AIO Water Cooling - CPU & GPU, Can it be done with a closed system without a reservoir?

[The Conservative]

Ok, so I am looking into a minimalist AIO cooling system for my computer; it will be a small form (Easy transport) case, about 2.5 the actual size of an XBox Series X. So When I say small form factor, I mean tight.

I am getting my hands on a brand-new video card and processor; now I have seen AIO-enclosed water cooling systems that don't need a tank. I have also seen ones with it.

Is it possible to have a tankless AIO cooling system without a tank to keep the processor and GPU cool?

The key things to remember before answering this question are:

• The CPU cannot be overclocked.

• The GPU can be, but general testing shows that doing so will not produce performance justifying it, so I will not be OC the GPU either.

• I will not have a lot of space. Even with the GPU being reduced in size by 80%, the form factor I will be using will not allow for a lot of freedom and if I can put a reservoir into it, it will be almost 1/2 the size of a standard one (if it will fit at all)

[SuburbanFarmer]

I don’t understand why you’d want a water-cooled system, if you’re not over clocking.. just cause it looks cool?

[Martin Hash]

I don’t understand why you’d want a water-cooled system, if you’re not over clocking.. just cause it looks cool?

Aren't the new GPU's water-cooled?

[SuburbanFarmer]

I don’t understand why you’d want a water-cooled system, if you’re not over clocking.. just cause it looks cool?

Aren't the new GPU's water-cooled?

You can buy them that way, but you wouldnt need it unless you’re mining Bitcoin.

[The Conservative]

I don’t understand why you’d want a water-cooled system, if you’re not over clocking.. just cause it looks cool?

Aren't the new GPU's water-cooled?

They can be but they aren't out of the box. It's basically the 3rd parry variant does it.

I don’t understand why you’d want a water-cooled system, if you’re not over clocking.. just cause it looks cool?

No, power reduction and stability of the video card, to keep from a more significant power draw, some of these video cards should not be demanding 500W peak.

[SuburbanFarmer]

No, power reduction and stability of the video card, to keep from a more significant power draw, some of these video cards should not be demanding 500W peak.

Why not?

More importantly, what do you need that kind of gpu for? Are you doing some crazy advanced physics modeling?

[The Conservative]

No, power reduction and stability of the video card, to keep from a more significant power draw, some of these video cards should not be demanding 500W peak.

Why not?

More importantly, what do you need that kind of gpu for? Are you doing some crazy advanced physics modeling?

AI training.

[SuburbanFarmer]

No, power reduction and stability of the video card, to keep from a more significant power draw, some of these video cards should not be demanding 500W peak.

Why not?

More importantly, what do you need that kind of gpu for? Are you doing some crazy advanced physics modeling?

AI training.

I picture that being more like uploading massive photo dumps to a folder and having them scanned.

[Martin Hash]

Real-time raytracing.

[The Conservative]

Why not?

More importantly, what do you need that kind of gpu for? Are you doing some crazy advanced physics modeling?

AI training.

I picture that being more like uploading massive photo dumps to a folder and having them scanned.

You've never heard of GPU processing for AI training?