Best Graphics Cards for 3D Rendering & Modeling

Choosing the right graphics card for 3D rendering is a difficult undertaking; not only must you ensure that it has the right amount of threads and cores to process pictures, but it must also have enough RAM.

This is due to the fact that 3D rendering requires you to sit in front of your computer and interact with the program on a regular basis. A decent graphics card is required for working actively in the 3D environment.

To get the most out of your creative program and enhance productivity while working on intricate designs that need high processing power, you’ll need the finest graphics card for 3D rendering and modeling.

Having a suitable graphics card will boost your productivity and improve your experience while using your favorite 3D applications. The GPU market is complicated, which is why we decided to write this article so that you may gain a better understanding before buying the finest graphics card for 3D rendering.

We’ll look at the best graphics cards for 3D rendering and modeling in 2022, so you can choose the best GPU for your requirements.

AMD Radeon Pro WX 8200

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Specifications

CUDA Cores:3584
Base Clock1200MHz
Boost Clock1500MHz
 Memory8GB HBM2
Memory Clock Speed2000MHz
 Memory Bus2048-bit
TMUs224
ROPs64
Max. Monitors Supported4
Power Consumption230W
Dimensions10.5 x 4.4 in

Pros

  • Outstanding performance.
  • Enough memory for 3D projects that are challenging.
  • Performs better than the Nvidia Quadro P4000.
  • EEC memory is supported.

Cons

  • A higher cost.
  • Power-hungry.

AMD never fails to amaze me with how they manage to cram so many capabilities into such a small box while yet keeping their GPUs affordable. The Radeon Pro WX 8200 comes with that many cores. Tell me you won’t notice a change in the  rendering process. With this GPU, there isn’t a model that can’t be rendered. It doesn’t matter how much detail there is, how good the rendering quality is, or even whether your computer is doing other things.

But it isn’t even close to the genuine thing. The Vega architecture, which is now the holy grail of AMD workstation GPUs, is used to produce the Radeon Pro WX 8200. The boost clock speed of this GPU is 1500MHz, however it may as well be 2000MHz since when compared to the Quadro P4000, the WX 8200 outperforms it.

VRAM is the one area where the P4000 outperforms this AMD workstation GPU. Only 8GB of HBM2 VRAM is available on the Radeon Pro WX 8200. This has even been a hot topic among industry experts, but I believe the lower VRAM is the reason this GPU has managed to remain under $1000. But you won’t understand that fact unless you realize that this GPU has error-correcting capabilities. At that price, you’ll be hard-pressed to find a GPU with this capability.

This GPU is an incredible beast, as seen by its power consumption. the standard features within all 3D modeling software as well as tackling features requiring more processing power. It consumes 230 watts, which is the second-highest in the WX series and almost equal to the RX Vega 64. The AMD Radeon Pro WX 8200 is a good pick if you’re searching for a professional graphics card that delivers high-end performance without breaking the budget.

Verdict

The AMD Radeon Pro WX 8200 graphics card is an affordable video card that offers good performance for gaming and professional use. It has 2GB of GDDR5 memory and a 256-bit memory interface, which makes it suitable for high-resolution displays and demanding applications. The Radeon Pro WX 8200 also supports DirectX 12 features, which makes it a good choice for gaming on Windows 10.

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PNY NVIDIA Quadro RTX 4000

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Specifications

CUDA Cores2304
Base Clock1005MHz
Boost Clock1545MHz
Memory8GB GDDR6
 Memory Clock Speed13000MHz
 Memory Bus256-bit
TMUs144
ROPs64
Max. Monitors Supported4
Power Consumption160W
Dimensions10.5 x 4.4 x in

Pros

  • Optimized for use with CAD programs.
  • Power consumption is low.
  • Ray tracing is supported.
  • GPU with a single slot.
  • Performs better than the P4000 and P6000.
  • VRAM is 8GB.

Cons

  • Higher price.

Although the PNY Nvidia Quadro RTX 4000 is on the more expensive side of the spectrum, it provides excellent value for money. It is built on the Turing architecture, which implies real-time ray tracing is one of its most prominent features. This GPU clocks at a core speed of 1005 MHz, but if you give it a lot of work to do, it can go up to 1545 MHz.

The Quadro 4000 has been tuned for creative work, so whether you’re using CAD software like AutoCAD or Solidworks, you’ll find that it significantly speeds up the plugins and filters in these programs, as well as improving performance in areas like perspective and animation. It also makes anti-aliasing and wireframe drops more precise. As a consequence, rendering speeds have risen and rendering quality has improved to the point where it is extremely similar to reality

Another reason you’ll like the Quadro RTX 4000 graphics card is that it has enough VRAM capacity (8GB) to save the data you need right away. Furthermore, the RTX 4000 contains 2304 CUDA cores, 288 Tensor cores, and 36 RT cores for rapid rendering. The RT cores can compute how light and sound move in three-dimensional surroundings at speeds of up to ten Giga rays per second.

Another noteworthy aspect of the Quadro RTX 4000 is its ability to unlock FP16 performance, which is often reserved for gaming GPUs. All of your 3D tasks will perform better as a consequence of this. Another thing that will likely surprise you is how little power this graphics card consumes. 160W may seem to be a lot of power, but when compared to the RTX’s performance, it’s a steal.

Verdict

The PNY NVIDIA Quadro RTX 4000 is a powerful graphics card that can be used in a variety of different applications. It is equipped with the latest Turing graphics architecture, which provides superior performance and image quality. The card also comes with support for ray tracing, DLSS and HBCC. This makes it a great choice for users who want to create high-quality graphics content.

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Asus ROG STRIX GeForce RTX 2080Ti

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Specifications

CUDA Cores4352
Base Clock:1350MHz
Boost Clock1665MHz
Memory Clock Speed14000MHz
Memory Bus352-bit
TMUs272
ROPs88
Max. Monitors Supported4
Power Consumption260W
Dimensions12 x 5.1 x 2.1 in

Pros

  • This is a fantastic all-around graphics card.
  • 11GB of VRAM is available.
  • DLSS and Ray Tracing are supported.
  • It’s cool and silent while it’s running.
  • The memory bandwidth is really high.

Cons

  • Premium price.

The ASUS GeForce RTX 2080 Ti comes in third place. With 4532 CUDA cores, this beast promises unrivaled rendering with stunning graphics and frame speeds. It can also easily handle images at a resolution of up to 4k. The key selling feature of this graphics card, like with previous RTX series GPUs, is real-time ray tracing. The only difference is the RTX 2080Ti’s ability to execute technologies with more precision and efficiency.

It has almost double the ray tracing hardware of the RTX 2080, allowing for ray tracing acceleration of up to 10 Giga rays per second. Because the DLSS hardware is included, you may experience the lifelike lighting of ray tracing without experiencing frame rate drops. It also has almost double the graphics processing power of the previous model.

The Nvidia RTX 2080ti has a memory bandwidth of 616Gbps, which allows data to flow quickly from the GDDR6 VRAM to the GPU. There is 11GB of GDDR6 VRAM available. The boost clock speed of this GPU is 1635MHz. This can be overclocked much further using a self-implemented overclock.

What’s remarkable is that, despite its great processing capacity, the RTX 2080Ti’s power consumption isn’t substantially higher than the previous cards. It consumes about 260 watts, which is ten watts more than the GTX 1080 Ti. If you have a mid-range workstation, as I previously said, this is not the GPU to utilize. You’ll need a state-of-the-art workstation to fully use the RTX 2080Ti’s potential computing capacity.

Verdict

Asus ROG STRIX GeForce RTX 2080Ti is the most powerful graphics card on the market. It features a new cooling design and 11GB of ultrafast GDDR6 memory. This card is perfect for gamers who want the ultimate gaming experience.

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AMD Radeon Pro WX 7100

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Specifications

Stream Processors2304
Base Clock1188MHz
Boost Clock1243MHz
Memory8GB GDDR5
Memory Clock Speed7000MHz
Memory Bus256-bit
TMUs144
ROPs32
Max. Monitors Supported4
 Power Consumption130W
Dimensions15 x 9.7 x 3 in 

Pros

  • The price-to-performance ratio is excellent.
  • Supports up to four 4K displays.
  • 8GB of VRAM in a single-slot form size.
  • Also suitable for gaming.

Cons

  • Needs proper cooling
  • Doesn’t support Ray Tracing

The AMD Radeon Pro WX 7100 is a superb WX series GPU that is ideally suited for professional visualization, simulation, and rendering. But it’s the pricing of this Graphics card that will grab your attention. It’s hard to imagine that the card competes with other higher-priced Nvidia options that we suggest for 3D modeling and rendering professionals.

The GPU is built on the game-changing Polaris architecture and is the ideal choice for virtual reality-focused 3D work. One reason for this is because its 2304 streaming processors are more than capable of stitching multiple high-quality videos from diverse viewpoints, which is the traditional technique for creating a realistic virtual reality experience. Then there’s the fact that this GPU has been tweaked to provide the finest results in major modeling and rendering programs like AutoCAD and Solidworks.

Furthermore, AMD worked with industry giants such as Nuke, a visual effects tool, and rendering applications such as Octane-render and V-ray to make their products GPU compliant. If you utilize multiple monitors for rendering, as most professionals do, the Radeon Pro WX 7100 will have no issue speeding the graphics in each of them. It makes no difference whether they all support 4K video playback.

The AMD Radeon Pro WX 7100, like practically every other workstation GPU, isn’t designed for gaming. However, if you like relaxing with a game after a long day of 3D work, it will not disappoint. Another feature you’ll like about this card is its modest power consumption  compared to its performance. The graphics card connects to your power source through a 6-way PCIe power supply unit, putting less strain on it. Unless you need CUDA for your professional job, the WX 7100 is a wonderful and affordable alternative to the Nvidia P4000 that I’ll be evaluating next.

Verdict

AMD Radeon Pro WX 7100 is great graphics card for professional users. It has powerful hardware and good performance. Graphics card is suitable for demanding tasks like photo and video editing, rendering, simulation, and gaming. Its features include 4GB of dedicated memory, AMD FreeSync technology, and support for DirectX 12.

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PNY Nvidia Quadro P4000

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Specifications

CUDA Cores1792
Base Clock1202MHz
Boost Clock1480MHz
Memory8GB GDDR5
Memory Clock Speed7604MHz
Memory Bus256-bit
TMUs112
ROPs64
Max. Monitors Supported4
Power Consumption105W
Dimensions9.49 x 4.37 x 0.75 in 

Pros

  • Popular design apps have been optimized.
  • Achieve maximum performance when it comes to 3D workloads.
  • It won’t cost you a fortune.
  • Form factor with a single slot.
  • VRAM is 8GB.

Cons

  • Doesn’t have an HDMI port.
  • Doesn’t support Ray Tracing.

The Nvidia Quadro P4000 is the Quadro P series’ more economical graphics card. It’s also the most straightforward. Before you go out and purchase one of these top-of-the-line workstation graphics cards, such as the Quadro P5000 with 16GB VRAM, 288Gbps memory bandwidth, and 2560 CUDA cores, consider the following. Do I have the correct gear in place to get the most out of them? No? Then a less demanding GPU like the Quadro P4000 will suffice. It will save you a significant amount of money, which you can go towards upgrading other components.

You won’t have to worry about your system running out of capacity for storing textures and geometry required in renderings thanks to the 8GB GDDR5 RAM. Thanks to the 1792 CUDA cores, this GPU is capable of managing image quality exceeding 1080p. All of these characteristics work together to enable the GPU to handle big models, sceneries, and assemblies with ease while drastically lowering rendering time. The Quadro P4000 is one of the most powerful VR-ready options if you want to analyze your ideas in virtual reality. It’s also a single slot. Unfortunately, since the P4000 lacks an HDMI connector, you’ll need to purchase a converter if you’re using VIVE or Oculus VR headsets.

Another plus is that this graphics card has four display connectors, which will aid in graphical rendering on your 4K displays. The GPU is based on the NVidia Pascal architecture, which provides better performance than Maxwell-based architecture cards. The Quadro P4000 comes with an installation disc that includes the latest versions of OpenGL, DirectX, Vulkan, and Nvidia CUDA drivers. As a result, you’ll have no issue utilizing this card to render video with any of the common design programs.

A start guide, an auxiliary power cable, a stereo connector bracket, and a DisplayPort to DCI-D SL Adapter are all included in the box. The Nvidia Quadro P4000 could be the correct solution for you if you’re searching for a high-end Nvidia graphics card with a lot of processing power but don’t want to spend $1000+ on it.

Verdict

The PNY Nvidia Quadro P4000 is a powerful graphics card that can be used in a wide range of applications. It has high performance and is able to handle complex tasks quickly. Additionally, the card has many features that make it an ideal choice for users who need top-notch graphics performance.

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AMD Radeon Pro WX 5100

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Specifications

Stream Processors1792
Base Clock713MHz
Boost Clock1086MHz
Memory8GB GDDR5
Memory Clock Speed1.25GHz
Memory Bus256-bit
TMUs112
ROPs32
 Max. Monitors Supported4
Power Consumption75W
Dimensions2.87 x 11.50 x 9.49 in 

Pros

  • Popular design software is supported.
  • For the money, this is an excellent performance.
  • The form factor is small.
  • Very low power consumption.
  • A fantastic professional GPU in the mid-range price range.

Cons

  • Slightly higher price.

The AMD Radeon Pro WX 5100 is a fantastic mid-range GPU with the basic style and tiny size that Workstation GPUs are known for. It will easily fit into even the tiniest of desks. Even before we get into the WX 5100’s performance rating, the fact that it’s an update of the Radeon Fire Pro series already gives you an idea of what to anticipate. This GPU will be very useful for designers that work with numerous displays and perform a lot of rendering. It includes four display connectors on the card, making it simple to connect to numerous displays at the same time. It even includes the essential connections in the box.

The Radeon Pro WX 5100 has an outstanding 8GB GDDR5 VRAM and a memory speed of 160Gbps. The GPU’s large memory capacity allows it to hold a limitless number of files for modeling and rendering, significantly speeding up the process. But here’s the best part: the Radeon Pro WX 5100 is built on the Polaris architecture, which makes full use of all available resources to provide unrivaled computing performance. And you’d think that all that increased performance would use a lot of energy, but that’s not the case. It only need 75 watts to run. Another impressive demonstration of the Polaris architecture’s potential.

Surprisingly, this graphics card enables you to do numerous processes at the same time while displaying 3D visuals without sacrificing system speed. This is mostly due to the 1792 streaming processors on board, the 256-bit bus width that allows for simple communication between the GPU and the system, the 32 ROPs that aid rendering, and the 160Gbps memory speed that allows for quick file transfers from the VRAM to the GPU.

Although gaming is not its selling point, this graphics card will perform well if you want to unwind with a game. Finally, I must compliment AMD for putting in so much effort to ensuring that major design applications like Maya, Blender, and the Adobe suite are all compatible with the WX5100. For the manufacturer, software compatibility has always been a big issue.

Verdict

AMD Radeon Pro WX 5100 graphics card is a great option for users who want to create high-quality presentations and 3D graphics. The card has 4GB of dedicated memory, so you can create large files with no lag. Additionally, it supports up to four displays at the same time, so you can work on multiple projects without having to switch screens.

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Power Color AMD Radeon RED Dragon RX 580

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Specifications

Stream Processors2304
Base Clock1257MHz
Boost Clock1350MHz
Memory8GB GDDR5
Memory Clock Speed8000MHz
Memory Bus256-bit
TMUs144
ROPs32
Max. Monitors Supported5
Power Consumption185W
Dimensions10.40 x 6.18 x 2.24 in 

Pros

  • For expert users, this is an excellent cheap option.
  • Excellent 1080p performance.
  • It’s also fantastic for gaming.
  • VRAM is 8GB.
  • It’s quiet and cool to run.

Cons

  • Not as powerful for more demanding tasks

If the AMD Radeon RX 570 is the best GPU for novices when it comes to 3D rendering and modeling, the RX 580 is the best budget GPU for expert users. It’s a little more expensive than the RX 570, but with good cause. To begin with, the RX 580 can boost up to 1350MHz, whilst the 570 is restricted to 1286MHz. You can attempt to overclock it, but it’s improbable that you’ll reach more than 50Hz than the boost speed.

This GPU cores are clocked at 1257MHz while you are not working on sophisticated 3D models and renderings. The RX 580 has the same improved Polaris architecture as the 570, with a 14nm FinFET technology, making it a beast in its own right.

The AMD RX 580 contains 2304 stream processors, which are sufficient for optimal shading performance and faster GPU rendering. Although the RX580 has the same 32 ROPs as the RX570, it has 144 texture units, making it more efficient at adding texture to your models. V-Ray is a commercial plug-in for third-party 3D computer graphics software applications.

This GPU can easily manage additional texture packs and other data that you’ll need to finish your models and renders thanks to its 8GB of GDDR5 memory. The PowerColor AMD Radeon RED Dragon RX 580 provides great performance while also performing well in other applications such as gaming. Overall, this graphics card provides a lot for a moderate price.

Verdict

If you’re looking for an affordable RX 580 card that can handle most games at 1080p and 1440p, the PowerColor AMD Radeon RED Dragon RX 580 is a great option. It’s designed for gamers who want high performance and reliability, and it’s also backed by a 3-year warranty.

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ASUS Dual EVO Gaming GeForce RTX 2060 OC

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Specifications

CUDA Cores1920
Base Clock1365MHz
Boost Clock1785MHz
Memory6GB GDDR6
Memory Clock Speed14000MHz
Memory Bus192-bit
TMUs120
ROPs48
Max. Monitors Supported4
Power Consumption:175W
 Dimensions9.5 x 5.1 x 2.1 in 

Pros

  • Ray Tracing and DLSS are supported.
  • For the money, this was a fantastic performance.
  • It’s also fantastic for gaming.
  • Design is appealing.

Cons

  • Only 6GB of VRAM
  • Issues with overheating

What should you do if you desire the RTX 20 series’ processing capability but can’t afford the RTX 2080? You decide to get the RTX 2060. It isn’t the most affordable graphics card on the market, but it is the most affordable in the RTX series. You can try the full possibilities of the ray tracing and DLSS technology that gamers and designers alike can’t get enough of for less than $350.

It’s doubtful that another graphics card in this price range will provide higher performance while simultaneously staying future-proof. The GeForce RTX 2060 has 6GB of GDDR6 VRAM, which speeds up modeling and rendering by storing frequently used resources such as textures, geometry, and forms.

This graphics card is quite identical to its replacement, the RTX 2070, however it costs much more. This is why you won’t hear me recommend the RTX 2070 since I don’t think the higher price is warranted. But that’s just my opinion. If it means losing a few frames per second in order to save $200, I’ll do it. This is the cost of utilizing the RTX 2060’s 1,920 CUDA cores rather than the RTX 2070’s 2,304 CUDA cores to render your models.

If you want the full frame rate, the RTX 2070 is a fantastic choice, and it also comes with 2GB extra VRAM than the RTX 2060’s 6GB. Both graphics cards are equipped with a Tu106 CPU, an 8-pin connection, and two fans for effective cooling. The latter is particularly useful for avoiding thermal throttling. When the GPU becomes too hot, the core clock speed lowers. ASUS has already overclocked the GeForce RTX 2060, giving it a boost core speed of 1785MHz.

Verdict

ASUS Dual EVO Gaming GeForce RTX 2060 OC is the best graphics card for gaming. It has a very fast performance and great features. ASUS Dual EVO Gaming GeForce RTX 2060 OC is also durably made with a strong backplate that protects it from damage. The card has a 6-pin power connector and supports DirectX 12, OpenGL 4.5, and VR Ready.

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PNY Nvidia Quadro P2000

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Specifications

CUDA Cores1024
Base Clock1076MHz
Boost Clock1480MHz
Memory5GB GDDR5
Memory Clock Speed1752MHz
Memory Bus160-bit
TMUs64
ROPs40
Max. Monitors Supported4
Power Consumption75W
Dimensions7.7 x 4.4 x 2 in

Pros

  • Low power consumption
  • Optimized for a lot of 3D applications
  • Compact form factor
  • Great performance

Cons

  • Only 5GB of VRAM
  • Higher Price
  • Doesn’t support Ray Tracing

In terms of budget, this is an entry-level GPU that will be ideal for mid-range rendering, CAD work, and design. The Quadro P2000, on the other hand, will have issues if you overwork it by rendering too much information.

The GPU’s basic clock speed is 1076 MHz, although it may reach 1480 MHz when under heavy stress. 5GB of GDDR5 VRAM is enough, and it will hold all of your data unless you’re modeling and rendering really complicated and detailed things. The 140Gbps memory speed is amazing, and it will aid in GPU usage by ensuring that data are loaded into the GPU from the VRAM as quickly as they are processed.

As a result, the render times for your models will be reduced. The P2000 additionally has four display connectors, which can power up to four display monitors. Unless you’re watching in 4K at 144Hz, in which case you’ll only be able to power two displays.

This graphics card uses just 75 watts of power, which is ideal for a Quadro workstation GPU based on the Pascal architecture.

Verdict

The Nvidia Quadro P2000 is a powerful graphics card that can be used for a variety of tasks, including video editing and 3D rendering. It has 8GB of memory and supports both DirectX 12 and OpenGL 4.5. Additionally, it has support for advanced features such as ray tracing and programmable shading. This card is great for users who need the best performance possible.

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XFX Radeon RX 570 RS XXX Edition

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Specifications

Stream Processors2048
Base Clock1168MHz
Boost Clock1286MHz
Memory8GB GDDR5
Memory Clock Speed7000 MHz
Memory Bus256-bit
TMUs128
ROPs32
Max. Monitors Supported6
Dimensions9.57 x 4.88 x 1.57 in

Pros

  • This is a fantastic bargain selection.
  • VRAM is 8GB.
  • Ideal for devices with a resolution of 1080p.
  • It’s also fantastic for gaming.

Cons

  • No ray tracing or DLSS
  • Not suited for UHD

Of course, an AMD GPU was always going to be our top recommendation for newbies. It’s the only company that can provide a high-performance graphics card for under $200 that can be utilized for 3D modeling and rendering. The Radeon RX 570 uses the same Polaris GPU architecture that made the RX 470 so successful but with a few tweaks.

To begin with, the GPU has 2048 stream processors, which ensures faster rendering and better shading of your 3D models. This is bolstered by the fact that the basic core speed is 1168 MHz. This speed may reach 1286 MHz under a heavy load. The RX 570 has 128 texture mapping units for faster texture filling and 32 Render Operations Units for more precise renderings. With 8GB of GDDR5 VRAM, you’ll never run out of room for data used for modeling and rendering at this level. This data is sent from the VRAM to the GPU at a blistering speed of 7000MHz. A 256-bit bus links the graphics card to the system.

The Radeon RX 570 does not have ray tracing or DLSS capabilities, which is understandable given its pricing. The Nvidia GTX 1050, which is similarly priced, lacks these technologies and is thrashed by the RX 570. If I were to compare this GPU to an Nvidia equivalent, I’d choose the more expensive GTX 1060. On the flip side, models with resolutions greater than 1080p may struggle to render with this GPU. This is why I believe it will be ideal for novices since you are unlikely to create high HD models.

Furthermore, the XFX model of this GPU that I’m suggesting has three extra technologies that I’d like to highlight. The first is XFX True clock, a BIOS-controlled overclocking function. Because overclocking is delegated to hardware components rather than software, your clock speeds will stay steady even if your PC’s overall performance suffers. The second feature is the XFX OC+ capability, which lets you increase your core speeds beyond the XFX True clock.

Finally, for optimal efficiency, XFX enables you to cool not just your GPU but also your VRM and Memory components. You won’t find another graphics card with such a comprehensive feature set at such a cheap price. Games use highly optimized geometry to achieve maximum performance. This level of graphical computation can only be achieved by workstation graphic cards.

Verdict

The XFX Radeon RX 570 RS XXX Edition is a great graphics card choice for gamers who need the best performance and value. The card offers top-notch performance for a wide range of games, and its factory overclock makes it even more powerful. Plus, the stock cooler ensures that this card runs cool and quiet even under high loads. So if you’re in the market for an affordable graphics card that will give you great performance, the XFX Radeon RX 570 RS XXX Edition is definitely worth considering.

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MSI GeForce GTX 1660Ti Ventus XS 6G OC

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Specifications

CUDA Cores1536
Base Clock1700MHz
Boost Clock1830MHz
Memory6GB GDDR6
Memory Clock Speed12.000MHz
Memory Bus192-bit
TMUs96
ROPs48
Max. Monitors Supported4
Power Consumption120W
Dimensions8.03 x 5.04 x 1.65 in

Pros

  • Pricing that is competitive.
  • It’s also great for gaming.
  • Memory clock speed is high.
  • For 3D work, Nvidia’s budget selection is excellent.
  • MSI has come up with a fantastic cooling system.

Cons

  • No ray tracing and DLSS
  • Only 6GB of VRAM

The Nvidia 1660ti is a reintroduction of the 1000 series. The GPU is based on the Turing architecture, which is highly regarded. The TU116 core of the GTX, unlike the TU102 core in the RTX series, does not have tensors or RT partitions. This means you won’t be able to use the ray tracing capability, which allows GPUs like the Nvidia RTX 2060 to simulate light rays realistically. You also won’t be able to use DLSS features.

What you will get instead is a 12nm FinFET technology, which, like the GTX 1060, ensures superb shader performance. The GTX 1660 Ti has 1,536 CUDA cores to help with shading and minimize render times. This GPU has a basic clock speed of 1700MHz under normal conditions, but it may boost to 1830MHz when the demand grows. This will result in a significant reduction in rendering time and improved shading performance.

This graphics card has a 6GB GDDR6 memory, which should plenty for most modeling and rendering work you’ll encounter as a novice. Nonetheless, given that practically all other GDDR6 graphics cards come with at least 8GB of data, additional VRAM would have been welcome. Interestingly, despite its increased performance, the GTX 1660 Ti consumes extremely little electricity. It needs 120 watts of electricity, however for best efficiency, I suggest using a 450 watt power supply unit.

The MSI version of the GTX 1660 Ti that I suggest comes with a few additional capabilities, such as the Afterburner Overclocking application, which can be operated wirelessly from Android and iOS devices. It also comes with the standard MSI twin fan cooling system, which claims enhanced focus airflow and static pressure for more effective cooling. Finally, this GPU has all of Turing’s other capabilities, such as simultaneous int and fp operations, quick fp 16 packed math, and cache and hierarchy improvements.

Verdict

The MSI GeForce GTX 1660Ti Ventus XS 6G OC is a great graphics card for gamers who are looking for an upgrade. It offers great performance and features a powerful graphics core that allows you to play the latest games without any trouble. Moreover, this card comes with a cooler design that ensures that it runs smoothly and quietly even under high loads. Overall, the MSI GeForce GTX 1660Ti Ventus XS 6G OC is a great choice for those who are looking for an upgrade or want to get into the world of PC gaming.

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PNY NVIDIA Quadro K1200

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Specifications

CUDA Cores512
Base Clock1058MHz
Boost Clock1124MHz
Memory4GB GDDR5
Memory Clock Speed5000MHz
Memory Bus128-bit
TMUs32
ROPs16
Max. Monitors Supported4
Power Consumption45W
Dimensions6.30 x 3.50 x 2.70 in 

Pros

  • The form factor is small.
  • Power usage is quite low.
  • It’s designed to operate with AutoCAD and Solid Works.
  • A professional GPU at a reasonable price.

Cons

  • Old architecture
  • Lower performance
  • Only 4GB of VRAM

This is another low-cost GPU that will be ideal for 3D rendering for beginners and hobbyists. The PNY Nvidia Quadro K1200’s simplistic style and tiny frame are the first things you notice about it. This is something we’ve come to anticipate from workstation GPUs, which is fortunate since the Quadro K1200 fits into almost every workstation.

It has 512 CUDA cores, which, as you would expect, isn’t much. As a result, rendering your models will take substantially longer, and models with a lot of complexity will have difficulty being processed. It doesn’t help matters that the GPU is based on the Maxwell architecture, which is two generations old. However, since I’m suggesting this GPU for novices, this shouldn’t be an issue.

And if that’s the case, the 4GB of GDDR5 VRAM will be more than enough to store whatever data you need for 3D modeling and rendering. The data is sent at 80 Gbps between the VRAM and the GPU. Because the graphics card has been customized for the program, you will have no problem producing lifelike renderings whether you use AutoCAD or SOLIDWORKS for your 3D work. The Quadro K1200’s 32 texture mapping units will apply textures to your models at a reasonable speed, while the 16 ROPs will aid enhance the quality of your final renderings.

This GPU has a core speed of 1058MHz under normal load, increasing to 1124MHz as the load raises. If you utilize several displays, the K1200 has four mini-display connections and four mini-display to display adapters, which will come in handy. A full-height mounting bracket is also supplied, as well as a driver installation CD that I wouldn’t suggest using since it is old. You may buy NVS 510 brackets if your package does not include a full-height bracket, as several customers have complained about. They’re both the same.

The Quadro K1200 is often compared to the Nvidia GTX 980, and although it lacks the GTX’s gaming capabilities, it outperforms it in terms of CAD/CAM rendering. Even with the constraints, a workstation GPU with this level of memory performance will not be found for the same price as the Quadro K1200.

Verdict

The PNY NVIDIA Quadro K1200 is a powerful graphics card that offers amazing performance for professionals and gamers. It has 12GB of dedicated memory, which allows you to work with large files and textures with ease. Additionally, the card has 2x DVI output ports and 1x DisplayPort output port, so you can connect it to multiple displays at once. The PNY NVIDIA Quadro K1200 is a great choice for those who need high-performance graphics for their professional or gaming needs.

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Conclusion

When looking for the finest graphics card for 3D rendering, it’s important to understand the differences between models so you can figure out which one is ideal for you. On the other hand, just because a graphics card seems to be the greatest on paper doesn’t guarantee it will be ideal for 3D rendering. The graphics card’s architecture is vital; you should also verify the recommendations for the particular graphics card for the version of the 3D rendering software you’re running.

6.30 x 3.50 x 2.70 in 

We propose the Nvidia Quadro business graphics cards since they are particularly developed for the job and provide offshore 3D rendering through the Cloud for Industrial applications. These graphics cards are also in the mid-range, making them a good choice if you’re searching for a less-expensive solution. Both the AMD Radeon Pro WX 8200 and the Asus ROG STRIX GeForce RTX 2080Ti are very powerful, but they are also quite pricey.

Quick Shopping Tips for the Best Graphics Cards for 3D Rendering & Modeling

So, we’ve arrived at the part on purchasing advice. In this part, we’ll go over all of the crucial elements you should look for before making a purchase.

GPU Chip Architecture

This refers to the GPU’s construction technique. Every two years, Nvidia and AMD release new technologies, each with more sophisticated capabilities and a greater capacity to exploit the available GPU resources.

For example, an Nvidia graphics card with 2000 cores built on the current Turing architecture will be more efficient than a graphics card with the same number of cores built on the older Pascal design.

When it comes to professional-level 3D modeling and rendering capabilities, the Nvidia Turing architecture is the most well-known. The Polaris and Vega architectures from AMD are what you should look for in a GPU.

VRAM on the GPU

The GPU Video Memory (VRAM) should not be confused with the system RAM tied to the motherboard of your workstation. It does, however, work in the same manner.

The VRAM is used to temporarily store data required in 3D modeling and rendering, such as textures, geometry, and forms, so that they may be retrieved conveniently and rapidly.

A GPU’s VRAM capacity determines how much data it can store.

Still, when it comes to memory, memory bandwidth is a crucial factor to consider when selecting the best graphics card for 3D modeling and rendering. It’s a metric for how quickly data is sent from the VRAM to the GPU, measured in Gigabits per second.

GPU Bus

The bus is the component that connects the GPU to the rest of the system, and its width controls how quickly data is transmitted between the GPU and the rest of your system.

GPU Clock

This is also known as the “core clock,” and it represents the speed of the GPU cores. The rendering process is accelerated by the GPU clock speed. Most cards will have a base clock, which is the usual operating speed of the card core, and a boost clock, which is the greatest speed a card may attain while under severe stress.

It’s important to keep in mind that the GPU clock speed can only be used to compare graphics cards from the same generation. Because GPUs in various generations operate on different architectures, using this statistic to compare their performance would be misleading.

And, as I previously said, the advanced architecture card will make greater use of the available resources.

Number of cores

The quicker the rendering process is, the more cores a graphics card has. Shaders are the components of the GPU cores that show shaded in 3D objects and sceneries, hence you may hear them referred to as shaders.

Nvidia’s cores are programmed in a proprietary language called CUDA, which is also the name given to the actual cores.

AMD’s cores, on the other hand, are known as stream processors and use the OpenCL programming language.

Texture Mapping Unit (TMU)

This is the component that aids in the texture applied to your 3D models. The quicker your graphics card fills your models with texture, the more TMUs it possesses.

Render Operation Unit (ROP)

Render Operation Units (ROPs) serve to increase ray-tracing and anti-aliasing accuracy. The Render Operation Units also assist your GPU (graphics processing unit) in rendering all of the pixels, independent of texture. The better the rendering results, the more ROPs your GPU has.

Cost

After all, your budget will ultimately decide the graphics card you choose for your 3D modeling and rendering workstation.  Graphics cards for workstations will have greater video memory, higher memory bandwidth, and overall higher processing power than those for video game use.

However, I hope that with all of the information I’ve provided, you’ll be able to recognize when you need to push yourself a little to get the best GPU for your job.

Frequently Asked Questions

Is it possible for a graphics card to overheat when producing 3D images?

Yes, the graphics card may overheat during any operation, resulting in a variety of problems. To prevent the graphics card from overheating, keep the system clean and dust-free. Also, ensure sure the cooling system is working properly and that the PC is in a well-ventilated place.

Is a graphics card capable of running a certain game or program?

Whether you want to see if your graphics card can run a certain application or game, you should first look at the program’s or game’s recommended system requirements. You may also lookup the specifications online to determine whether your graphics card meets them.

Why are there so many graphics cards designed for gaming but so few for 3D rendering and modeling?

Because of the rising demand, most of the major graphics card manufacturers now provide gaming-oriented cards. The gaming sector is exploding, and most GPU manufacturers are seeing an increase in income just from gaming graphics cards. However, the good news is that most graphics card manufacturers are working to improve GPU technology such that it is beneficial to both gamers, architects, and designers.


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