What Is a GPU Bracket, and Is It Necessary to Use It?

A common concern among PC gamers is whether or not they should put a GPU support bracket in their build. The debate about the necessity of these brackets seems reasonable, given that expensive mid-to-high-end graphics cards often lead to weight increases and sag problems which can be avoided with appropriate preventative measures such as adding extra hardware underneath them like braces on teeth from childhood visits to the dentist offices.

The fear of having a sagging video card permanently damage any part below it has long been one many builders dread dealing with; now there’s finally some good news: AGP ports have recently gotten much more significant, allowing manufacturers space for more RAM chips without being constrained by older standards ensuring maximum performance inside today.’

Why You Don’t Need a Support Bracket

You might think that you’re just paying for a cheaper computer graphics card but worry not. The more expensive cards are often built with gravity in mind and feature lightweight fans to keep them cool while also being reinforced on connection points so they can stand up against heavy use or even physical abuse. So if your machine has an Nvidia GPU (or any AMD-based video adapters), this problem should be nonexistent!

The way you mount your graphics card has a lot to do with whether or not it will sag. Many people report that replacing their cases fixed the issue, but some still suffer from extreme sagging even after following these tips and tricks! If nothing else works, try removing brackets altogether for an open airflow design to avoid compromising cooling solutions too much–and don’t forget about checking out alternative mounts available on eBay.

Lately, there have been more discussions related to GPU sag online; however, as most know by now, this is essentially just due to how complicated mounting can be at times depending on what kind of case/brackets are being used (this also includes screwing things into place.

What Is the GPU Anti Sag Bracket?

The Lian Li GB-001X reduces the sag over time and keeps your heavy graphics cards in place. It’s easy to attach, just like a shoehorn! Say goodbye to a sagging graphics card with this informative product from one of chinas best manufacturers for computer parts.

The adjustable bar can fit any size up until 2x PCIEX8 slots, which is perfect if you have an even beefier video output device that requires lots more airflow than others.

Mounting GPU Vertically: Does it affect?

Mounting your GPU vertically is one trend that many people are doing in the modern day of PC building. With RGB lighting on them, it makes sense why you would want to show off their beauty this way and with good reason! There have been concerns about thermals, but these can easily be managed by putting an exhaust fan at least 10 inches away from wherever there’s heat coming out too (which will happen since we’re talking about placing fans close).

The biggest concern is how much closer our graphics cards get while mounted up high like on top shelves or inside cases which means they’re going right next door behind all those nice looking windows designed for showing off what lies within – namely a powerful processor kicking out some severe gaming benchmarks.

Decreased Clock Speeds

The heat is on, and the clock speeds start to drop. This may not seem like a big deal for some games–but when you’re playing something that benefits from these factors at higher framerates, such as Counterstrike: Global Offensive or League of Legends – it can hinder your experience play-wise!

The increase in temperature means one thing: reduced performance because this will affect how much power our GPUs need (and want) during gameplay, so even though those game modes are explicitly designed around going all out with every frame possible the lower clocks mean less oomph needed per second?

Decreased GPU Life

Vertical GPU mounting may cause decreased performance and increased temperatures. This is because your graphics card will be constantly exposed, which can lead it to damage easier over time – especially if you have reference cards with high core speeds like RX 500 series’ GPUs do!

In testing our different NVidia setups at 15-18 degrees Celsius difference between horizontal versus vertical layouts, we found no significant differences when gaming but noticed stability issues during benchmarking processes where some benchmarks were failing while others passed without issue. However, If there are other factors involved, such as a computer enclosure design or case ventilation system, this article would love my input on how to play.


Many games have a small number of variables that can affect performance. For example, it is possible for video decoding to be done by your GPU instead if you’re using an engine such as Source or Unreal Engine, but this comes with way too many unknowns in terms of what web browsers are being used, how players will interact with it and so on all while also taking into account format issues like HD versus SD resolution which need different amounts processing power depending on whether more detail would show up from viewing distance relatively close up since faraway objects might look blurry when displayed at higher resolutions compared to lower ones.

Chris Stobing
Chris Stobing is a hardware analyst at PhenomBuilts. He is a graduate of New York University. Chris brings his experience benchmarking and reviewing gadgets and PC hardware such as graphics cards, monitors, storage, and networking equipment.
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