flow inside the radiators is U-shaped. The two chambers with the ports D, F, C, and E are each one chamber. For example, D and F belong to the same closed chamber. If water enters there, it flows on that...

You can’t remove the inlets, meaning the threaded parts. Doing so would irreversibly destroy the seal. To disassemble the terminal, you first need to remove the logo cover on the front. You have to carefully pry it out using a very fine, extremely thin flathead screwdriver. It is glued in place...

There is an issue in the system with the VATs on the website. I can’t say exactly what the current status is on the IT side. Ideally, you should simply send an email to info@alphacool.com, preferably with a screenshot of the error if possible. Unfortunately, I can’t provide more details, as this...

You can’t fix this yourself. With this kind of issue, there’s no way around a replacement.

I can’t say exactly when which monoblocks will be available yet. You’ll have to wait for the launch for that. Also, since there are several ASUS X870E boards, you’ll need to be more specific and provide the full model name of the board.

PTM7950 macht man weder direkt auf die CPU noch auf die GPU. Putty verwendet man auf den RAM und vRAM (Spannungwandlern) der Grafikkarte. Man kann damit also die Wärmeleitpads ersetzen. Auf der GPU und CPU direkt taugt Putty überhaupt nicht und ist auch nicht dafür gedacht. Da kommt normale...

Im Artikeltext unten stehen die kompatiblen Grafikkarten, auch die Phantom: - Gainward GeForce RTX 4080 Phantom GS, 16GB GDDR6X (3499) - Gainward GeForce RTX 4080 Phantom, 16GB GDDR6X (3505) Du musst nur mal schauen, ob die PCB Nummern mit deiner Grafikkarte übereinstimmen. Manchmal ändern sie...

I’m afraid your flow sensor is reading some kind of nonsense here. With a setup like this, you normally shouldn’t be able to achieve such a flow rate. Which sensor are you using?

If you look at it very precisely, angled fittings do of course increase flow resistance and therefore also affect flow. But on the internet this topic is blown way out of proportion compared to how relevant it actually is in practice. In the end, it’s barely relevant at all. So I really wouldn’t...

You’re overthinking this a bit. Just as an example, my personal system: I’m running an RTX 4080 and a Ryzen 7950X3D (with the Core 1 cooler). I have three 360 mm radiators installed, a lot of angled fittings, and six quick-disconnects, which are very restrictive. My Apex pump runs at 50% PWM...

Morgen, theoretisch kannst du die Pumpeneinheit der AIO auch an die aktuellen Core Kühler für die RTX 5XXX Reihe montieren. Es kann lediglich sein, dass die schwarze Abdeckung, die über das Acryl geht, nicht mehr drauf passt oder vom Acryl absteht. Aber die kann man auch ganz weg lassen, das ist...

If you leave out the internal radiators and only use the external SuperNova radiator, a single pump will be sufficient. In that case, a second pump would not be necessary.