Any idea on when Linus might drop the video on winter one @WinterCharm ?
I keep visiting this thread every day. I am obsessed with this case.
Preferably after I've already ordered mine b/c his hype will make it sold out for the next 6 months.I want Optimum Tech to do a video on the case
Yup, me2... I want that Xmas present! CMon KS! I didn't know it took so long to get approved
Can't you call them or use the support to speed up things @WinterCharm ?
Any idea on when Linus might drop the video on winter one @WinterCharm ?
Seconded. I'm becoming obsessed. What cases would we say are competing with it? It's certainly one of the most expensive cases but the potential for it to be silent/passive is really winning me over.
Additionally, does anyone know how much it will cost to get it to the UK? I've made an estimate based on international shipping:
Assuming cost: $320 USD
Shipping : $60 USD (from when I asked mike at Velkase how much it would be to ship to the UK
Duty: 3.7% ~$12 USD
VAT: 20% - $64 USD
Total USD - ~ $455
Conversion USD to GBP: 0.778
Total GBP (£): ~£355
The only case I can see in the USA that might compare is the Sliger SM570 but it doesn't fit dual rads so it's not fair. Sliger's only $40 cheaper and it's fairly well established too. In one way, you could say it has no competition because no one else offers the dual rad / passive cooling. What do we think?
Cheers
For my use case nothing really competes with it. I've been lookin for a SFF case that supports dual 240mm rads without compromise. There is not another case in that market that really does that without cutting a lot of corners. The NCASE for example, you have to use really slim rads with super slim fans on the bottom, while this case supports dual 280mm effortlessly.
There is the 011 mini but that really is not an SFF case.
I want Optimum Tech to do a video on the case
Preferably after I've already ordered mine b/c his hype will make it sold out for the next 6 months.
This is the first sffpc I can think of truly designed for watercooling. The NCase/NR200 design has too many frustrating compromises to the point where I shifted my main computer back to mid tower. The amount of people who keep asking about whether the NR200P can do a bottom and top rad, for example, shows the demand is there. The Winter One design concept is long overdue.
This is more of a question for the future, so feel free to ignore it if you do not feel like answering it, but what do you think of the NCASE model of continually updating the case year after year instead of doing entirely new versions?[...]
I don't see why that wouldn't work. Though Why not make use of the bracket and instead use EK's 120m res combo? That way you can fit another 280mm on the bottom. This is what I am planning on doing.With the KS happening any time now I'm wondering if anybody has thought of doing something similar to what I am thinking. A 280mm Radiator up in the top and a 140mm radiator in the bottom. Underneath the GPU on the front side of the case, you place an EKWB FLT 120 DDC pump combo reservoir. I think a 280mm + 140mm radiator would be sufficient to cool almost anything and it gives a cleaner look and easier time for hardline tubing with a pump/res in that location. Thoughts?
I don't see why that wouldn't work. Though Why not make use of the bracket and instead use EK's 120m res combo? That way you can fit another 280mm on the bottom. This is what I am planning on doing.
With more radiator space, you can run your fans at a lower rpm, giving you a quieter system.
I thought about doing 2 280mm radiators but then I'm not sure if it can fit a normal EKWB 120m pump res combo. My gpu is 265.63mm in length and the EKWB 120 TBE has dimensions of 90 x 62 x 38 mm. That would mean its a total length of 327.63 which exceeds the 312-GPU Length? Unless there is another pumpres combo I am missing, thought it was too tight of a squeeze.
This is more of a question for the future, so feel free to ignore it if you do not feel like answering it, but what do you think of the NCASE model of continually updating the case year after year instead of doing entirely new versions?
Personally I think it is a neat idea. But looking at the spec sheet and combability list, I cannot imagine what else could be supported in the future besides maybe DTX if that ever becomes popular enough.
I would personally love a side or front panel style reservoir similar to the o11 or the singularity spectre.
With the KS happening any time now I'm wondering if anybody has thought of doing something similar to what I am thinking. A 280mm Radiator up in the top and a 140mm radiator in the bottom. Underneath the GPU on the front side of the case, you place an EKWB FLT 120 DDC pump combo reservoir. I think a 280mm + 140mm radiator would be sufficient to cool almost anything and it gives a cleaner look and easier time for hardline tubing with a pump/res in that location. Thoughts?
I don't see why that wouldn't work. Though Why not make use of the bracket and instead use EK's 120m res combo? That way you can fit another 280mm on the bottom. This is what I am planning on doing.
With more radiator space, you can run your fans at a lower rpm, giving you a quieter system.
Wait... There's a Winter One website?
Care to put a link once it's ready?
Here you go.Wait... There's a Winter One website?
Care to put a link once it's ready?
I have a question: why didn't you just use a M1 layout case and then just add a bottom hat?
Wait... There's a Winter One website?
Care to put a link once it's ready?
What's the password to the website?
Here's what the drive cage looks like, to give you a really good sense of just how much pump / res space there is in this configuration:
You can get a good sense of where the mounting points are. It's 2 separate pieces for flat-packing reasons, and of course, like everything else, aero optimized so if you have platter hard drives in there, they receive adequate cooling from the rest of the airflow in the case, and when you have SSD's it just opens up airflow in a way that they won't impede bottom >> top airflow with solid panels by blocking off 1/6 of the intake area with a solid object in the airflow path