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Hey [USER=11005]@Fitchew[/USER] , I think I mentioned in a comment some time ago that if you use mDTX doing dual radiators might be difficult. DTX reaches 30mm further than ITX, This basically takes up the available space for the second rad. If you add the available space together, in general, it is a total of 100mm (plus extra space above the motherboard line). DTX takes 30mm of that, so you're left with 70mm (plus above motherboard line). For a safe route, you could use two 20mm rads from XSPC with at least 2 slim fans, and 2 normal fans.I attached an image of an example dual rad build with ITX: dimensions are based off using 140mm components.Green is rad (30mm)Blue is fan (25mm)Light Blue is Slim fan (15mm)Red line is DTX dimensionHope this helps! Please let me know if you have any ideas or questionsAlso forgot to mention, space will be tight and since I haven't strictly tested DTX motherboards in this case I can't guarantee everything will work smoothly for DTX in a dual configuration.
Hey [USER=11005]@Fitchew[/USER] , I think I mentioned in a comment some time ago that if you use mDTX doing dual radiators might be difficult. DTX reaches 30mm further than ITX, This basically takes up the available space for the second rad. If you add the available space together, in general, it is a total of 100mm (plus extra space above the motherboard line). DTX takes 30mm of that, so you're left with 70mm (plus above motherboard line). For a safe route, you could use two 20mm rads from XSPC with at least 2 slim fans, and 2 normal fans.
I attached an image of an example dual rad build with ITX: dimensions are based off using 140mm components.
Green is rad (30mm)
Blue is fan (25mm)
Light Blue is Slim fan (15mm)
Red line is DTX dimension
Hope this helps! Please let me know if you have any ideas or questions
Also forgot to mention, space will be tight and since I haven't strictly tested DTX motherboards in this case I can't guarantee everything will work smoothly for DTX in a dual configuration.
