Been mailing EKWB with this question two times without receiving a reply.
Anyone know if the 780Ti DCII asus custom PCB design EK-FC780GTXTiDCII waterblock actually runs it's water channel all the way across the VRM area much like the 780Ti nvidia reference design EK-FC780GTXTi waterblock does?
Looking at the underside of it (EK-FC780GTXTiDCII), it displays an outtake section that allows for a rows of capacitors that arent present on the vanilla 780Ti block, thus having me assume that the water channel has been cut short, unless the mysterious nickel plate with circles on it on it s upper side somehow provides a flow path back across over the VRM area.
Any input greatly appreciated. Cheers.
780Ti DCII asus custom PCB design EK-FC780GTXTiDCII waterblock:
http://www.ekwb.com/shop/blocks/vga...ek-fc780-gtx-ti-dcii-nickel-original-csq.html
780Ti nvidia reference design EK-FC780GTXTi waterblock:
http://www.ekwb.com/shop/blocks/vga...ries/ek-fc780-gtx-ti-nickel-original-csq.html
Anyone know if the 780Ti DCII asus custom PCB design EK-FC780GTXTiDCII waterblock actually runs it's water channel all the way across the VRM area much like the 780Ti nvidia reference design EK-FC780GTXTi waterblock does?
Looking at the underside of it (EK-FC780GTXTiDCII), it displays an outtake section that allows for a rows of capacitors that arent present on the vanilla 780Ti block, thus having me assume that the water channel has been cut short, unless the mysterious nickel plate with circles on it on it s upper side somehow provides a flow path back across over the VRM area.
Any input greatly appreciated. Cheers.
780Ti DCII asus custom PCB design EK-FC780GTXTiDCII waterblock:
http://www.ekwb.com/shop/blocks/vga...ek-fc780-gtx-ti-dcii-nickel-original-csq.html
780Ti nvidia reference design EK-FC780GTXTi waterblock:
http://www.ekwb.com/shop/blocks/vga...ries/ek-fc780-gtx-ti-nickel-original-csq.html
