u/TenaZiousD

Hey everyone,

I’m currently planning a new white-themed build inside a Fractal Meshify 2 RGB White (https://www.fractal-design.com/app/uploads/2023/08/Meshify-2-Manual-V.4-2023-08-21.pdf) and I’d really appreciate some advice from people who have experience with very large GPUs and anti-sag brackets in this case.

The GPU I’m going with is the Gigabyte AORUS GeForce RTX 5080 AORUS MASTER ICE (https://www.gigabyte.com/us/Graphics-Card/GV-N5080AORUSM-ICE-16GD) and, because of how huge and heavy it is, I’m considering pairing it with the Corsair GPU Anti-Sag Bracket White CC-8900683 (https://www.corsair.com/us/en/p/pc-components-accessories/cc-8900684/gpu-anti-sag-bracket-white-cc-8900684). My main concern is whether this combination actually fits properly inside the Meshify 2 RGB without running into clearance or mounting issues.

I’m especially worried about whether there’s enough clearance on the rear PCIe slots to install both the GPU and the Corsair bracket correctly, without any physical limitations and whether the thickness of the AORUS MASTER could create any physical interference. The GPU occupies 4 PCIe slots while the bracket occupies 2 but 3 screws are needed to settle as showed in the first picture and here is my main confusion regarding the possibility of mounting the bracket along this beefy gpu since I don't know if there could be any interference of the gpu bracket's anchor tab which sits on a third screw above the last x2 PCIe rear slots. On top of that, I’m planning to install two Phanteks T30-140 fans on the PSU shroud as bottom intake for the GPU, and I noticed that the Corsair bracket partially rests on the PSU shroud cover. Since I may remove the front PSU shroud insert for airflow reasons, I’m concerned the bracket could end up not sitting fully supported and might “float” slightly instead of properly supporting the far edge of the GPU.

Another thing I’m unsure about is motherboard clearance. The GPU is absolutely massive, so I’m wondering if the top edge of the card could end up too close to the motherboard I/O shroud or even interfere with it. For reference, the motherboard I’ll be using is the Gigabyte X870E AORUS PRO X3D ICE.

So basically, I’d love to hear from anyone who has used this Corsair bracket with oversized 4-slot GPUs inside the Meshify 2 RGB, especially if you also have bottom-mounted fans installed. Photos, personal experiences, or even alternative anti-sag white-colored solutions would be really appreciated.

Thanks in advance.

This is the space the bracket and gpu occupies respectively on the case rear PCIe slots (It is spotted the possible conflicting spu bracket's anchor tab 3rd screw in a red circle with interrogation mark).

Hey there,

So I'm currently replacing my old Gigabyte GeForce EAGLE RTX 3070 OC for an AORUS MASTER ICE 5080 and I wonder which is the best 12VHPWR 12V-2x6(12+4 Pins on each end) WHITE (This is important since I'm building an all-white build and I would like to get the cables also on white to keep the aesthetic) cable that I can buy out there which is 100% compatible with my Deepcool PX1200G ATX3.0 1200W 80 Plus Gold Psu (PSU's manual link: https://www.deepcool.com/download/pdf/PX_G_V2.pdf) and that also fits well the connector's torsion 4-4.5 cm spare space needed inside my Fractal's Design Meshify 2 RGB White psu shroud (Fractal's manual link: https://www.fractal-design.com/app/uploads/2023/08/Meshify-2-Manual-V.4-2023-08-21.pdf).

I just want to make sure about the compatibility of the cable with my PSU since my model is not currently listed in the CableMod's Support PSU Compatibility List. I'm also looking for a well-build sleeved-type cable.

I’m currently finishing the planning phase for a high-end white AM5 build inside a white Fractal Meshify 2 RGB, and I’ve started overthinking GPU anti-sag solutions because of how massive the Gigabyte RTX 5080 AORUS MASTER ICE is supposed to be.

What I care about the most is long-term mechanical stability. I’m not just trying to stop visible sag — I’m trying to minimize long-term stress on the GPU PCB itself and on the motherboard PCIe x16 slot/retention area over the next 6-7 years or longer.

The thing is, my airflow layout complicates things a bit.

I’m planning to run two Phanteks T30-140 fans mounted in the PSU shroud area as bottom intake for direct GPU airflow. These are the 30mm thick versions, mounted underneath the Meshify 2’s metal PSU shroud/floor panel, pushing fresh air upward directly into the GPU.

Because of that setup, I’ve basically ruled out traditional vertical support pillars/tower-style anti-sag brackets since they would either interfere directly with the bottom intake airflow path or physically conflict with the fan area itself.

So now I’m trying to figure out what the best overall anti-sag mounting method actually is for a very heavy GPU like this:

• motherboard standoff-mounted brackets (like the Lian Li GB-002 style),
• PCI slot mounted support arms/brackets,
• hybrid solutions,
• or something else entirely.

My priority order is basically:

1. Maximum long-term horizontal stability for the GPU
2. Lowest possible mechanical stress on PCB + PCIe slot
3. Minimal airflow obstruction for the bottom intake fans feeding the GPU
4. White color availability to match the build

For people running very heavy GPUs (4090s, AORUS Master cards, Suprims, etc.), what support solution ended up feeling the most mechanically solid over time?

Also, are there any genuinely good white anti-sag brackets that use a motherboard/standoff anchoring system similar to the Lian Li GB-002? Most of the white ones I find seem to be basic support pillars or cosmetic RGB pieces rather than something designed around long-term structural support.

Would really appreciate recommendations from anyone who has dealt with ultra-heavy GPUs in airflow-focused builds.

I’m currently finishing the planning phase for a high-end white AM5 build inside a white Fractal Meshify 2 RGB, and I’ve started overthinking GPU anti-sag solutions because of how massive the Gigabyte RTX 5080 AORUS MASTER ICE is supposed to be.

What I care about the most is long-term mechanical stability. I’m not just trying to stop visible sag — I’m trying to minimize long-term stress on the GPU PCB itself and on the motherboard PCIe x16 slot/retention area over the next 6-7 years or longer.

The thing is, my airflow layout complicates things a bit.

I’m planning to run two Phanteks T30-140 fans mounted in the PSU shroud area as bottom intake for direct GPU airflow. These are the 30mm thick versions, mounted underneath the Meshify 2’s metal PSU shroud/floor panel, pushing fresh air upward directly into the GPU.

Because of that setup, I’ve basically ruled out traditional vertical support pillars/tower-style anti-sag brackets since they would either interfere directly with the bottom intake airflow path or physically conflict with the fan area itself.

So now I’m trying to figure out what the best overall anti-sag mounting method actually is for a very heavy GPU like this:

• motherboard standoff-mounted brackets (like the Lian Li GB-002 style),
• PCI slot mounted support arms/brackets,
• hybrid solutions,
• or something else entirely.

My priority order is basically:

1. Maximum long-term horizontal stability for the GPU
2. Lowest possible mechanical stress on PCB + PCIe slot
3. Minimal airflow obstruction for the bottom intake fans feeding the GPU
4. White color availability to match the build

For people running very heavy GPUs (4090s, AORUS Master cards, Suprims, etc.), what support solution ended up feeling the most mechanically solid over time?

Also, are there any genuinely good white anti-sag brackets that use a motherboard/standoff anchoring system similar to the Lian Li GB-002? Most of the white ones I find seem to be basic support pillars or cosmetic RGB pieces rather than something designed around long-term structural support.

Would really appreciate recommendations from anyone who has dealt with ultra-heavy GPUs in airflow-focused builds.

I’m currently finishing the planning phase for a high-end white AM5 build inside a white Fractal Meshify 2 RGB, and I’ve started overthinking GPU anti-sag solutions because of how massive the Gigabyte RTX 5080 AORUS MASTER ICE is supposed to be.

What I care about the most is long-term mechanical stability. I’m not just trying to stop visible sag — I’m trying to minimize long-term stress on the GPU PCB itself and on the motherboard PCIe x16 slot/retention area over the next 6-7 years or longer.

The thing is, my airflow layout complicates things a bit.

I’m planning to run two Phanteks T30-140 fans mounted in the PSU shroud area as bottom intake for direct GPU airflow. These are the 30mm thick versions, mounted underneath the Meshify 2’s metal PSU shroud/floor panel, pushing fresh air upward directly into the GPU.

Because of that setup, I’ve basically ruled out traditional vertical support pillars/tower-style anti-sag brackets since they would either interfere directly with the bottom intake airflow path or physically conflict with the fan area itself.

So now I’m trying to figure out what the best overall anti-sag mounting method actually is for a very heavy GPU like this:

• motherboard standoff-mounted brackets (like the Lian Li GB-002 style),
• PCI slot mounted support arms/brackets,
• hybrid solutions,
• or something else entirely.

My priority order is basically:

1. Maximum long-term horizontal stability for the GPU
2. Lowest possible mechanical stress on PCB + PCIe slot
3. Minimal airflow obstruction for the bottom intake fans feeding the GPU
4. White color availability to match the build

For people running very heavy GPUs (4090s, AORUS Master cards, Suprims, etc.), what support solution ended up feeling the most mechanically solid over time?

Also, are there any genuinely good white anti-sag brackets that use a motherboard/standoff anchoring system similar to the Lian Li GB-002? Most of the white ones I find seem to be basic support pillars or cosmetic RGB pieces rather than something designed around long-term structural support.

Would really appreciate recommendations from anyone who has dealt with ultra-heavy GPUs in airflow-focused builds.

I’m currently finishing the planning phase for a high-end white AM5 build inside a white Fractal Meshify 2 RGB, and I’ve started overthinking GPU anti-sag solutions because of how massive the Gigabyte RTX 5080 AORUS MASTER ICE is supposed to be.

What I care about the most is long-term mechanical stability. I’m not just trying to stop visible sag — I’m trying to minimize long-term stress on the GPU PCB itself and on the motherboard PCIe x16 slot/retention area over the next 6-7 years or longer.

The thing is, my airflow layout complicates things a bit.

I’m planning to run two Phanteks T30-140 fans mounted in the PSU shroud area as bottom intake for direct GPU airflow. These are the 30mm thick versions, mounted underneath the Meshify 2’s metal PSU shroud/floor panel, pushing fresh air upward directly into the GPU.

Because of that setup, I’ve basically ruled out traditional vertical support pillars/tower-style anti-sag brackets since they would either interfere directly with the bottom intake airflow path or physically conflict with the fan area itself.

So now I’m trying to figure out what the best overall anti-sag mounting method actually is for a very heavy GPU like this:

• motherboard standoff-mounted brackets (like the Lian Li GB-002 style),
• PCI slot mounted support arms/brackets,
• hybrid solutions,
• or something else entirely.

My priority order is basically:

1. Maximum long-term horizontal stability for the GPU
2. Lowest possible mechanical stress on PCB + PCIe slot
3. Minimal airflow obstruction for the bottom intake fans feeding the GPU
4. White color availability to match the build

For people running very heavy GPUs (4090s, AORUS Master cards, Suprims, etc.), what support solution ended up feeling the most mechanically solid over time?

Also, are there any genuinely good white anti-sag brackets that use a motherboard/standoff anchoring system similar to the Lian Li GB-002? Most of the white ones I find seem to be basic support pillars or cosmetic RGB pieces rather than something designed around long-term structural support.

Would really appreciate recommendations from anyone who has dealt with ultra-heavy GPUs in airflow-focused builds.

I’m currently finishing the planning phase for a high-end white AM5 build inside a white Fractal Meshify 2 RGB, and I’ve started overthinking GPU anti-sag solutions because of how massive the Gigabyte RTX 5080 AORUS MASTER ICE is supposed to be.

What I care about the most is long-term mechanical stability. I’m not just trying to stop visible sag — I’m trying to minimize long-term stress on the GPU PCB itself and on the motherboard PCIe x16 slot/retention area over the next 6-7 years or longer.

The thing is, my airflow layout complicates things a bit.

I’m planning to run two Phanteks T30-140 fans mounted in the PSU shroud area as bottom intake for direct GPU airflow. These are the 30mm thick versions, mounted underneath the Meshify 2’s metal PSU shroud/floor panel, pushing fresh air upward directly into the GPU.

Because of that setup, I’ve basically ruled out traditional vertical support pillars/tower-style anti-sag brackets since they would either interfere directly with the bottom intake airflow path or physically conflict with the fan area itself.

So now I’m trying to figure out what the best overall anti-sag mounting method actually is for a very heavy GPU like this:

• motherboard standoff-mounted brackets (like the Lian Li GB-002 style),
• PCI slot mounted support arms/brackets,
• hybrid solutions,
• or something else entirely.

My priority order is basically:

1. Maximum long-term horizontal stability for the GPU
2. Lowest possible mechanical stress on PCB + PCIe slot
3. Minimal airflow obstruction for the bottom intake fans feeding the GPU
4. White color availability to match the build

For people running very heavy GPUs (4090s, AORUS Master cards, Suprims, etc.), what support solution ended up feeling the most mechanically solid over time?

Also, are there any genuinely good white anti-sag brackets that use a motherboard/standoff anchoring system similar to the Lian Li GB-002? Most of the white ones I find seem to be basic support pillars or cosmetic RGB pieces rather than something designed around long-term structural support.

Would really appreciate recommendations from anyone who has dealt with ultra-heavy GPUs in airflow-focused builds.

I’m currently finishing the planning phase for a high-end white AM5 build inside a white Fractal Meshify 2 RGB, and I’ve started overthinking GPU anti-sag solutions because of how massive the Gigabyte RTX 5080 AORUS MASTER ICE is supposed to be.

What I care about the most is long-term mechanical stability. I’m not just trying to stop visible sag — I’m trying to minimize long-term stress on the GPU PCB itself and on the motherboard PCIe x16 slot/retention area over the next 6-7 years or longer.

The thing is, my airflow layout complicates things a bit.

I’m planning to run two Phanteks T30-140 fans mounted in the PSU shroud area as bottom intake for direct GPU airflow. These are the 30mm thick versions, mounted underneath the Meshify 2’s metal PSU shroud/floor panel, pushing fresh air upward directly into the GPU.

Because of that setup, I’ve basically ruled out traditional vertical support pillars/tower-style anti-sag brackets since they would either interfere directly with the bottom intake airflow path or physically conflict with the fan area itself.

So now I’m trying to figure out what the best overall anti-sag mounting method actually is for a very heavy GPU like this:

• motherboard standoff-mounted brackets (like the Lian Li GB-002 style),
• PCI slot mounted support arms/brackets,
• hybrid solutions,
• or something else entirely.

My priority order is basically:

1. Maximum long-term horizontal stability for the GPU
2. Lowest possible mechanical stress on PCB + PCIe slot
3. Minimal airflow obstruction for the bottom intake fans feeding the GPU
4. White color availability to match the build

For people running very heavy GPUs (4090s, AORUS Master cards, Suprims, etc.), what support solution ended up feeling the most mechanically solid over time?

Also, are there any genuinely good white anti-sag brackets that use a motherboard/standoff anchoring system similar to the Lian Li GB-002? Most of the white ones I find seem to be basic support pillars or cosmetic RGB pieces rather than something designed around long-term structural support.

Would really appreciate recommendations from anyone who has dealt with ultra-heavy GPUs in airflow-focused builds.