Best Graphics Card for 3D Rendering 2021 – Buyer’s Guide

Choosing a perfect graphics card for 3D rendering is not an easy task; not only you have to make sure that there are specific number of threads and cores to process images, but also it should have adequate RAM. This is because 3D rendering is an active working process as you have to sit in front of your PC and interact with the software on a continuous basis. For working actively in the 3D scene, you need to have a suitable graphics card.

Having a suitable graphics card will increase the productivity and enhance you experience while you’re working with your chosen 3D software. The GPU market is a complex thing and that’s why we decided to put forward this post so that you get an idea before purchasing the best graphics card for 3D Rendering.

Top-Rated Graphics Card for 3D Rendering

GPU Preview



Nvidia GeForce RTX 2080 Ti

Nvidia GeForce RTX 2070 Super

Nvidia GeForce RTX 2080 Super

AMD Radeon Pro WX 8200

Nvidia Quadro P5000

Nvidia Quadro P4000

AMD Radeon RX 570

Things you MUST KNOW before choosing your Best Graphics Card for 3D Rendering

Importance of Graphics Card in 3D Rendering

For 3D rendering, graphics card is very important as it allows you to complete your work at a good speed. Rendering is generally done through CPU or GPU, but both types of rendering are used for different cases. 3D rendered images have become an important kind of visual content for content producers, advertisers, and marketers.

3D rendering is basically a process that involves the usage of software to create an image. To make proper renders, you should have adequate hardware as 3D rendering is a highly demanding task. At first you might be thinking that you can have any graphics card for 3D rendering as long as it is powerful, however, after reading this post you’ll realize that there is a lot more to choosing the best graphics card for 3D rendering.

How does 3D Rendering Works?

The 3D rendering process involves software, hardware, and a combination of strategy and artistry. For 3D rendering, you’ll have to have the right tools and hardware so that a perfect result is achieved. It is the process when the computer generates 2D images and the time of rendering depends on the complexity of the image. The rendering process is done by the computer on the whole and thus the CPU and GPU play an important role here.

Most of the 3D rendering programs rely entirely on the GPUs to form user interface. If a graphics card is old or insufficient, you must upgrade it otherwise you won’t be able to do your 3D rendering tasks efficiently.

Which GPU is best: AMD vs Nvidia

If you’re comparing the graphics cards for 3D rendering, then NVIDIA takes the lead. The brand partners with Intel and focuses entirely on the GPU technology for the 3D rendering requirements. AMD, on the other hand, focuses on manufacturing CPUs and GPUs. NVIDIA has a strong hold in this market but that doesn’t mean that there are no AMD graphic cards to consider.

NVIDIA and AMD both produce ‘reference designs’ for their video cards, which are the standardized versions of the card that is built around a particular GPU. These reference designs are sometimes sold by NVIDIA directly to the consumers (sometimes AMD does this too). However, mostly these designs are duplicated by third party card manufacturers such as Asus, MSI, EVGA, Gigabyte and others.

Read Also: Best Graphics Card under $50

Top picks for the Best graphics card for 3D rendering

  1. Nvidia GeForce RTX 2080 Ti
  2. Nvidia GeForce RTX 2070 Super
  3. Nvidia GeForce RTX 2080 Super
  4. AMD Radeon Pro WX 8200
  5. Nvidia Quadro P5000
  6. Nvidia Quadro P4000
  7. AMD Radeon RX 570

Reviews for the Best graphics card for 3D rendering

When you’re in the market to choose the best graphics card for 3D rendering, there are two brands that are leading the market, as discussed in the above section. The graphics cards produced by NVIDIA and AMD range from various price ranges, particularly from $300 to $3,500. Following are our top picks:

1. Nvidia GeForce RTX 2080 Ti


  • CUDA cores: 4,352
  • Base Clock: 1,350 MHz
  • Boost Clock: 1545 MHz
  • TFLOPS: 13.4
  • Memory: 14 GT/s
  • Memory bandwidth: 616 GB/s

Nvidia GeForce RTX 2080 Ti Review

If you’re looking for a powerful graphics card for 3D rendering, our top pick is the Nvidia GeForce RTX 2080 Ti. The graphics card features dual fan cooling system and a full-length vapor chamber that covers the PCB of the card. All these cooling options make sure that the card remains ultra-cool throughout the time you work. The GPU also features two cores in the form of RT and Tensor cores that its predecessors never included.

The power ray tracing of the card allows the card to render natural shadows and real-time lighting scenarios that are more complex than others. Also, the 544 Tensor Cores feature Artificial Intelligence (AI) and a new technology called Deep Learning Super Sampling that enhances the resolution and also applies anti-aliasing at the same time. The Nvidia GeForce RTX 2080 Ti is


  • It is one of the fastest graphics cards.
  • It features deep learning technology and ray tracing.
  • It offers USB-C connectivity.
  • It features high fps 4K gaming on one card.


  • It is very expensive.

2. Nvidia GeForce RTX 2070 Super


  • CUDA cores: 2,560
  • Base clock: 1,605 MHz
  • Boost clock: 1,770 MHz
  • TFLOPS: 9.06
  • Memory: 8 GB GDDR6
  • Memory clock: 14 GT/s
  • Memory bandwidth: 448 GB/s

Nvidia GeForce RTX 2070 Super Review

The Nvidia GeForce RTX 2070 features a superb transistor count and delivers amazing performance for ray-tracing enabled games. The graphics card is perfect for 3D rendering and allows you to handle complex architectural rendering tasks too. More cores means more power and this graphics card falls a bit short as compared to our top pick. For 3D rendering, you’ll need a graphics card that features thousands of cores.

The Nvidia GeForce features superior GPU render value and is speedy enough to handle the complex tasks related to viewport. The graphics card is also one of the best GPU for viewport performance because of its anti-aliasing, AO, and In-Viewport SSAO. The GPU uses Zero Frozr technology that makes sure that there is a noise free environment and it also stops the fan in low-load conditions.


  • It has low energy consumption.
  • It runs quietly.
  • There is stable overclocking.
  • The RT and Tensor cores ensure future proofing.


  • It is expensive for a mid-range GPU.
  • There is no SLI option.

3. Nvidia GeForce RTX 2080 Super


  • CUDA cores: 3072
  • GPU base clock: 1650 MHz
  • GPU boost clock: 1815 MHz
  • Memory: 8 GB GDDR6
  • TDP: 250 W
  • DisplayPort outputs: 3
  • HDMI Outputs: 1

Nvidia GeForce RTX 2080 Super Review

The Nvidia GeForce RTX 2080 Super is a powerful graphics card and is a good option for 3D rendering. Technically speaking, this graphics card will deliver more power in lesser money as compared to the RTX 2080. The technology used in this card is not much different from other Nvidia Turing cards but with this card you’re getting a more powerful option as it features 3072 CUDA cores as compared to the RTX 2080 that features 2,994. Another big upgrade with this graphics card is of VRAM which offers 15.5 Gbps of memory bandwidth.

The RTX 2080 Super features a new software named as FrameView that shows you frame rate, frame time, temperature, and GPU usage. It also breaks down the power consumption of the graphics card so that you find out the exact power consumption of each operation. If you’re trying to overclock your GPU to achieve maximum potential, this graphics card will be very useful. If you’re in the market for a graphics card that is powerful, now is the time to jump in and join the Turing series.


  • It is great for 1440p and 4k.
  • It features fastest GDDR6 clock.
  • It is cheaper than the original RTX 2080.
  • The FrameView software is very useful.


  • The performance gains are minimal over RTX 2080.

4. AMD Radeon Pro WX 8200


  • Steam processors: 3584
  • Base clock: 1,200 MHz
  • GPU boost clock: 1,530 MHz
  • Compute units: 56
  • Memory size: 8 GB
  • Memory bandwidth: 512 GB/s
  • Cooling: Active
  • TDP: 230 W

AMD Radeon Pro WX 8200 Review

The AMD Radeon Pro WX 8200 has a vibrant blue casing and a big fan with an ‘R’ written at the center. The card is long and thus a full tower chassis is required along with two slots. The graphics card features 3,584 graphics core stream processors and they run at the speed of 1200 MHz base clock and 1500 MHz boost. The WX 8200 has four connections that can support up to 4K monitors, three 5K, and one single screen at a resolution of 7,680 X 4,320. All of these resolutions can be achieved at 60 Hz.

The AMD Radeon graphics card is designed for professionals and architects who want to do 3D rendering and work with high-end graphics software and apps related to manufacturing and design. The WX 8200 is quit suitable for such tasks as it has proven to be more efficient than the Nvidia Quadro P4000. The card features the latest VEGA architecture with the 14nm FinFET process that allows good performance for 3D rendering.


  • It features multi-tasking abilities.
  • It is equipped with superb GPU compute abilities.
  • It is good for running modelling and GPU compute simultaneously.


  • It is power hungry.

5. Nvidia Quadro P5000


  • CUDA cores: 2560
  • GPU memory: 16 GB GDDR5X
  • Max power consumption: 180 W
  • FP32 performance: 8.9 TFLOPS
  • Graphics bus: PCl Express 3.0 x16

Nvidia Quadro P5000 Review

Nvidia is committed to introducing top of the line technology for computer graphics on a continuous basis. The Quadro series of Nvidia is designed using the new Pascal graphics architecture and is a technological powerhouse for 3D rendering and graphics processing. The Quadro line gives users the ability to enhance the rendering, simulation, design, and create expansive visual workspaces with multiple monitors so that a photorealistic environment is achieved.

The Quadro P5000 is a very powerful GPU and is considered as the monster of all the graphics cards. The graphics card decreases the 3D rendering time by 60% for most of the rendering projects. Though the performance varies from system to system, but the results are almost all the same for all the systems. The graphics card features 4x DP 1.4 + DVI-D DL display connectors that are quite useful in running simultaneous displays 4 direct and 4 DP 1.4 multi-stream.


  • It can handle all CAD tasks with ease.
  • It keeps the whole rig incredibly quiet even at high workloads.
  • It keeps the GPU at very low temperature at full load.
  • It is responsive and is good for 3D modeling and rendering..


  • It is expensive for a mid-range GPU.

6. Nvidia Quadro P4000


  • CUDA cores: 1792
  • GPU memory: 8 GB DDR5
  • Memory interface: 256 bit
  • System interface: PCle 3.0 X 16
  • Max power consumption: 105 W
  • Display output: 4x DisplayPort 1.4

Nvidia Quadro P4000 Review

The Nvidia Quadro P4000 is designed for professionals who want to give a boost to their performance in the 3D rendering field. The graphics card features max consumption at 105W which is lesser than other larger graphics cards. The P4000 allows you to use up to 5K displays on one card and can also configure up to 32 4K displays per system through connecting multiple graphics cards. This can be done by using Nvidia’s new technology, Quadro Sync 112 that allows the user to synchronize image output and display with multiple Quadro GPUs for a single system.

The P4000 graphics card uses a single PCle slot and has four 1.4 Display ports. There is a sleek heat sink that covers the whole graphics card and keeps it cool during the operation. According to Nvidia, the Quadro P4000 is a perfect solution for those who want a 3D rendering setup that could perform well under extreme workloads. The card is equipped with a memory of 8 GB GDDR5 and costs only a few hundreds; it is an excellent mid-range graphics card for 3D rendering.


  • There are no overheating issues.
  • It is very responsive and fast.
  • It is perfect for 3D rendering.
  • It is designed specifically for professional applications.


  • It is a bit too long

7. AMD Radeon RX 570


  • Steam processors: 2,048
  • Memory size: 4 GB GDDR5
  • Memory bus: 256 bit
  • TDP: 150W
  • Process node: 14 nm
  • Interface: 256 bit
  • GPU clock rate: 1300 MHz
  • Memory clock rate: 1750 MHz

AMD Radeon RX 570 Review

The AMD RX 570 is one of the best budget graphics cards for 3D rendering. The RX 570 is an updated version of the RX 470 and both are equipped with 32 ROPs and 4 GB of GDDR5 memory. The difference between the two cards is of the memory clocks and the cores. Since the clock speed is higher for the RX 570, the graphics card draws more power as compared to the RX 470 and is rated at 150 W thermal design point.

The graphics card has a very simple and plain design; there is a black plastic cover that has a heat sink below it and the metal fins are easily visible through the blades of the fan. The graphics card has a compact design with an exposed heat sink, 8-pin power connector, and an illuminated ROG logo. If you’re looking for a very affordable option for 3D rendering, then this graphics card is one of the bests.


  • It delivers excellent 1080p performance.
  • It is very affordable.
  • It is a solid mid-tier graphics card.
  • It can help run the programs that easily read and write most of the animation and modeling tools.


  • The thermal solutions are less capable.

Frequently Asked Questions

Can a graphics card overheat while 3D rendering?

Yes, the graphics card can overheat during any type of operation and can cause various issues. To avoid overheating of the graphics card, you must keep the system clean and remove the dust. Also, make sure that the cooling system is efficient enough and the PC is in an open and well-ventilated area.

Can a graphics card run a particular game or program?

If you want to check whether your graphics card can run a particular program or game, you must first check the recommended system requirements of the program or game. You can also check the requirements online, and see if your graphics card matches those.

Why are there so many gaming graphics cards and not much for 3D rendering and modeling?

Most of the prominent graphics cards brands offer gaming-focused cards because of the increasing demand. The gaming industry is growing by leaps and bounds and most of the GPU manufacturers are increasing their revenues purely from gaming graphics cards. But the good news is that most of the graphics cards companies are improving the GPU technology so that it is good for the gamers and the architects and designers alike.

Can I use a gaming graphics card for 3D rendering?

The answer can be yes and no, both. You can use a gaming graphics card for 3D rendering but this doesn’t mean that all gaming graphics cards are suitable for this task. There are some software that will work only with the Nvidia Quadro series or the AMD FirePro card. We recommend having a separate rig for gaming and 3D rendering. But if that’s not practical for you, you can for the Asus Strix GTX 1070 that will work well for gaming and 3D rendering both.

Do higher model number of graphics cards represent better performance?

No, the numbers used for the GPU model doesn’t represent the power and they aren’t related to any type of real world measurement. However, this is somewhat justified too, for example, The GTX 760 is more powerful than the GTX 680. Still, we don’t recommend that you assume the model number as a performance indicator because there are some exceptions too.

Will my graphics card run at 144 Hz?

To get the most out of 144 Hz, the app or game that you need to run should also run at 144 Hz. The latest and advanced Nvidia and AMD graphics card are able to support 144 Hz at various resolutions, but you can also check this by monitoring the frame rate while playing a game. Remember that higher resolutions and more demanding games make it harder to reach 144 Hz.

Is the software for 3D rendering expensive?

Yes, the software for 3D rendering is expensive, but it also depends on the type of work you want to do. If you’re a hobbyist, you can do well with any software such as Blender. However, if you’re a professional, then you’ll need more expensive software such as Maya, Artlantis, Revit, and Cinema 4D. The good thing is that most of the software companies provide a free trial so that you can easily make sure whether the software is according to your requirements.

Will a graphics card improve the frames per second?

Yes, a graphics card can improve the frames per second; the extent to which it is improved depends on the resolution at which you’re running the program. As the resolution of the monitor increases, the GPU has a bigger impact on the fps.

Will my graphics card fit in my PC case?

If you’ve a standard full size PC case, then most of the graphics cards will fit easily into it. However, if the PC case has a small form factor, and you have a large graphics card, then there might be some issues. It is good to check the dimensions of the graphics card before purchasing it.


When you go out to purchase the best graphics card for 3D rendering, you must first consider the difference between models so that you work out what suits for you. At the same time, if you find a graphics card that seems to be the best on paper, it doesn’t mean that it will be the perfect one for 3D rendering. The architecture of the graphics card plays an important role here; you must also check the recommendations for the specific graphics card for the version of the 3D rendering software you’re using.

We recommend going for the Nvidia Quadro range of enterprise graphics cards because they are designed specifically for the purpose and are equipped with offsite 3D rendering via the Cloud for Industrial applications. These graphics cards are of mid-range too and are quite suitable if you’re looking for a not-so-expensive option. The Nvidia GeForce RTX 2070 and the RTX 2080 Ti, are no doubt very powerful, but they are very expensive too.

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2 thoughts on “Best Graphics Card for 3D Rendering 2021 – Buyer’s Guide”

  1. Hi,
    I have Geforce RTX 2060, 6GB, Gaming Z twin frozr card. I use it for 3ds max and after effects animation.
    Do you think it will also work for rendering with optimal performance or do I have to change it?
    Looking forward for an expert opinion.



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