i think the best thing about the T3 (purportedly) would be its pumping efficiency. i know thats more-or-less already been said numerous times, but my guess is the design of the pump interface allows it to be a majorly efficient compromise between two completely separate loops and a typical xtreme serial loop, with multiple blocks and radiators. and by efficient compromise, i mean in terms of space, power consumption and pumping efficiency.

When i first saw it, which was earlier this week in fact, i was hellbent on getting one. and i did. ordered it from jab-tech on thursday, got it friday. regardless of what it cannot achieve, that say two separate loops can, this design falls right into exactly what i needed to separate up my CPU and GPU cooling systems. i dont know if there would be any less strain on a pump thats pushing through two water blocks, two radiators and a reservoir, but thats not the point. the point is this design maximizes the aformentioned efficiency.

I applaud skinnee for taking the extra time to push out his review of the product, and i thank him for adding to my decision-making. when i first saw the results graphs, i understood everything, pulled out my calculator and did not find anything out of the ordinary. i was not double checking skinnee's math, i was double checking my understanding of how skinnee presented the data. and in my understanding, adding the two flow rates together to report the pushing power of the pump in that fashion is exactly the same as how transfer/transmit bandwidth of a network is calculated.

Of course, im not 100% sure on that parallel, and i would be most appreciative if anyone would care to correct me if i am wrong.

tl;dr:

good review skinnee. i liked it. boxgods, i really like your design, thanks for taking the time and effort to take it into mass market. i bought one already and am awaiting my 2nd radiator to really put it to the test. the T3 of my ownership sits on my kitchen table.