Thursday, November 28th 2013
ASUS Shows Off ROG-Branded GeForce GTX Graphics Card with Air-Liquid Hybrid Cooler
While EVGA is coming out with the GTX 780 Ti Kingpin Edition, ASUS is preparing its own custom-cooled and (most likely) factory overclocked GeForce GTX 780 Ti card, and it shall be known as Poseidon. The Taiwanese company offered a sneak peek of the card which will be part of the Republic of Gamers lineup and will feature a DIGI+ VRM, highly-durable Black Metallic Capacitors and the DirectCU H20 cooler which combines air and liquid cooling to allow for better performance and quieter operation.
DirectCU H20 packs two dust-proof fans, three heatpipes, a large heatsink and a water block. Based on the prototype card showcased by ASUS earlier this year we can assume the ROG Poseidon will have three working modes - air only, liquid only and combined (air and liquid). No word yet on the card's clocks, price tag or release date.
DirectCU H20 packs two dust-proof fans, three heatpipes, a large heatsink and a water block. Based on the prototype card showcased by ASUS earlier this year we can assume the ROG Poseidon will have three working modes - air only, liquid only and combined (air and liquid). No word yet on the card's clocks, price tag or release date.
30 Comments on ASUS Shows Off ROG-Branded GeForce GTX Graphics Card with Air-Liquid Hybrid Cooler
shame its going to be priced like the aresII tho!
If someone couldn't afford water cooling, I wonder if filling it with water or coolant and G1/4 plugs would improve heat transfer.
Such cooling option should be offered already in the issue of a reference model and thereby many bought this version rather than kept buying expensive blocks, and lose your warranty. Just to get to the full potential of the product as the current air coolers are completely inadequate !:rockout:
What effectively dissipates heat in a water loop is the radiator, with just water you'd just delay the inevitable overheating of the system, so no it won't work with just G1/4 plugs and water.
If you mean internal microfins for the water block, then first off it probably does or else it'd be a crappy block, and second it doesn't really matter - coolant or distilled water, even just passively sitting inside the block, would be better than just air. How much better, I don't know.
It would be silly though to spend money on a product like this without having a water loop to attach to it.
That way it would work I suppose, they could pull it off by making those pipes direct contact with the GPU core and WB core. Knowing how ASUS works it will probably be aluminium :\