Whenever you’re buying something, it’s a good idea to have some info beforehand. This it truer in case of electronics, gadgets and computer equipment. And so, here are a few things you need to look out for before buying a graphics cards. If you don’t have a PC already – take notes. And if you already have one, this info will come in handy for your next one. After all, a GPU is an expensive investment. If you want to game and have better viewing experience, these are a must, because Intel’s Integrated Graphics are as useful as a fork to have your soup. So, here’s a simple graphics card buying guide.
For the novices, let me just clarify that there are two major (or only) players in the GPU market – AMD and NVidia. Of course, there are OEMs like Asus, Gigabyte, MSI, EVGA, Zotac and a few others, with their own GPUs. But, all of them employ the same basic chip from AMD or Nvidia. The OEMs are actually responsible for making circuit boards, cooling systems alongside to market their own products.
They are allowed to tweak the chips up to a certain extent, which is a pre-established number by the chip makers. And more often than not, AMD and Intel both commission assembly plants to create completely functioning GPUs, known as reference cards. That gives the OEMs an idea on how to power, connect and cool their chips. But the reference cards usually don’t live up to or benchmark on par with the OEM’s, but they’re still available for purchase.
With that said, here are a few things you need to consider before actually buying a new shiny GPU.
It is always a good idea to start with a budget. Set aside a maximum amount of money you can spend on this particular piece of hardware. Usually, the amount to spend should account for 35-40% of the total cost (of the PC). But that’s variable to your needs, because these cards can cost anywhere from $75 yo over $1200. So, just set up your mind on how much you can spend on a GPU, the following points should take care of the rest.
Also Read: MSI Graphics Cards Price in Nepal
It goes without saying, the specifications of a particular graphics plays a vital role in the decision-making process. But then again, if you glance upon the spec sheet for a particular GPU, there’s always an overwhelming number of variables. Take for example this complete specs sheet for the RTX 2080 SUPER over at Nvidia’s official website. There is the GPU engine specs, memory specs, display support all way to the dimensions of the graphics card itself.
This is enough for many to scratch your heads. But the good news is, you don’t need to know what each of the specs mean. All you need from the specs list is the graphics chip inside the GPU and the all the features it supports (Technology support section). For any particular chip, you can always know more about it from its benchmark charts rather than its specs sheet. So what you do here is find two graphics chips, one from AMD and one from Nvidia around your budget. Then, compare their benchmark scores and feature set.
And by feature set, we mean if it supports Ray-Tracing or Nvidia’s new DLSS technology, or if it’s G-Sync compatible. You usually find these in Nvidia cards, but AMD has a different set of advantages like Radeon Image Sharpening or Free Sync or Radeon Anti-Lag. Apart from the raw processing power of these chips, these features can help you decide on which cards you actually want.
Take, for instance, the Nvidia RTX 2060 SUPER and the AMD RX 5700XT. Both cards cost $400, and while the 5700XT smokes the 2060 SUPER when it comes to raw performance, most people will still choose the RTX 2060 because it offers hardware-level Ray-Tracing.
Also Read: Asus Graphics Card Price in Nepal
No matter how powerful your graphics card might be, it always depends on your CPU to fully utilize its potential. If your processor cannot process enough data and transfer it to your GPU, your end result will suffer. Bottlenecks can occur in many forms. Maybe your manufacturer claimed 150 fps on certain titles but your maximum fps hovers around 80 fps or maybe the game-play just isn’t smooth…
However, this goes both ways. Pairing a powerful CPU with a mediocre GPU is also not a good idea. A Core i3-8300 with a GeForce GTX 1080Ti should be a good example. According to an online bottleneck calculator, you stand to lose out on 40% of the potential performance of your 1080Ti, and that’s under the perfect circumstances. Also, if you are utilizing a 100% of the CPU, it’s going to heat up fast, and that only makes things worse.
Just do a quick bottleneck calculation and if the CPU is slightly more powerful than your GPU, it’s fine. But if the GPU is dragging your CPU down, or vise versa, and you don’t have plans of upgrading your CPU in the future, considering buying a cheaper GPU and invest the rest on upgrading your RAM or storage or even better OEM packaging.
You can check for any bottleneck issues here.
“OEMs are typically manufacturers who resell another company’s product under their own name and branding” – Webopedia.
As already discussed, the manufacturers can put their own heat sinks, circuit boards, and third-party add-ons. Even after you decide on a graphics chip, the actual buying process still has a few steps. Maybe you searched online for the particular chip only to be bombarded by a bunch of models for the graphics chips all under different models, housing, prices, and different manufacturers altogether with different specs.
Yes, that will happen, and it is probably better to look up for the reviews of the particular cards for their performance and cooling advantages. The answer to why you should not just go for the reference cards is because, OEMs can be cheaper, offer better cooling, can be overclocked, offer better build quality, offer more flexibility and will definitely look better. Plus, not all GPUs get a Founders Edition treatment.
Also Read: Asus Motherboards Price in Nepal
There are basically two things you need to consider in the compatibility department. The first is the power supply. A GPU requires lots of power and your PSU (Power Supply Unit) is responsible for delivering just that. Make sure your PSU has enough power throughput to support your new GPU. You can check the requirement of your GPU for the minimum wattage it needs to function. If you are buying a new CPU altogether, try and get a PSU with more than the minimum requirement so you have more flexibility for upgrades later.
There there is the casing, which may or may not fit the particular graphics card you just choose. This one is a bit hard to explain so here are a few steps I personally use when I need to recommend a casing and also the PSU. Just follow the following steps:
- Go to https://pcpartpicker.com/list/
- Choose your casing, GPU and PSU
- Look out for any compatibility issues in their notes section
- Try a different configuration to solve the issue
Other than that, if you are a new system builder, it’s always a good idea to run it through the above-mentioned website (this) so you don’t face any compatibility issues. The other thing not mentioned here is Nvidia’s SLI or AMD’s Crossfire. You really shouldn’t be looking at multi-GPU setup unless even the top end graphics card has failed to deliver as per your requirement. There are other uses for it but it basically can deliver anywhere from 20-90% more power as compared to a single GPU setup depending on the drivers, the card itself or the link itself.
But we still recommend, even after you have found the perfect GPU for yourself, check out a few reviews first.