Possibly my favorite render from you. Would buy in a heartbeat.
So here's something else I've been playing with the last few days:
Specs:
- Dimensions: 240x140x310mm, 10.4L
- CPU cooler: 120mm AIO
- GPU: reference-sized
- PSU: SFX
- Drives: 2x 2.5"
- Fans: 1x 120 front, 1x 120mm top
As I said previously, a dust filter can be mounted directly to the PSU intake. That could make the PSU fan work harder, but on the upside for PSUs with a fanless mode having the top open should in principle allow for better passive convective cooling.Oh wow! I love it! This much functionality in only 10.4L with adequate dust control and a window, amazing work. The only thing is, I would flip the PSU to intake filtered air, but then there may not be enough air for the GPU and AIO.
It would have to be longer by at least 25mm for a 120mm fan on the side. There's a couple reasons why I'm not especially keen on the idea though: 1) takes up valuable space that will be used by drives, cables, tubing etc.; 2) I don't particularly want to ventilate the side panel. As is there are only two ventilated sides in this design - front and top, and both are filtered. I prefer to keep it that way. However, I will take it into consideration.Therefore, why not include a second intake fan next to the motherboard? There's a bit of empty space there, would be perfect for a 120mm if you can fit it? If not, maybe make the case a bit longer to fit a 120mm, that will also give extra room for cable management and more clearance for air to reach the GPU intake, and allow for longer GPUs for those crazy enough to put an open-air GPU in there (some people really prioritize looks over performance).
@Necere About the last design: Wouldn't it be better to have the PSU on the front, a 240mm rad+fan assembly on the top, probably with space for another 120mm rad+fan behind the GPU? Sure it would make the case deeper (longer?) but I'm sure you can save some from the height to make up for it. The PSU can be oriented with the fan facing the inside to have a solid front panel (or not, if you intentionally want to keep the perforated panel).
I would draw it but you're quicker at that anyway
You guys sure like to make my life hardOh man! The aesthetics of this concept is a marvel! Really love this case! But I quote @theGryphon :
I hate noise so a 240mm radiator is a must for me. theGryphon's idea is better suited for my needs. If you manage to make a case with the space of 240mm on top and PSU on front to preserve the grill I would definitely consider it!
Length-wise, it's limited to reference-size, so 10.5"/267mm (270ish at the absolute limit). Two slot max, so no 2.5 slot cards. The only real flexibility you have is with height, where you could probably go up to 130mm or so (+20mm over reference).Btw Necere what are the dimensions of graphics cards you could use?
You guys sure like to make my life hard
I think part of what makes this appealing is the size and proportions, and I'm not sure a significantly deeper case will be as attractive.
As I said previously, a dust filter can be mounted directly to the PSU intake. That could make the PSU fan work harder, but on the upside for PSUs with a fanless mode having the top open should in principle allow for better passive convective cooling.
It would have to be longer by at least 25mm for a 120mm fan on the side. There's a couple reasons why I'm not especially keen on the idea though: 1) takes up valuable space that will be used by drives, cables, tubing etc.; 2) I don't particularly want to ventilate the side panel. As is there are only two ventilated sides in this design - front and top, and both are filtered. I prefer to keep it that way. However, I will take it into consideration.
About my suggestion: I thought you might bring up the airflow
How about a 120mm fan at the bottom-front? There sure is space there. That and make the side fan an intake and boom By the way, the fans on the rad will not reach their free-flow CFM values at all due to the rad, so consider that...
Well, think about it: a single 120mm exhaust fan could probably keep the system cool enough all by itself given the small internal volume, no? If you have to choose, only running an exhaust fan generally keeps things cooler than only an intake fan. It'd be negative pressure, of course, but temperature-wise things are better off. Having an intake in addition to an exhaust can only be better than that. It also creates a "point of least resistance" for air to enter, so even if the single intake fan's CFM doesn't quite match the combined CFM of the exhaust fans, you'll never go deep into negative pressure territory.2) Okay, I understand being reluctant to add a side fan. I'm just concerned that a single 120mm intake will have to provide airflow for a GPU, a CPU cooler, and possibly a PSU for those who want to go that route. You could add a 92mm side intake without altering the dimensions, but yes, then for custom builds that need the space for tubes and such, you would have vents there and loss of pressure. So right now every side of the case is completely solid except for the top and front?
I agree that this isn't a case for custom watercooling. Not that it wouldn't be possible, but that's not what it's optimized for, and there would be significant challenges/compromises in attempting it.3) I'm honestly not seeing this as a custom watercooling case, but as a 120mm AIO + GPU (reference strongly recommended). That seems to be the tradeoff for having so much functionality in such a small size with good ventilation and a window, you're locked into specific parts. For a custom loop you'll need to use a short card (so no 1080 Ti), dual 120mm rads, I don't know where you'd put a reservoir, seems too complicated and too many comromises.
I actually don't see an issue with reversing the airflow so the front fan exhausts. Neither blower nor axial fan cards care very much where their airflow comes from; either way, they get it from the face-side of the card, which is in the same orientation relative to the top and front fan. The only exception is that a top exhaust might work better with the fin orientation on some (most) axial fan cards. But reversing the airflow lets you prioritize CPU cooling at the expense of GPU cooling, by giving the rad fresh air first.4) It didn't even occur to me to have the top as an intake. The front always has to be an intake for the GPU, so in that scenario you'll end up with 2 intakes and almost no passive exhaust, seems like the case would heat up very quickly that way.
There isn't. The GPU riser comes down pretty close to the floor of the case. At best, there may be room on the bottom close to the front for single fan. But a bottom fan needs additional clearance under the case for air intake, and I purposely went with front and top vents only to avoid having to do that. I guess if someone really wanted the extra airflow and didn't mind propping up the front of the case (could be kind of a cool look actually), I might consider supporting the option.5) How about bottom intakes? Seems to be room for a couple of 92mm?
Whew, tough crowdSorry, I got carried away, but I love this case, finally a fresh design.
One AIO is enough tubing to deal with on its own; two would really be pushing it IMO. What you're after is a bigger case, but I think if you grow this case too much you lose sight of what it is, what it does well. It's not meant to be some cooling-uber-alles case; it's meant to be a design that balances a host of different priorities in a thoughtful way. While a 120mm AIO won't set any records, it's not a bad cooler for a 10L SFF case, and almost certainly better than any air cooler you could fit in these dimensions. Decent CPU cooling, good overall system airflow, dust filters, space for cables and a couple of drives, reference GPU support, a window. All in an easily portable 10L package. It's a nice balance IMO.Yeah, it would be a larger case but I believe well justified. You can support a hybrid/AIO GPU and a 240mm AIO for the CPU.
There are other factors driving the width: panel attachment fixtures, flanges for structural rigidity, etc. The window alone will take up ~5mm of the width, so add that to the 125mm of the PSU and you're already at 130mm.EDIT: One last thing about my suggestion now that I look closer to your drawing: I think you can put the two 2.5 drives under the PSU (especially after you push the PSU up a little) sideways in a 2x stack. This way, I think you can make the case narrower, down to 130mm it seems. So, the case dimensions can be 240x350x130 = 10.9lt, which is only marginally larger than the current design
Well, think about it: a single 120mm exhaust fan could probably keep the system cool enough all by itself given the small internal volume, no? If you have to choose, only running an exhaust fan generally keeps things cooler than only an intake fan. It'd be negative pressure, of course, but temperature-wise things are better off. Having an intake in addition to an exhaust can only be better than that. It also creates a "point of least resistance" for air to enter, so even if the single intake fan's CFM doesn't quite match the combined CFM of the exhaust fans, you'll never go deep into negative pressure territory.
The other thing with a side intake fan is that it would be very close to the front fan, and actually blocking part of it. I'm not sure having a fan blowing air at a right angle immediately after another fan is a good idea, either, and might induce extra noise and loss of performance due to turbulence.
Also it's not just a custom loop that would use that space, but excess tubing from the top AIO as well.
I agree that this isn't a case for custom watercooling. Not that it wouldn't be possible, but that's not what it's optimized for, and there would be significant challenges/compromises in attempting it.
I actually don't see an issue with reversing the airflow so the front fan exhausts. Neither blower nor axial fan cards care very much where their airflow comes from; either way, they get it from the face-side of the card, which is in the same orientation relative to the top and front fan. The only exception is that a top exhaust might work better with the fin orientation on some (most) axial fan cards. But reversing the airflow lets you prioritize CPU cooling at the expense of GPU cooling, by giving the rad fresh air first.
There isn't. The GPU riser comes down pretty close to the floor of the case. At best, there may be room on the bottom close to the front for single fan. But a bottom fan needs additional clearance under the case for air intake, and I purposely went with front and top vents only to avoid having to do that. I guess if someone really wanted the extra airflow and didn't mind propping up the front of the case (could be kind of a cool look actually), I might consider supporting the option.
Whew, tough crowd
Bottom 2.5" -- possible. 3.5" -- not at the current depth. If I make the case deeper for better GPU support, then it's possible.Could you have a 2.5" mounting point on the floor near the front? That way you could show off an SSD or mount a 15mm drive if needed. And out of curiosity, would a 3.5" drive fit next to the motherboard? I know that space is useful for tubes and cables, but still I have this urge to squeeze more functionality out of it.
SKC-F PEMs are what's used for the window mount. They're nice and compact, but only available in steel, which means they can't be used on any panels that are to be anodized (the steel will dissolve in the anodic bath). That means not on the exterior panels.Final question, could you use the slide-in mechanism for all the panels, not just the window? Seems easier and more elegant than the pins.
I will certainly consider it.I hope you'll consider actually pursuing this design more seriously, possibly for production. Something about the aesthetics too, the curved edges, the I/O cutout, just looks very aesthetically pleasing.
Bottom 2.5" -- possible. 3.5" -- not at the current depth. If I make the case deeper for better GPU support, then it's possible.
SKC-F PEMs are what's used for the window mount. They're nice and compact, but only available in steel, which means they can't be used on any panels that are to be anodized (the steel will dissolve in the anodic bath). That means not on the exterior panels.
Rubber grommeted studs that slide into keyhole slots like the drive mounts in the M1 (and like the Mach One uses for the panels) are an option, but they're bigger than the stud&clips (though not as deep), and it's been difficult enough to find room for those as it is. Also panel removal is different between the two -- sliding vs. pulling -- which has design implications.
Basically, with this particular design I found it easier to use stud&clips, so that's what I went with.
I will certainly consider it.
I could probably support a 3.5" HDD at +10mm, maybe less. I can go to +15mm (325mm) and still be under 11L, but it's debatable how useful even +15mm is for improving GPU compatibility, as it only gets us to 285mm. I haven't done a full survey yet, but it seems like at least in terms of GTX 1080 Tis, there are either reference-sized cards, or much bigger custom cooler cards, often 290mm+ and 2.5 slots.I see. How much deeper would you need to make the case? If it doesn't push the volume past 11L, it may be worth supporting longer GPUs, SFX-L, and a 3.5"/more 2.5"s. Also more room for cable management.
Clips for the top panel as well, because again, can't use SKC-F PEMs, and the sliding grommets won't fit. Actually, I couldn't even find room at the back for clips for the top panel, so it might be clips in front + screw(s) in back. Then again, if I go +10-15mm longer I gain some extra room for the clips.I think slide-in is generally easier, bending and ripping the panels off of my M1 always feels like if I do it an x number of times something will break haha. Still not complaining, it's much better than screws! And I can see how slide-in panels would be tricky design-wise for this case. How does the top currently attach?
I could probably support a 3.5" HDD at +10mm, maybe less. I can go to +15mm (325mm) and still be under 11L, but it's debatable how useful even +15mm is for improving GPU compatibility, as it only gets us to 285mm. I haven't done a full survey yet, but it seems like at least in terms of GTX 1080 Tis, there are either reference-sized cards, or much bigger custom cooler cards, often 290mm+ and 2.5 slots.
Clips for the top panel as well, because again, can't use SKC-F PEMs, and the sliding grommets won't fit. Actually, I couldn't even find room at the back for clips for the top panel, so it might be clips in front + screw(s) in back. Then again, if I go +10-15mm longer I gain some extra room for the clips.
I know the top panel on the M1 kind of sucks, but that's because it's 1) flat, and 2) has a high perforation-to-solid panel ratio, so it doesn't feel particularly sturdy. The top panel on this design bends around the sides, so it should be a lot sturdier (at least in the long axis). As for the front panel, I have an idea for how to reinforce it.
Also, don't be too sure about slide-in being easier. Word has it the grommets on the Mach One make the panels difficult to remove. W360 is looking into some alternative solutions, but nothing definite as of yet.