To be honest I have no idea who makes it.
I picked it up at a computer show locally a couple of years ago for $55.
It was my "leap of faith rig" as it were in to watercooling and I have been sold on it ever since. It is getting aged now though so it is time to make a newer better rig.
That blower fan I got is the first step of course, and if I get that rad off ebay that will be two major components for the system.
The Cascade will be the third and the dual Hydor L30's will complete the setup other than the plumbing which I am still planning to go all copper except in the actuall computer case itself due to flexibility issues.
Considering I will be going from using an innovatech flat flow WB to the cascade I think I am in for a massive surprise in performance of the WB. The innovatek block is nothing more than a flat copper plate with a molded ABS top.
I think I have figured out my pump configuration for this setup.
The smaller cabinet is actually going to be on the top of the stack so waterflow into the computer cabinet will be downwards. I figure the extra little push gravity may provide might help a little.
I plan to have one pump just before the radiator to help push the water through that massive array of tubes and the second one pulling from the outlet of the radiator just before the tubes exit the smaller cabinet to go into the larger one. This way I get maximum flow through the waterblock/s as well.
I am thinking of doing a 1" tubing system in the smaller cabinet and them using a minfold system to step it down to 1/2" in the computer cabinet that way I can add on a NB and GPU block later possibly. (hoping to get a Hydra from Cathar when he finishes it)
Seeing since this setup will be cooling at least two computers once my friend gets himself his new rig and sends me his 2 gig celeron system board and chip and I may add this rig I am currently on as well to the loop as an experiment I think that the cooling requirements are met with the possible exception of the pumps ability to push that much water through that much tubing.
I will find out more once I begin the designing of the tubing layout for maximum efficiency/SHortest routing of the tubes.