While we're oh so patiently waiting for Kickstarter to wake up, how about another beta tester review?
A little background: I'm an aerospace engineer. I (and another aerospace guy) came into one of the early reddit threads about Winter One looking for a fight. CFD driven, airflow focused, etc all
sounded like the usual marketing speak I've dealt with from my sales teams who are also selling a moon and perpetual energy. I came out of that thread thinking, "maybe this guy isn't that full of shit." If you've worked with engineers before, you'll know that's just about the highest praise I can give. I've since spent quite a bit of time in the r/sffpc discord discussing the case with
@WinterCharm, and that praise still stands.
Anyway, on to the case itself.
It arrived
flatpacked, no surprise there. Assembly was super easy: it just requires a handful of M3 screws. The
finished product is gorgeous. This is my first boutique case, so I don't have a direct comparison, but it is a seriously sturdy piece. That's not to say there weren't issues. It is a beta after all, but Wintercharm was quick to listen to and fix all of our complaints.
I don't have a 2080ti or 3950x, so my actual testing results may not be as impressive or relevant as some of the other beta builds. In fact, most of my testing was done with a 4790k and a couple of 1060s. 6 year old hardware in a $300 case may seem kinda silly, but I'm more interested in the tinkerbox aspect than throwing another $4k of computer inside. I'm going to build a 2x240 loop for the 4790k and a r9 290 soon. Why? Funsies. The case allows for a ton of variety, and I'm gonna play with as many configurations as I can come up with.
I did find some interesting tidbits regarding the airflow in the case.
1) At Wintercharm's request, I tested an all-exhaust configuration with a twist. Since the beta units only came with solid side panels, he had me simulate the performance panels with
cardboard strips and tape. (Sorry, I have to show off these pictures, janky as they are ?) I did this test with the EVGA 1060 mini shown, and a regular 2-fan Asus 1060. The taller strips performed
better, proving that
more ventilation is not always better.
I also tested a bottom-up fan configuration with the solid side panels. The interesting detail here was that I had to turn down the case fans from 66% to 50% (1400-1000rpm) in order to improve graphics card temperatures. Airflow is so good that it screwed with the graphics card coolers.
Which brings me to the final configuration I've tested:
A GTX 1080 with a Raijintek Morpheus and no fans installed on it. Basically, a mini SPK. Temps below are during OCCT Power Test, all stock settings on the graphics card.
Case Fan Speed (Bottom to top airflow) | Temperature |
100% (1940 rpm) | 63C |
90% (1840 rpm) | 65C |
80% (1640 rpm) | 68C |
70% (1440 rpm) | 73C |
60% (1240 rpm) | 79C |
Bear in mind, that's with 7 year old Coolink fans (
That neon yellow) and a cooler that is not designed to be semipassive. Seriously impressive results. I can't wait for the SPK.
Conclusion: It's a damn good case, and the moon is made of machined aluminum cheese.
Bonus:
The one actually good photo I've taken of Winter One