Friday, July 24th 2020
Aqua Computer Introduces ULTITOP D5 DUAL Pump Top
Aqua Computer, the German specialist for water cooling systems, today presents a new dual pump top for D5 pumps. By using this dual pump top, the pressure provided by the two pumps connected in series is doubled and a redundant operation in case of failure of one pump is provided. The ULTITOP D5 DUAL has been optimized for lowest possible running noise and compact design. Aqua Computer has extensively simulated and optimized the geometry of the pump housing.
The pump can be easily installed in almost any installation situation thanks to two mounting options offset by 90°. A bracket available as an accessory also allows mounting on 120 and 140 mm fan holes. The supplied specially adapted decoupler made of very soft silicone dampers ensures that almost no vibrations are transmitted to the case. Aqua Computer manufactures the ULTITOP D5 DUAL in Germany in its own CNC facility. The main housing is made of acetal, the threads are G1/4". It is available as of now with a price tag of 79,90 Euro (~ 95 USD), additionally a kit with two D5 NEXT pumps is offered for 289,00 Euro (~ 340 USD).
Source:
Aqua Computer
The pump can be easily installed in almost any installation situation thanks to two mounting options offset by 90°. A bracket available as an accessory also allows mounting on 120 and 140 mm fan holes. The supplied specially adapted decoupler made of very soft silicone dampers ensures that almost no vibrations are transmitted to the case. Aqua Computer manufactures the ULTITOP D5 DUAL in Germany in its own CNC facility. The main housing is made of acetal, the threads are G1/4". It is available as of now with a price tag of 79,90 Euro (~ 95 USD), additionally a kit with two D5 NEXT pumps is offered for 289,00 Euro (~ 340 USD).
19 Comments on Aqua Computer Introduces ULTITOP D5 DUAL Pump Top
p.s. all these pump imho have no sense, since in 2020 multi-gpu don't exist anymore, and for cooling well a single gpu and a cpu more than a 360+240 you dont need
SSD, M.2, Soundcard EVERYTHING
I could understand back in days watercooling psu till there were no passive one.
But whats the sense of watercooling soundcards ? It doesnt had fans on it so they're already silent, same for SSD, tell me more about SSD overclocking dude! HAHA
As of today SLi of 2080ti/titan RTX overclocked is the max you can get if you have money, could be keeped well under a single 480 for them is more than enough and if you want to really exaggerate you take another 480 for the cpu, you don't really need a very powerful pump for dual 480, a normal d5 is more than enough, ultra powerful pump don't changes temperatures, radiators DO, pump just need to exist, I had dual 480 back in the day (290x crossfire, 99% sure more hottest than todays 2080ti) and was running them fine with a single ddc-1t pump at 7v temp was fine.
Also I really want them to see how these dual d5 combo is related in performace/noise (dual small pump make more noise than one big pump) the good old (old is gold) Sanso Pdh-054 aquarium pump that people used to use back in the days for exxagerated systems, and they goes for less than half the price of this kit (around 90eur on my country).
Watercooling is enthusiast, there no enthusiasts part of watercooling, everythings is enthusiast, but if you don't really care about money I was just asking myself how these perform against the sanso, If you gonna buy them only cause they looks cool ok you won
( I have used the EK dual top in here )
And as for one pump two 480s , have fun filling that shit, one pump struggles with the head pressure, it's doable and works when full but two makes it easy and then adds redundancy.
I have had a pump die ,it wasn't pretty.
Gota remember it'll last year's too mines seen three builds so far.
Through a friend who's a network engineer I procured a lightly used Epyc 7302 (16 Zen2 Cores, 3.0Ghz base, 3.3 Gjz boost, 128 pcie 4.0 lanes) and an AsRock Rack ROMED8-2T ATX Server Motherboard (things a beast, 7x PCIe 4.0x16 slots, all electrically x16!, dual 10GBase-T, though I've already got an Intel X710-T4 quad 10GBase-T NIC that'll throw in there). I'm going to cool the Epyc 7302 with, what I think is the best looking Epyc/Threadripper block on the market, the Heatkiller IV (pictured below) and I'm actually going to use solid works to design and CNC mill my own block for the LSI 9305-24i HBA and maybe even the X710-T4 NIC as well depending on how the HBA block turns out. I really want to use virtualization and PCIe pass through to be able to render and stream games as well as movies to several ultralight (hardware wise) HTPCs and some thin/zero clients around the house, so I might eventually add a couple gpu blocks to the loop down the line, so I need a few good pumps. I want to avoid straight server/industrial pumps though because I'd like the option of using them later on in a desktop build just in case watercooling the server doesn't work out for some reason.
You can read reviews, but they never tell you how the product works 3, 6, or 12 months down the road, so I like hearing from actual owners when possible.
I do have one of those d5 next running in another build, and it is doing great, I really like it.
I have only heatkiller blocks and tube for my builds and 3x420 aquacomputer copper radiators + aquero 6 lt + farbwerk. All great stuff. I'm also based in Denmark, so pretty easy for me to buy things straight from them.
Also, I never used "tank", but only reservoirs. All EKWB.
Bleeding a system is a breeze with sufficient pump power, but filling it, is a real pain, if using all pumps. The backpressure is nuts, so I need to use a valve for filling, a fill it completely full, using one or two pumps. Or, simply slow down all the pumps. The issue with backpressure, is that if the pumps fail during filling, or you fill the loop and shuts off the pumps, you get a Geysir out the filling port. You may also run the pumps dry, if not being carefull.
But you do not scrap any setup, as you cannot bleed it, like Jay did in one of his builds. The advantage of multiple pumps is killer bleeding, like in minutes, not days. You get redundancy. But also, you can run the pumps virtually silent, as long as you watch the water temp, and increase the pump speed automatically when needed. Because you will, to stay below 50 degrees C. No matter how much radiators you got, well sort of, if you do your loop order right, you hardly ever need to ramp up the pump, but your delta will be a horror show.
Most people speak without any experience. Even less people actually monitor the water temp. Especially those claiming that loop order does not matter, while claiming to run a single pump really slow.
I write this on a 3700x system, and my air cooled CPU has two fans, that stays at about 600-800rpm full load. As in AWX torturing all cores. GPU fans are horrible, but with some basic 3D-printing, that can be fixed. Leaving any GPU at below 1000RPM air cooled. For water cooling to make any real sense, it has to be massive. And then there is coil whine... (Hello Gigabyte, have you ever tested your boards for whining?)
Single pump water cooling, makes absolutely no sense to me. Just properly air cool.
360 rad - pump n1 - GPU block - 240 rad - pump n2 - CPU block
Dont think dual pump has much point tied together.
I have run two pumps in tied series and at separate points of the same and separate loops.
All in, tied together with a performance enhancing top is the best.
More head pressure, less fill and empty issues, no config difficulty, they're made into one.
And redundancy.
Plus higher flow rates for less RPM and no ramp issues.