Thanks for the stl file. I printed it out, and the clips for the riser work well, but the slot spacer I had to cut off the tabs on the top in order to get them in. Not sure if there's another material that would flex more, but PLA doesn't flex nearly enough to get the tabs in.Here is a preview of the A4-SFX gpu_bracket to install bigger GPUs without the side panel. I do not have a 3D printer so maybe someone can test it?
-Just clip in the Slot distance part
-Remove the riser stand offs
- Screw in the right side riser holder with one of the old riser screws
- shift the left side riser holder on the riser itself
- move the riser inside the right holder
- Screw in the left side riser holder with one of the old riser screws
- Use the GPU slot cover to press in the GPU.
Download: https://dan-cases.com/downloads/gpu_bracket.STL
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DAN A4-SFX v4.1
- Thread starter dondan
- Start date
I changed the slot spacer can someone test it if it will now fit?
Download: https://dan-cases.com/downloads/gpu_bracket.STL
I haven't tried it but I don't think making those cutouts will really help it flex more unless you use a different kind of material than PLA, which is the most common 3D print material. PLA will just break if you try to flex it more than a mm or so
I have two A4 cases, v1 (SN 00392) and v2 (SN 02330), that are both Intel installs (i7-6700K and i7-7700K).
The i7-6700K build will turn 5 years old this year and I am itching to update it soon to a recent AMD Ryzen CPU.
Both cases have RTX 3080 w/ 10mm standoffs and bottom mounted NF-A9x14 fans sucking cool air from the outside and blowing it over the GPU rear and PSU (the cases are suspended under a desk with good airflow on all sides...best on the bottom).
Because of the GPU airflow setup, I am thinking that a simple air-cooled CPU would be best, mostly because putting an AIO where the NF-A9x14 is will probably make the overall case hotter and harder on the much more expensive and harder to replace GPU.
I've quickly scanned this thread for mentions about Ryzen and haven't found anything both recent and obvious about the highest end air-cooled Ryzen thermals that the A4 can accommodate.
Any suggestions on the current/mid-2021 highest end safely air-cooled AMD Ryzen CPU + motherboard + fan combo in an RTX 3080 w/ SF750 PSU setup?
I take it there is no way that a Ryzen 9 5950X under high load can be air-cooled in this case!
Thanks!
The i7-6700K build will turn 5 years old this year and I am itching to update it soon to a recent AMD Ryzen CPU.
Both cases have RTX 3080 w/ 10mm standoffs and bottom mounted NF-A9x14 fans sucking cool air from the outside and blowing it over the GPU rear and PSU (the cases are suspended under a desk with good airflow on all sides...best on the bottom).
Because of the GPU airflow setup, I am thinking that a simple air-cooled CPU would be best, mostly because putting an AIO where the NF-A9x14 is will probably make the overall case hotter and harder on the much more expensive and harder to replace GPU.
I've quickly scanned this thread for mentions about Ryzen and haven't found anything both recent and obvious about the highest end air-cooled Ryzen thermals that the A4 can accommodate.
Any suggestions on the current/mid-2021 highest end safely air-cooled AMD Ryzen CPU + motherboard + fan combo in an RTX 3080 w/ SF750 PSU setup?
I take it there is no way that a Ryzen 9 5950X under high load can be air-cooled in this case!
Thanks!
I have two A4 cases, v1 (SN 00392) and v2 (SN 02330), that are both Intel installs (i7-6700K and i7-7700K).
The i7-6700K build will turn 5 years old this year and I am itching to update it soon to a recent AMD Ryzen CPU.
Both cases have RTX 3080 w/ 10mm standoffs and bottom mounted NF-A9x14 fans sucking cool air from the outside and blowing it over the GPU rear and PSU (the cases are suspended under a desk with good airflow on all sides...best on the bottom).
Because of the GPU airflow setup, I am thinking that a simple air-cooled CPU would be best, mostly because putting an AIO where the NF-A9x14 is will probably make the overall case hotter and harder on the much more expensive and harder to replace GPU.
I've quickly scanned this thread for mentions about Ryzen and haven't found anything both recent and obvious about the highest end air-cooled Ryzen thermals that the A4 can accommodate.
Any suggestions on the current/mid-2021 highest end safely air-cooled AMD Ryzen CPU + motherboard + fan combo in an RTX 3080 w/ SF750 PSU setup?
I take it there is no way that a Ryzen 9 5950X under high load can be air-cooled in this case!
Thanks!
Eco mode makes anything possible! The question is how much performance you’re ok losing
Enough to justify the cost of the hardware.
If one has to cripple a R9 5950X to be the performance of a R7 3700X, then they might as well have just bought a 3700X.
I'm new to AMD hardware, so specific proper "Eco Mode" features and heck even the model numbers and chipsets are new to me.
I am sure I can downtune/underclock, and sure I don't want to run at the redline thermal limit from day one and would like a **little** headroom in my hardware if I do want to boost it a tiny bit in the future, but I'd rather focus on the more practical empirical TDP limit of what can reasonably run near the air-cooled limits of the A4SFX case as designed and not attempt to throw a Lambo in it and run it like a Yugo.
@swooby: Here is a german site that tested it: https://www.pcgameshardware.de/Verm...vs-3900X-vs-10900K-5950X-Benchmark-1360653/2/
All test was done 720p where the CPU impact is higher. So if you play in 1080p, 1440p or 2160p the performance lost is even lower.
Here are also some application benchmarks: https://www.computerbase.de/2020-11/amd-ryzen-5000-test/5/#abschnitt_multicoreszenarien
There are two ways to activate the "Eco Mode (TDP 65W)".
1. Ryzen Master Software
2. UEFI - Search for ECO-Mode or PPT (Power Plan Tracking)
With PPT you can change the TDP to a level you like. Keep in mind this value isn't 1:1. The factor is 1:1,35 so if you like to have a 45W CPU you have to setup the value 45*1,35 = 61
PS: For Heatsink get one of these:
- Noctua L9a with fan duct (3D Print files from dan-cases.com FAQ)
- Thermalright AXP90 copper with Noctua A9x15
- Black Ridge with Noctua A12x15 an VLP RAM
With best regards
Daniel Hansen
All test was done 720p where the CPU impact is higher. So if you play in 1080p, 1440p or 2160p the performance lost is even lower.
Here are also some application benchmarks: https://www.computerbase.de/2020-11/amd-ryzen-5000-test/5/#abschnitt_multicoreszenarien
There are two ways to activate the "Eco Mode (TDP 65W)".
1. Ryzen Master Software
2. UEFI - Search for ECO-Mode or PPT (Power Plan Tracking)
With PPT you can change the TDP to a level you like. Keep in mind this value isn't 1:1. The factor is 1:1,35 so if you like to have a 45W CPU you have to setup the value 45*1,35 = 61
PS: For Heatsink get one of these:
- Noctua L9a with fan duct (3D Print files from dan-cases.com FAQ)
- Thermalright AXP90 copper with Noctua A9x15
- Black Ridge with Noctua A12x15 an VLP RAM
With best regards
Daniel Hansen
Hey guys,
It's been a while since I've checked up here. I've got a V2 dan case and wanted to confirm this list is still up to date? Thanks!!
Any idea if you can fit a 9.5mm thick SSD at the front of the case? I'm planning on using one of these M.2 to U.2 enclosures.
If not I expect you could just run that case with its top plate removed - it's just a heatsink after all, and judging by the Amazon product pics you should be able to just leave it off if needed.
Hi, custom cables question: The A4-SFX FAQ says:
"The optimal cable lengths depend on your motherboard!
Here are some example lengths that will work on many boards:
ATX 24pin cable - 160 mm
EPS 8pin/2x4pin cable - 240 mm
GPU 6+2pin cable - 210 mm
SATA 5pin cable - 150 mm"
Anyone who has made their own cables or ordered them from a vendor, could tell me if the cable measurements are End to End (Including the connectors) or if they are just the measurements that the cable should have, without taking into account the size of connectors?
In advance, thank you very much
"The optimal cable lengths depend on your motherboard!
Here are some example lengths that will work on many boards:
ATX 24pin cable - 160 mm
EPS 8pin/2x4pin cable - 240 mm
GPU 6+2pin cable - 210 mm
SATA 5pin cable - 150 mm"
Anyone who has made their own cables or ordered them from a vendor, could tell me if the cable measurements are End to End (Including the connectors) or if they are just the measurements that the cable should have, without taking into account the size of connectors?
In advance, thank you very much
According to this
InnoVISION Multimedia Limited
InnoVISION Multimedia Limited is a pioneering developer and manufacturer of a diverse range of cutting-edge multimedia PC hardware products established in 1998 Hong Kong. Our manufacturing operations have been set up since 1990 in Shenzhen, China. In this
www.inno3d.com
Hi, custom cables question: The A4-SFX FAQ says:
"The optimal cable lengths depend on your motherboard!
Here are some example lengths that will work on many boards:
ATX 24pin cable - 160 mm
EPS 8pin/2x4pin cable - 240 mm
GPU 6+2pin cable - 210 mm
SATA 5pin cable - 150 mm"
Anyone who has made their own cables or ordered them from a vendor, could tell me if the cable measurements are End to End (Including the connectors) or if they are just the measurements that the cable should have, without taking into account the size of connectors?
In advance, thank you very much
Correction: I received my CableMod order and can confirm CableMod measures terminal inside-to-inside, not terminal end-to-end.
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confirming the Inno3D 3070 Ti/ 3080 Ti X3 fits (same cooler for either card, I have the 3070 Ti), see picture of my setup here:
additional pics of it in operation with fans spinning and no issue, still a 1-2mm gap remains after squeezing in all that GPU. other side of the rig too to complete it.
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Correction: I received my CableMod order and can confirm CableMod measures terminal inside-to-inside, not terminal end-to-end.
Sorry if that caused any confusion (I have edited my original response)
