- Joined
- Jun 20, 2007
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System Name | Widow |
---|---|
Processor | Ryzen 7600x |
Motherboard | AsRock B650 HDVM.2 |
Cooling | CPU : Corsair Hydro XC7 }{ GPU: EK FC 1080 via Magicool 360 III PRO > Photon 170 (D5) |
Memory | 32GB Gskill Flare X5 |
Video Card(s) | GTX 1080 TI |
Storage | Samsung 9series NVM 2TB and Rust |
Display(s) | Predator X34P/Tempest X270OC @ 120hz / LG W3000h |
Case | Fractal Define S [Antec Skeleton hanging in hall of fame] |
Audio Device(s) | Asus Xonar Xense with AKG K612 cans on Monacor SA-100 |
Power Supply | Seasonic X-850 |
Mouse | Razer Naga 2014 |
Software | Windows 11 Pro |
Benchmark Scores | FFXIV ARR Benchmark 12,883 on i7 2600k 15,098 on AM5 7600x |
I am wanting your views on where to go with my next case purchase.
I know enough about airflow, to realize the purpose of intake /exhaust fans and how positioning can make a fair difference (particularly depending on the case being used).
I do not know enough about cfm and force to start doing actual mathematical calculations.
Part of me feels most cases, even mid or full ATX/BTX, despite potentially having plenty of space inside, are not ideal and can still create a hot environment - most noticeably when using more than one graphics card. I see that side panel completely covering the poor components inside, and start to get paranoid that they cannot breathe (maybe I need a therapist too, I'll make another thread for that later). At least with an open case, they have fresh air available to them at all times, regardless of air flow or fans.
Several years ago when I built Medusa, my plan was to forego a traditional case and aim towards a torture rack/test bed platform, which is more or less a horizontal setup with one or two layers stacked. The purpose was to :
A) Have something open ended, for easy access to components.
B) Have something with open airflow, as opposed to a closed case.
The Antec Skeleton achieved this very well, and after a little bit of modifying (I separated the top section so I could remove the top half and also strapped two 90mm fans to the front) I ended having a test bed type platform, which also seemed to offer better temperatures than a standard case.
I'd like to first query whether the flow of the air (based on components and fans) is correct and secondly talk about whether moving to a new, larger, more traditional case is going to be worth while.
Medusa's got the top side fan which I never felt made much of a difference, and as I understand physics(?), a fan blowing onto another fan blowing onto a surface, provides no benefit over the one fan already blowing on that surface.
The GPUs I have had in her were GTX 680s and R9 290s, as you know they come with top exhaust 'dump into the case' coolers.
I also appreciate that heat is meant to rise, so any heat that's going up, is either being slightly cooled by the top fan on it's way out, or the top fan is just blowing the hot air back down into the case (particularly right onto the graphics cards [and some of the CPU cooler]).
I added the two 90mm fans on the front, facing in reverse with the hope that as the hot air comes off the GPUs, and as it's rising, the front fans would suck the air out. I know there's argument over fan direction, because you can't reverse a fan per se, unless you modified the motor wiring. However on the fans they have a 'air flow this way' type arrow so I turned them around. I can feel them blowing on my hand. At first I thought well duh of course they are blowing on my hand, but are they also pulling out the hot air. I turned on some benchmarks, let the system get hot and then put my hand a few feet away from the case. Sure enough I could feel the warm air being blowing onto my hand. Without the fans there, there's heat at the case, but not a foot or two away(as with the fans).
Physics..didn't seem to be making sense at this point, and I couldn't really make a conclusive observation with temperatures to say that the fans made a difference for the actual component's heat measurement. I did convince myself that they would at least help with lowering the ambient case temperature, and thus kept them on.
Is that correct, can they function like that? Was it a good idea to add them? Is it fair to say that I could go further by adding a 120mm fan to the back that blows air in, pushing the GPU dump towards the front to be exhausted?
Is an open case really not ideal because it has less air flow control? Would I get the same performance by simply sticking the components on a piece of wood or plexiglass like a test bed.
If I do move onto a new case, it would have to be large(?). I'd prefer it to be horizontal based(I guess I can just lay them flat, does that defeat the purpose of heat rising to the exhaust fans at the top of most of these tower cases)? What becomes aggravating with large cases is that they are deep. Once you lay in that motherboard it's like a foundation and certain parts become a struggle to reach. In the end, it becomes frustrating to work on the system. I'd love to see a case where you could push the motherboard from the far/back side and it lifts on risers then locks in place so that it's elevated higher than the case edges - giving you full access.
Other specifics would be :
I haven't mentioned budget numbers, because I really don't know what's worth paying for. I can see that 'nice' looking cases with lots of features are several hundred dollars/pounds, but that isn't telling me much as I am out of the loop.
I know enough about airflow, to realize the purpose of intake /exhaust fans and how positioning can make a fair difference (particularly depending on the case being used).
I do not know enough about cfm and force to start doing actual mathematical calculations.
Part of me feels most cases, even mid or full ATX/BTX, despite potentially having plenty of space inside, are not ideal and can still create a hot environment - most noticeably when using more than one graphics card. I see that side panel completely covering the poor components inside, and start to get paranoid that they cannot breathe (maybe I need a therapist too, I'll make another thread for that later). At least with an open case, they have fresh air available to them at all times, regardless of air flow or fans.
Several years ago when I built Medusa, my plan was to forego a traditional case and aim towards a torture rack/test bed platform, which is more or less a horizontal setup with one or two layers stacked. The purpose was to :
A) Have something open ended, for easy access to components.
B) Have something with open airflow, as opposed to a closed case.
The Antec Skeleton achieved this very well, and after a little bit of modifying (I separated the top section so I could remove the top half and also strapped two 90mm fans to the front) I ended having a test bed type platform, which also seemed to offer better temperatures than a standard case.
I'd like to first query whether the flow of the air (based on components and fans) is correct and secondly talk about whether moving to a new, larger, more traditional case is going to be worth while.
Medusa's got the top side fan which I never felt made much of a difference, and as I understand physics(?), a fan blowing onto another fan blowing onto a surface, provides no benefit over the one fan already blowing on that surface.
The GPUs I have had in her were GTX 680s and R9 290s, as you know they come with top exhaust 'dump into the case' coolers.
I also appreciate that heat is meant to rise, so any heat that's going up, is either being slightly cooled by the top fan on it's way out, or the top fan is just blowing the hot air back down into the case (particularly right onto the graphics cards [and some of the CPU cooler]).
I added the two 90mm fans on the front, facing in reverse with the hope that as the hot air comes off the GPUs, and as it's rising, the front fans would suck the air out. I know there's argument over fan direction, because you can't reverse a fan per se, unless you modified the motor wiring. However on the fans they have a 'air flow this way' type arrow so I turned them around. I can feel them blowing on my hand. At first I thought well duh of course they are blowing on my hand, but are they also pulling out the hot air. I turned on some benchmarks, let the system get hot and then put my hand a few feet away from the case. Sure enough I could feel the warm air being blowing onto my hand. Without the fans there, there's heat at the case, but not a foot or two away(as with the fans).
Physics..didn't seem to be making sense at this point, and I couldn't really make a conclusive observation with temperatures to say that the fans made a difference for the actual component's heat measurement. I did convince myself that they would at least help with lowering the ambient case temperature, and thus kept them on.
Is that correct, can they function like that? Was it a good idea to add them? Is it fair to say that I could go further by adding a 120mm fan to the back that blows air in, pushing the GPU dump towards the front to be exhausted?
Is an open case really not ideal because it has less air flow control? Would I get the same performance by simply sticking the components on a piece of wood or plexiglass like a test bed.
If I do move onto a new case, it would have to be large(?). I'd prefer it to be horizontal based(I guess I can just lay them flat, does that defeat the purpose of heat rising to the exhaust fans at the top of most of these tower cases)? What becomes aggravating with large cases is that they are deep. Once you lay in that motherboard it's like a foundation and certain parts become a struggle to reach. In the end, it becomes frustrating to work on the system. I'd love to see a case where you could push the motherboard from the far/back side and it lifts on risers then locks in place so that it's elevated higher than the case edges - giving you full access.
Other specifics would be :
- Far sided cable management(with far side panel removal)
- No top to bottom caddy(I loathe those. They waste so much space at the front, and end up making it difficult to fit graphics cards, as well as hot swap hard drives)
- Placement of PSU (top or bottom) is not a concern, though I see bottom is popular now
- Whatever construction (aluminum, steel) gives the best cooling
- Noise is dependent upon how effective the heat management is. If you get a bit more noise, to gain a lot better cooling, then I'm for it. If you can find one that gives a lot better noise control, for only a little less cooling, that's good too.
- I love Silverstone PSUs, I remember they made some interesting cases?
I haven't mentioned budget numbers, because I really don't know what's worth paying for. I can see that 'nice' looking cases with lots of features are several hundred dollars/pounds, but that isn't telling me much as I am out of the loop.
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