Everyone has an opinion on evolution, vaccinations, cold fusion and global warming but that doesn't change the historical data record or the scienctific principles involved which are inviolate. The science behind evaporative cooling has been well known since the time of the Egyption Pharohs . Ben Franklin conducted experiments using it, Michael Faraday demonstrated it and Will Carrier invented modern day air conditioning based upon its principals at the turn of the 20th century.
The amount of heat that it takes to bring a liquid to a gas rises linearly .... more heat = more temp until you reach the phase change temperature, where the liquid continues to absorb large amounts of heat while temperature remains constant. That energy is absorbed until there is enough to make the molecules break free of their liquid form and transition to a gas. It's that phase change cycling that makes evaporative cooling so effective as anyone who has ever sprayed water mist on themselves on a hot day has observed.
In a CPU cooler, the liquid in contact with the base plate is gasified and and rises to the top where it is cooled by the fins. "Gravity" takes the condensed liquid back to the base plate. Coolers generally come with installation instructions which instruct the user to install the cooler in a certain orientation for this reason ... to optimize the return of the condensed liquid to the base plate based upon the orientation of of the heat pipes.
When designing mechanical refrigeration systems and building cooling, this is a primary design consideration to insure the greatest thermodynamic and power efficiency out of the systems we are designing. So, when the looking at the image below, I immediately observed that the condensed liquid has to follow a quite arduous, and gravity defying path to get back to the base plate. If other design concepts were incorporated to overcome this, they were not evident in the image.
Like most people I aspire to learn new things every day, like to try new things and avidly research new technologies. But, part of "learning" is using the education and experience already under your belt and when looking at the V8's design, it went against much of what I had been taught and observed throughout my career about evaporative cooling systems. While innovative, it goes against several primary design concepts held dear by the design professions.
But then again, the Wright Brothers ignored accepted design concepts and eventually "defied gravity". So while I didn't immediately write the V8 off , I was skeptical and waited to see how it would perform since it had a unique look and very good memory clearance. Looking at that performance, questions to be asked were .....
-Was it worth $75 for an extra 1-3C over the Hyper 212 ?
-Was there anything to offset the 5 -6 C deficit compared to the cheaper Noc (-$25) and Phanteks (-$35) offerings ?
-Was the additional memory clearance compensate for the build quality and added installation difficulty ?
-Was their anything that offset the near H100i noise levels .... more than twice as loud as PH-TC14-PE, DH-14 or Silver Arrow ?
-Was there anything about the aesthetics that offset all of the above ?
For me, the answer was NO to all 5. If someone says YES to question 5, and NO to the other 4, if they weigh the value of the last greater than the other 4, that's a perfectly sound choice.
My approach to new things is based upon my own goals and while aesthetics is a factor in "my choice", it's minor. I like to learn all I can about something, examine whether the design claims make sense based upon known design principles, and then make an "educated decision". So, while very interested in new things, the consideration of such takes into consideration that:
.... open minded thinking does not include denying scientific principals.... gravity isn't an option, it's a law
.... innovation is not always a success
.... paying more to get less with regard to my own personal goals is the type of learning experience, I would rather avoid. Don't need to put my hand on a hot stove to learn that I am going to get burned.