Sry, badly worded on my part. I meant to say possibility to route power cable to lower back corner bottom part where the ventilation is while using ATX PSU. As the cable lenght would be different to top one i think cut out like in top part could be sufficient.
Sry, badly worded on my part. I meant to say possibility to route power cable to lower back corner bottom part where the ventilation is while using ATX PSU. As the cable lenght would be different to top one i think cut out like in top part could be sufficient.
Yes, it should fit if you replace fans with slime ones! And I think that it will be the smallest case to fit this GPU.
Sure, why not ?
Ok, I made a small render, is this what you had in mind:
Ok, I made a small render, is this what you had in mind:
Meant like this https://ibb.co/DYV0NSW although that would work also but wont it collide with PCI brackets?
Ofcourse align it with 90 degree ac cable.
Ok, so you would basically put it on the bottom side of the case? I'm not sure I really like that idea tbh, cable would exit at the awkward spot and there are riser and stand mounts in that area.
Yea, i was guessing that there was a reason why there wasnt option for it as it would put ac cable nicely close to table. Couldnt tell from the renders how the stand mount was sitting. Looking good anyway
Yea, i was guessing that there was a reason why there wasnt option for it as it would put ac cable nicely close to table. Couldnt tell from the renders how the stand mount was sitting. Looking good anyway
I had some ideas in mind that would put the AC cable on the bottom of the case, since that would allow for a bit more usable volume inside, but I decided against since it is kind of cheating and ugly, with cable dangling below the case.
I got a few more renders for you, since I modeled RTX3080/3090 reference PCB with ek water block. It is interesting what you can do with single slot GPU:
1. with ATX board, SFX psu and 45mm thick 280mm rad with 25mm fans
2. with ITX board, ATX psu, 60mm thick 60mm rad and 25mm fans
3. with ITX board, ATX psu, 45mm thick 360mm rad and 15mm fans
1. with ATX board, SFX psu and 45mm thick 280mm rad with 25mm fans
2. with ITX board, ATX psu, 60mm thick 60mm rad and 25mm fans
3. with ITX board, ATX psu, 45mm thick 360mm rad and 15mm fans
I like the second option.
I got a few more renders for you, since I modeled RTX3080/3090 reference PCB with ek water block. It is interesting what you can do with single slot GPU:
1. with ATX board, SFX psu and 45mm thick 280mm rad with 25mm fans
2. with ITX board, ATX psu, 60mm thick 60mm rad and 25mm fans
3. with ITX board, ATX psu, 45mm thick 360mm rad and 15mm fans
Ty, IMO second option allows for some unreal cooling capability in such small volume
Where do you envisage the pump/res sitting?
There is space between psu and mbo, and even more if you use sfx psu. Also, there is ~56mm to gpu from cpu so maybe some integrated block/pump solution.
Can you instead use an ATX PSU on the bottom? Maybe plug the power cable in directly from there!
Not really, it would hit the gpu bracket. But even if you could, it doesn't make sense to me. It's because you would have to use ITX board, but if you use ITX board you can just put ATX psu in it's intended place, and you have space for up to 360mm radiator instead of 280.
Specs on the front page:
-radiators up to 120mm if the gpu is less than 275 mm long, up to 60 mm thick
-radiators up to 140mm if the gpu is less then 245 mm long, up to 60mm thick (this limits psu to SFX units)
You will need to check if your GPU is less than 275mm long!
Yes with 3-slot gpu you are limited to length-wise if you want to install AIO, but with dual slot you are not, just put 15mm thick fan on it and you can have gpu in any length.
Although this model is 274 mm long, so could fit:
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Also that length can be increased to 303 mm if you put 92mm fan on 120mm AIO.
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