GPU | Chip Render Farm | Cheapest CPU & GPU Cloud Render Farm https://chiprender.com " Simple and fast cloud rendering solution " Mon, 25 Mar 2024 07:39:33 +0000 en-US hourly 1 https://chiprender.com/wp-content/uploads/2024/02/cropped-Chip-Logo-Favicon-1-32x32.png GPU | Chip Render Farm | Cheapest CPU & GPU Cloud Render Farm https://chiprender.com 32 32 Top 5 Best 3ds Max Render Engines in 2024 https://chiprender.com/3ds-max-render-engines/ Sat, 23 Mar 2024 06:00:57 +0000 https://chiprender.com/?p=30510 3ds Max is a professional 3D software developed by Autodesk. It has become popular with powerful features and toolsets that help create beautiful 3D graphics. In this blog, Chip Render will introduce you top 5 best 3ds Max render engines in 2024 and how they affect the rendering process.

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3ds Max is a professional 3D software developed by Autodesk. It has become popular with powerful features and toolsets that help create beautiful 3D graphics. Additionally, its flexibility and compatibility with various tools and rendering engines give 3ds Max global coverage. In this blog, Chip Render will introduce you to the top 5 best 3ds Max render engines in 2024 and how they affect the rendering process.

Brief Introduction of 3ds Max

3ds Max is a powerful 3D modeling, animation, rendering, and visualization software launched by Autodesk in 1996. Artists use this software to create high-quality 3D graphics in the architecture, engineering, and entertainment industries. This software is famous for its powerful modeling tools, animation features, realistic rendering capabilities, and compatibility with many third-party render engines. Thus, it is a popular choice for creating complex 3D models, engaging animations, and vibrant images.

With impressive features, it is favored by professionals such as architects, interior designers, product designers, and game developers. Many visual effects artists, animators, and advertising agencies also use 3ds Max to turn their creative vision into reality.

Top 5 Best 3ds Max Render Engines in 2024

Autodesk 3ds Max is compatible with many different rendering engines on the market. Below, we will look at the 5 best 3ds Max rendering engines having powerful feature sets to enhance your 3ds max renders.

1. V-Ray – Best 3ds Max render engines

V-Ray is one of the most popular rendering engines for 3ds Max. As a pioneering path-tracing tool, it has integrated with 3ds Max since the early days. V-Ray is famous for CPU-accelerated rendering but now it also supports GPU rendering that produces highly realistic visual results. Moreover, this tool offers many features such as realistic lighting, global illumination, and physically accurate materials, which contribute to realistic rendering. Additionally, lighting/hair, and shader as well as dispersion/proxy tools also speed up the rendering process. Nowadays, V-Ray has become the preferred choice of many experts in the architecture and 3D visualization industry.

However, to unlock all of V-Ray’s impressive features, you need to pay over $700 per year for a V-Ray Premium license. This can be an obstacle for individuals or small to medium studios. Besides, there are other tools with similar features but at competitive prices. As a result, it requires V-Ray to innovate or change the price structure to make it more accessible to 3D artists.

best 3ds max render engines V-Ray

V-Ray for 3ds Max image via chaos.com

2. Arnold Renderer – Best 3ds Max render engines

Arnold is an advanced rendering engine integrated with 3ds Max. Initially created by Solid Angle and Sony, Arnold was later acquired by Autodesk. It provides high-quality rendering capabilities for a variety of 3D projects, with a focus on visual effects and film production. Some famous 3D blockbusters with Arnold’s participation are Blade Runner 2049, Adventurers, Game of Thrones, etc. Moreover, Arnold is a pipelined Monte-Carlo renderer that can create realistic scenes but artists don’t need to edit too much. This element is effective in helping Arnold be widely used in many studios.

Surprisingly, Arnold brings impressive ease of use despite being a high-level renderer. However, there is also a limitation. This tool focuses on high-end film and TV production, so it has left out certain optimization settings. Therefore, artists need more effort to achieve the desired results rather than Redshift or Corona.

On the other hand, Arnold’s unbiased algorithm makes the renderings more realistic, but at the same time, it makes the rendering speed a bit slower. Thus, it’s a potential concern for freelancers or small studios with budget and time constraints.

best 3ds max render engines Arnold

Arnold Renderer for 3ds Max image via autodesk.com

3. Octane Render – Best 3ds Max render engines

First launched by OTOY in 2010, Octane Render, was introduced as the first commercial unbiased GPU render engine. It is a GPU-accelerated, physically-based rendering engine that works seamlessly with 3ds Max. This engine maximizes GPU’s immense power to deliver high-quality rendering at fast speeds making Octane a popular choice for artists involved in architectural visualization, animation, and product design. Additionally, Octane offers various features like spectral rendering, lighting, cameras, materials, and more.

Octane Render stands out with its real-time rendering capabilities, allowing artists to track scene changes instantly. Users can create complex materials easily thanks to the ability to work on toolbar buttons. However, working on these buttons can be difficult for those who are not familiar. Also, users need to learn how to use Octane’s advanced features. Furthermore, Octane also relies mainly on GPU rendering power, which can be a limitation for users who don’t have powerful GPU systems.

best 3ds max render engines Octane

Octane Render for 3ds Max image via free3d.com

4. Redshift – Best 3ds Max render engines

Redshift is also a powerful 3ds Max rendering engine, known for its impressive GPU-accelerated rendering capabilities. It was developed by Redshift Rendering Technologies until Maxon (founder of Cinema 4D) acquired it in 2019. It was introduced as the world’s first fully GPU-accelerated rendering engine. Indeed, Redshift has quickly become one of the most popular 3ds Max renderers. Its strengths are speed and flexibility making it a good choice for advertising, product rendering, and motion graphics.

The rendering engine delivers high-quality results with realistic lighting and shadows. In particular, Redshift’s ability to display prompt responses helps 3D artists track changes in color or light in rendered images. Also, this renderer allows users to build complex materials simply thanks to the PBR shading system. However, the system is button-based, which can be confusing for those who are incompetent.

As a biased renderer, achieving maximum realism in Redshift is more difficult. Users can still create realistic scenes, but it will take more time and effort. In addition, Redshift required a steep learning curve to take full advantage of it. Moreover, Redshift’s performance depends on GPU power, so it requires a significant system investment. 

best 3ds max render engines Redshift

Redshift for 3ds Max image via behance.net

5. Corona Renderer – Best 3ds Max render engines

Corona Renderer is one of the best rendering engines for 3ds Max. Developed by Chaos Team (also V-Ray founders), Corona stands out for its ease of use, intuitive interface, and quick setup. It focuses on the architectural visualization niche and brings users a render engine with a competitive price (about $493 annually for Corona Premium). In fact, artists like Corona because of the ability to create high-quality photorealistic renderings. Corona’s emphasis is on user-friendly workflow and efficient rendering. But this render engine still excels in handling complex lighting situations and creating natural-looking scenes.

With a friendly and easy-to-use interface, users can use it easily without spending much time adapting. However, this is also the reason why Corona is less flexible. It lacks advanced features, so if you’re using V-Ray and switching to Corona, you might be disappointed. Another drawback you should consider is that Corona uses 100% CPU power, if you want a rendering engine with strong GPU power, this is not a good choice.

best 3ds max render engines Corona

Corona for 3ds Max image via archicgi.com

Conclusion

Ultimately, the “best” render engine depends on your specific needs, preferences, and the demands of your projects. You should consider factors such as rendering speed, quality, ease of use, compatibility with other software, and budget when choosing a render engine for your 3ds Max projects.

You should choose V-Ray if your project requires realistic rendering and many in-depth features. Besides, Arnold is a great choice if your project contains many complex scenes and requires high-quality rendering. Meanwhile, Redshift will help speed up your rendering process significantly. Octane Render with its GPU-based rendering is perfect for realistic product design and motion graphics. Finally, if you are a beginner and want an easy-to-use renderer with fully CPU-accelerated rendering then choose Corona Renderer.

In conclusion, each 3ds Max rendering engine stands out with its own unique features. But they all help your project rendering process achieve higher quality and efficiency.

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]]> Unreal Engine vs Unity: Which Game Engine is Better? https://chiprender.com/unreal-engine-vs-unity/ Sat, 16 Mar 2024 06:00:11 +0000 https://chiprender.com/?p=30461 Unreal Engine and Unity are two powerful game engines in the gaming industry. In this blog, Chip Render will show you how Unreal Engine vs Unity are different, then you can choose the right tool for your game project.

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Discover Unreal Engine vs Unity: Which game engine is best for your game project?

Unreal Engine and Unity are two powerful game engines in the gaming industry. Game developers use them to create interactive video games, simulations, and other visualizations. 

In this blog, Chip Render will show you how Unreal Engine vs Unity are different, then you can choose the right tool for your game project.

Unreal Engine vs Unity: What are they?

Unreal Engine is a powerful game engine developed by Epic Games in 1998. It is widely known for its advanced graphics capabilities, high-quality real-time rendering, and diverse platform support. Specifically, Unreal Engine offers features like physically-based rendering, dynamic lighting, and visual effects for game development. It supports many platforms including PC, consoles, mobile devices, and VR/AR headsets. Also, it provides a marketplace for assets and tools so that developers can bring their creative visions to life.

On another hand, Unity is also a strong and cross-platform game engine, developed by Unity Technologies in 2004. Then, it becomes popular with its ease of use, flexibility, and support for both 2D and 3D game development. In particular, Unity is compatible with various platforms such as iOS, Android, Windows, macOS, Linux, and popular gaming consoles. Moreover, it has a robust asset store, where developers can find a wide range of assets, scripts, and plugins. From that, they can enrich their game development projects. 

Unreal Engine vs Unity which game engine is better 1

Unreal Engine vs Unity image via quixel.com

Unreal Engine vs Unity: How are they different?

Although Unreal Engine vs Unity are both powerful game engines, they have significant differences. The information below will distinguish these two game architectures Unreal Engine vs Unity for beginners.

1. Programming Languages

The main difference between Unreal Engine and Unity is their programming languages. 

The primary programming language of Unreal Engine is C++. As you may know, C++ is a powerful and efficient language that allows developers to have more control over their code and optimize performance. Indeed, Unreal Engine’s codebase is primarily written in C++, which makes Unreal Engine become an open-source engine. From that, developers can have direct access to the engine’s main functionalities. And when building game code, besides C++, developers will use Blueprint – an exclusive language for Epic products. As a result, Unreal Engine is ideal for huge projects and high-performance games.

About Unity, it uses C# in its game-developing environment. C# is a high-level and flexible language that is commonly used in game development due to its performance and ease of use. In particular, Unity provides a user-friendly environment for C# scripting, making it a popular choice among game developers. Unity also supports JavaScript and Boo as scripting languages. Therefore, Unity is a great choice for indie developers and small teams.

2. Visual Effect (VFX) Quality

Although Unreal Engine or Unity still delivers high-quality visual effects and rendering, many users agree that Unreal Engine is a bit better.

Unreal Engine is recognized for its ability to produce photorealistic graphics and advanced visual effects. It leverages features such as physically-based rendering, advanced lighting systems, and robust particle effects to create stunningly realistic environments. In fact, Unreal Engine’s real-time rendering enables developers to create immersive visualizations with high realism.

Unity, on the other hand, also offers impressive visual quality and rendering capabilities. But it focuses more on accessibility and flexibility. While it may not match Unreal Engine in graphical power, Unity’s adaptive rendering pipeline allows visual creation across platforms. Therefore, Unity focuses on a straightforward approach to visuals, making it a good choice for many developers and projects, with strong support for 2D and 3D rendering.

Unreal Engine vs Unity which game engine is better 2

Unreal Engine image via unrealengine.com

3. Rendering and Animation

Both Unreal Engine and Unity excel in rendering and animation capabilities, but in these areas, Unreal Engine is one more time shiner.

Unreal Engine is famous for its advanced rendering capabilities, allowing developers to create realistic visuals and detailed environments. It utilizes physically-based rendering (PBR), and dynamic lighting with real-time global illumination in rendering. Together with high-quality effects, and high-level materials, they help achieve stunning visualizations. Unreal Engine’s rendering features contribute to its ability to produce lifelike scenes and immersive experiences.

Unreal Engine animation tools and features help create dynamic and realistic character animations. Additionally, Unreal Engine offers Sequencer, a powerful cinematic animation tool. With this tool, you can make complex cutscenes and interactive sequences easily.

Unity offers a flexible and adaptable rendering pipeline with compatibility to many platforms and devices. It includes features such as a scriptable render pipeline, post-processing stack, and shader graph in the rendering process. Moreover, the rendering system optimizes performance and scalability, then developers can create high-quality visuals across different hardware specifications.

Unity provides comprehensive animation tools for creating 2D and 3D animations. It supports animation rigging, blend trees, timeline for sequencing animations, and animation retargeting. Specifically, Unity’s Animator Controller enables developers to animate characters and objects efficiently. Also, it offers support for creating interactive and responsive animations in games.

Unreal Engine vs Unity which game engine is better 3

Unity animation image via learn.unity.com

4. Pricing

Unreal Engine has a special way of calculating fees. It allows developers to download the software and use the entire tools, and features for free. If you decide to monetize your game, you need to pay Unreal Engine a 5% royalty of revenue. However, the initial $1 million profit is free, this 5% royalty fee will be applied to the second million USD revenue.

While Unity has three packages available: Personal, Pro, and Enterprise. You can easily choose the suitable one for your project.

  • Unity Personal is free for individuals or small companies with less than $100,000 in annual gross revenue. It includes all the core features of the Unity engine.
  • Unity Pro costs $185 for a monthly subscription for small businesses or professional individuals. It includes additional features such as a customizable splash screen, performance reporting, and more cloud storage.
  • Unity Enterprise is the most advanced plan designed for professional teams and studios. It provides all the features of Unity Pro along with additional services like analytics, collaboration, and more.

Unreal Engine vs Unity: Which game engine is better?

It can be said that Unreal Engine vs Unity both have their own strengths and weaknesses. It’s impossible to conclude which game engine is the most powerful. Choosing the right tool will depend on many factors such as project requirements, software usability, and price.

You should choose Unreal Engine if your project requires sharp rendering, smooth graphics, and high-end detailed effects. Besides, you also need to be knowledgeable about the C++ programming language to be able to take full advantage of its in-depth capabilities. In terms of price, if you are willing to spend 5% royalty on each of your game projects, then Unreal Engine is the perfect choice.

You should choose Unity if your project is a 2D or 3D game that does not require too many high-level effects. And you want to aim for a multi-platform release including mobiles, PCs, etc. Furthermore, you also want an easy-to-use game engine with C# language that doesn’t require much time to learn how to use. You will also have more options for packages with diverse prices to suit your game development needs with Unity.

Wrap Up

In conclusion, Unreal Engine vs Unity are two of the most prominent game development engines in the industry. Unreal Engine stands out for its stunning visual realism, advanced rendering capabilities, and high-quality graphics and effects. Unity, on the other hand, is proud of its ease of use, flexibility, 2D and 3D game development support.

Hope that this article will help you choose the most suitable game engine for your project and achieve the best results.

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]]> Blender 3D: Why should you use Blender 3D in 2024? https://chiprender.com/blender-3d-why-should-use/ Thu, 07 Mar 2024 06:00:30 +0000 https://chiprender.com/?p=30334 Blender enters the 3D pipeline and supports a wide range of paid software and rendering engines, making it a viable option for not only beginners but also studio and professional 3D artists. why should you use Blender 3D in 2024?

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Blender is gaining popularity in the global 3D creative community thanks to its unquestionable benefits. Blender enters the 3D pipeline and supports a wide range of paid software and rendering engines, making it a viable option for not only beginners but also studio and professional 3D artists. So, what makes Blender more and more popular? In this article, Chip Render will focus on five main reasons why you should use Blender 3D in 2024.

Overview of Blender 3D

1. What is Blender 3D?

Blender is a free and open-source 3D computer graphics software tool for creating animated films, visual effects, art, 3D-printed models, motion graphics interactive 3D applications, virtual reality, and video games. It is one of the fastest-developing 3D toolkits currently available and also one of the fastest-growing online communities in the technology space. 

Blender 3D: Why should you use Blender 3D in 2024?

Image source: Blender.org

2. Who uses Blender 3D software?

Blender has a large range of tools, making it suited for virtually any type of media production. Blender is used by a diverse range of individuals and professionals in various industries, including Artists and Designers, Animators and filmmakers, Architects and Engineers, Educators, and Students. 

Professionals, hobbyists, and companies all over the world use it to make animations, gaming assets, motion graphics, TV shows, concept art, storyboarding, commercials, and feature films.

3. How much is Blender 3D?

Blender software has always been free to download and use. The Blender license enables you to use it for any purpose, including educational and commercial content. 

Blender software is free since it is open-source. It began as a community-driven effort and remains such. You can invest in Blender software, contribute, or contribute to its development, but you are never required to pay anything.

4. How do you download Blender 3D?

Blender has recently launched version 4.0 with many really exciting and promising improvements. 

Go to the Blender 3D download section, click the ‘Download’ button at the top of the page, and then download the version that is right for your operating system. Once the download is complete, open the folder, locate the installation file, and follow the prompts to complete the setup.

Five reasons to use Blender 3D in 2024

Blender is a strong and adaptable 3D design program because of its various features and tools. For many reasons, Blender is a fantastic tool for you in 2024.

1. Blender 3D Software is free and open-source

One of the reasons why you should Blender software is the fact that it is free to download and use. The Blender Foundation is also supported by a huge and active developer and user community that works to enhance and innovate the product.

Blender is different from most applications, such as 3ds Max and ZBrush, which require a monthly subscription or a perpetual license. As a beginner or even an established studio/company, we all want to save money. Then this is your favorite modeling software which is completely free software with all the features.

As previously said, Blender is open-source, which means you can modify the application and your projects if you want. In some respects, this is significant for 3D creation communities since the software is produced in partnership with the public, and software developers make it available to any ordinary user.

2. Wide Range of Features

Blender 3D is a software that is flexible and adjustable, allowing it to adapt to diverse user demands and preferences. It includes a modular, user-friendly interface that can be changed and rearranged to suit your workflow. 

Blender has proven to be a versatile and valuable tool for a wide range of use cases. It offers a comprehensive suite of tools for modeling, sculpting, texturing, rigging, animating, rendering, video editing, and more, making it suitable for various 3D projects. Furthermore, Blender’s animation features have been highly praised by users in instructional content creation, as they give a more engaging experience than static slides.

Blender 3D: Why should you use Blender 3D in 2024?

Image source: Blender.org

3. Supportive Community and Resources

Blender has a strong and active user community, providing extensive support, tutorials, and add-ons, making it easier for you to learn and improve your skills.

The ability to learn about new software is always valuable. Fortunately, Blender provides a wealth of materials from which to study.

Blender has an official Blender – YouTube channel where you can see films explaining its various features and tools, as well as updates, conferences, and movies made with the program. You can also get tutorials on many topics and tools.

Moreover, Blender includes a multitude of community support resources that can assist you with almost any issue you have. Some of the most popular ones include Stack Exchange, Blender Artists, Blender Nation, and Blender.chat. As you can see, there are numerous resources where the community has banded together to aid one another and develop Blender’s capabilities.

Blender also provides excellent customer support. It provides information about all of the community support sites listed above, as well as its support lines.

Blender 3D: Why should you use Blender 3D in 2024?

Image source : Blender.org

4. Cross-Platform Compatibility

Most 3D software is only available on Windows and Mac browsers. A few of them provide support for the Linux platform. But Blender is different. Blender and all its features are fully supported for all Linux versions. It allows you to work on different platforms without constraints. Not only that, Blender’s performance can be increased by up to 50% on Linux with similar hardware configurations. 

5. File Format Support

Compatibility with many programs and files is essential nowadays. While Blender is an excellent all-around application, you may occasionally require functionality that is only available through other software. Blender can operate on 3D models, pictures, video, and sound, thus it must handle the appropriate files.

File formats that are supported by Blender include the following:

  • Audio: AAC, MP3, OGG, PCM
  • 3D objects: Blender, FBX, OBJ, ABC, PLY, GLTF,DXF, X3D
  • Image files: JPG, PNG, BNP, RGB, CIN, DPX, EXR, HDR, TIFF, HDRI
  • Videos: MOV, MP4, FFmpeg

Blender supports a variety of file formats, including those listed above. There are many formats available, and while Blender may not initially support them, there is nearly always an add-on that will allow them to be used.

Wrap Up

We have noted five main points why you should use Blender as your main 3D software in 2024. Its features are unlimited but for this post, we have to limit it here. Blender is a very powerful tool whether you are an individual or a studio. With its ever-expanding list of planned features, we believe the present industry will soon adopt it. Blender is not here to replace or overthrow existing software. We are all aware that it is not the instruments that define the artist. However, given its extensive feature set, it’s unquestionably a tool that any artist should explore.

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]]> Best PC for Octane Render https://chiprender.com/best-pc-for-octane-render/ Fri, 09 Feb 2024 06:00:06 +0000 https://chiprender.com/?p=4584 OctaneRender is one of the fastest GPU render engines. Break down the Best PC for Octane Render – CPU, GPU, and RAM Recommendations.

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Discover the Best PC for Octane Render – CPU, GPU, and RAM Recommendations.

Octane Render is one of the fastest GPU render engines on the market. It delivers unparalleled speed and quality with cutting-edge technology. However, you will need a powerful workstation to harness the full potential of this renderer.

In this post, Chip Render will break down the Best PC for Octane Render – CPU, GPU, and RAM Recommendations.

Octane Render System Requirements

Octane Render seamlessly integrates with a wide range of 3D applications, including Cinema 4D, 3ds Max, Maya, Blender, Daz 3D, Houdini, Unreal Engine, and more.

Let’s take a look at Octane Render System Requirements taken from its official website.

Operating system:

  • Windows 7 or higher (64-bit).
  • Linux (64-bit).
  • macOS 10.13.6 High Sierra.

CPU (Processor):

Octane Render primarily relies on GPUs for rendering, therefore, it does not need a high-performance CPU. However, a fast multi-core CPU will considerably enhance scene-loading speeds.

GPU (Graphics card):

  • Octane Render needs CUDA-enabled NVIDIA video cards with support for compute capability 3.0 or higher.
  • Remember to keep your CUDA 10 drivers up-to-date for optimal functionality.

RAM (System memory):

A minimum of 8 GB RAM is required for Octane Render. However, the developer recommends 16 GB or more to ensure smoother operations.

Best PC for Octane Render 1

Image credit: Otoy

Best PC for Octane Render

As above, the official OTOY website provides essential information about Octane Render System Requirements in their FAQ section. However, it may not offer the most up-to-date hardware recommendations.

Therefore, Chip Render will come up with our own recommendation for the “Best PC for Octane Render”, covering three key components – CPU, GPU, and RAM.

Best CPU for Octane Render

When it comes to Octane Render (and other GPU-based render engines), the CPU does not directly participate in the rendering process. Yet, it plays a crucial role in preparatory tasks such as scene loading and inter-frame calculations in animations. OTOY also notes that a fast multi-core CPU significantly enhances scene loading speed.

The CPU’s clock speed takes precedence over its core count. This aligns with the performance needs of other software often used alongside OctaneRender, such as Maya, 3ds Max, and Cinema 4D.

In addition, consideration for PCI-Express lanes of a CPU is necessary. This is because PCI-Express lanes determine the number of supported GPUs which can impact the overall rendering performance.

Our recommendation

Best PC for Octane CPU Recommendation

Best GPU for Octane Render

Since Octane Render is a fully GPU-based render engine, its rendering speed is mainly influenced by the capabilities of the GPU rather than the CPU.

When considering graphics cards, two important factors come into play: the raw speed of the GPU and the amount of memory on the card. Video memory (VRAM) dictates the capacity to handle large and complex scenes.

While GeForce cards offer commendable raw performance with decent video memory, Quadro cards provide larger VRAM at a higher cost. Thus, for most Octane users, the GeForce series is recommended.

The best part? OctaneRender scales beautifully with multiple GPUs. In simpler terms, the more GPUs you use, the faster your renders will be completed. If you opt for two cards, expect renders to finish twice as fast, and with four cards, you can achieve a fourfold acceleration in rendering speed.

Our recommendation

Best PC for Octane GPU Recommendation

Best RAM for Octane Render

The actual amount of RAM required will vary depending on your specific projects. We normally recommend 32 GB or more.

Rendering engines, such as Octane Render, are rarely operated on their own. Therefore you must consider the RAM requirements of any other programs that are running simultaneously. If you are using a 3D modeling program such as Cinema 4D, Maya, or 3ds Max, the complexity of your scene will affect how much system memory the software requires.

Wrap up

To sum up, Chip Render has covered key aspects such as CPU, GPU, and RAM recommendations for the Best PC for Octane Render.

Whether you are a seasoned professional or a passionate enthusiast, building a powerful workstation will elevate your Octane Render experience to new heights.

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]]> Best PC for Redshift https://chiprender.com/best-pc-for-redshift/ Wed, 31 Jan 2024 08:05:53 +0000 https://chiprender.com/?p=4548 Redshift is one of the best GPU render engines. What specs are required to run it effectively? Let's break down the Best PC for Redshift.

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Discover the Best PC for Redshift – CPU, GPU, and RAM Recommendations.

Redshift by Maxon is one of the best GPU render engines in the market. It offers an exceptional blend of speed, customization, and the capability to produce visually stunning renders. Yet, such power demands a corresponding level of performance from your hardware. The question arises: what specs are required to run Redshift effectively, and does your current hardware measure up?

In this post, Chip Render will break down the Best PC for Redshift – CPU, GPU, and RAM Recommendations.

Redshift System Requirements

Redshift seamlessly integrates with the industry’s leading 3D applications, providing a versatile solution that effortlessly fits into your production pipeline. Plus, you can seamlessly transition between various 3D platforms without incurring any additional costs for each integration. The latest Redshift version is available for:

  • Autodesk Maya (Windows, Linux, macOS): 64-bit, 2018 version or later.
  • Autodesk 3ds Max (Windows): 64-bit, 2018 version or later.
  • Maxon Cinema 4D (Windows, macOS, and Linux CommandLine): 64-bit, R21 version or later.
  • SideFX Houdini (Windows, Linux): 64-bit, 17.5 version or later.
  • SideFX Houdini (macOS): 64-bit, 18.0 version or later.
  • Foundry Katana (Windows, Linux): 64-bit, 4.0v1 version or later.
  • Blender (Windows, Linux): 64-bit, 2.83LTS version or later.

Best PC for Redshift - System Requirements

Image credit: Dima Flood

Let’s take a look at Redshift System Requirements taken from its official website.

Redshift System Requirements – Windows

Minimum Requirements Recommended Requirements
Operating system 64-bit Windows 10 and Windows 11
CPU (Processor) 64-bit processor with AVX2 support. Core i7 or Xeon equivalent or better, 3.0GHz+
RAM 16 GB 32 GB or more
GPU (Graphics card)
  • NVIDIA GPU with CUDA compute capability 5.0 or higher.
  • AMD “Navi” or “Vega” GPU or later.
  • RedshiftRT requires an Nvidia GPU with RTX capability on Windows 10 & 11.
  • Multiple NVIDIA GPUs with CUDA compute capability 7.0 or higher and RTX technology.
  • Multiple AMD GPUs (“Navi” series).
VRAM 8 GB 12 GB or more

Redshift System Requirements – macOS

Minimum Requirements Recommended Requirements
Operating system Apple macOS 12.6+ (Monterey) or 13.3+ (Ventura), 14.0+ (Sonoma, note macOS 14.x is not compatible with non Apple Silicon systems) The latest macOS 13 Ventura point release
CPU (Processor)
  • Intel: 64-bit processor with AVX2 support.
  • Apple “M” Series (M1, M2 & M3).
 Apple “M” series.
RAM 16 GB 16 GB or more
GPU (Graphics card) AMD “Navi” or “Vega” GPU or later. Apple “M” series.
VRAM 8 GB 12 GB or more

Redshift System Requirements – Linux

Minimum Requirements Recommended Requirements
Operating system 64-bit distribution with glibc 2.17 or later
CPU (Processor) 64-bit processor with AVX2 support. Core i7 or Xeon equivalent or better, 3.0GHz+
RAM 16 GB or more 32 GB or more
GPU (Graphics card) NVIDIA GPU with CUDA compute capability 5.0 or higher.
  • Multiple NVIDIA GPUs with CUDA compute capability 7.0 or higher and RTX technology.
  • Multiple AMD GPUs (“Navi” series).
VRAM 8 GB 12 GB or more

Best PC for Redshift

When it comes to running Redshift, it is clear that Maxon lays out both the minimum and recommended system requirements for Windows, macOS, and Linux Operating Systems. However, it leans a bit more towards the minimum requirements rather than highlighting the optimal specs for the best performance.

Now, let’s delve into the key crucial hardware components that you need to focus on to build the best PC for Redshift.

Best CPU for Redshift

When it comes to Redshift GPU rendering, much like in other GPU-based engines, the CPU’s role in the rendering process is rather indirect. While it does have an impact on scene loading times, its influence is relatively modest in the overall rendering workflow. However, if your system multitasks, serving for both modeling or animation in applications like Cinema 4D, Maya, or 3ds Max, a CPU with a high clock speed is advisable to ensure optimal performance in these scenarios.

Beyond sheer performance, you should also consider the number of PCI-Express lanes supported by your CPU. This factor determines how many GPUs you can use in your rendering system. Since these graphics cards play the most important role in rendering performance in Redshift.

Redshift CPU rendering

Now, you can render with Redshift on your CPU, which is indeed a feature available in newer versions. However, it is primarily designed as a fallback for those with unsupported or very poor GPUs. It is also essential to note that the CPU renderer is markedly slower when compared to even lower-end GPUs.

If, however, circumstances require or you prefer maximizing Redshift CPU rendering performance, especially in situations where the GPU renderer is not viable, look for CPUs with multiple cores. CPUs such as the Threadripper Pro and Xeons are solid choices to handle the job effectively.

Our recommendations

Best PC for Redshift - CPU Recommendation

Best GPU for Redshift

Your GPU (graphics card) is the key factor for optimal rendering performance in Redshift. Faster GPUs mean better results, and you can use multiple GPUs to further accelerate your rendering speed. Two critical aspects of a GPU that impact its rendering capabilities are its raw speed and memory capacity (VRAM).

Video memory plays an important role in determining the size and complexity of scenes that can be effectively rendered. While Redshift supports “out of core” rendering, using system memory when GPU memory falls short, this does come at a speed cost. Hence, it is advisable to opt for graphics cards with lots of onboard RAM to avoid such compromises.

NVIDIA GeForce cards are known for their robust raw performance and decent video memory, offering a balanced solution. On the other hand, Quadro cards often provide larger VRAM capacities, but they come with a higher price for a similar level of raw performance.

Therefore, you should choose the right balance depending on your specific needs and budget considerations.

Our recommendations

Best PC for Redshift - GPU Recommendation

Best RAM for Redshift

Determining the ideal amount of RAM for your Redshift projects can vary based on their complexity. In terms of GPU rendering, including Redshift, we typically recommend a minimum of 32GB of RAM. This amount is generally sufficient for dedicated rendering setups. 

However, if you find yourself juggling multiple applications simultaneously, such as Maya, Cinema 4D, After Effects, and others, you might want to consider upgrading to 64GB or even more. This ensures smooth multitasking and allows you to seamlessly navigate between various resource-intensive applications.

Wrap up

Above, Chip Render has put together the key components of the Best PC for Redshift, from the CPU to the GPU and RAM.

Whether you are a seasoned user or just diving into the world of Redshift rendering, the Best PC for Redshift will empower you to make the most of this exceptional render engine. Let’s harness the full potential of Redshift together!

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]]> Best Computer for KeyShot https://chiprender.com/best-computer-for-keyshot/ Thu, 11 Jan 2024 06:00:11 +0000 https://chiprender.com/?p=4132 Right hardware ensures smooth operation and also accelerates render times. Discover Best Computer for KeyShot - CPU, GPU, RAM & Storage.

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Discover the Best Computer for KeyShot – CPU, GPU, RAM, and Storage.

Embarking on the journey of bringing your creative visions to life with KeyShot requires a reliable and efficient computer setup. The right hardware not only ensures smooth operation but also accelerates rendering times, allowing you to focus on the artistry rather than waiting for results.

In this post, Chip Render will explore the system requirements and key components for the Best Computer for KeyShot. We also explore the importance of each element in maximizing your rendering experience.

KeyShot System Requirements

KeyShot itself is engineered for fast performance on a wide range of hardware, whether you are using a basic setup or a high-powered system with multiple CPU cores. Its efficiency is designed to scale linearly with your hardware capabilities.

To begin with, let’s explore the minimum system requirements and GPU recommendations for the latest version of KeyShot.

KeyShot Minimum Requirements

Operating System:

  • Microsoft Windows: Windows 10 or 11, Windows Server 2019 or newer.
  • Apple macOS: macOS 11.7 Big Sur or newer.
  • 64-bit platform

RAM: 4GB

CPU (Processor):

  • Quad-core processor.
  • Intel or AMD 64-bit CPU with SSE4.1 or higher.

GPU (Graphics card): OpenGL 2.0 capable system (Although a GPU is not necessary for KeyShot to render, certain elements of its user interface do require a GPU that supports OpenGL 2.0 or higher).

Resolution: 1920 x 1080 resolution or higher.

An Internet connection is required to activate the product.

best computer for keyshot cpu mode

KeyShot CPU mode

KeyShot GPU Requirements

KeyShot can fully utilize GPU-accelerated ray tracing capabilities through NVIDIA RTX with OptiX. Its GPU Mode is available for both real-time rendering and local render output.

KeyShot’s GPU raytracing supports NVIDIA GPUs based on Maxwell microarchitecture, requiring CUDA Compute Capability 5.2 or later (which is found in Quadro M6000 or GTX 980 and above).

For optimal performance, KeyShot suggests:

  • Leverage graphics cards based on the NVIDIA RTX technology, with at least 8 GB of memory.
  • Make sure your system is running the recommended driver versions for KeyShot GPUs: 451.82 on Windows and 450.51.06 on Linux, catering to both Quadro and GeForce setups.

best computer for keyshot gpu mode

KeyShot GPU mode

Best Computer for KeyShot

What is the Best Computer for KeyShot? Look closer at the key components of a computer that can get you the best performance in KeyShot.

CPU (Processor)

KeyShot is optimized to make the most of all available CPU cores. This means you will get faster rendering times with more CPU cores and threads. In CPU-based rendering, KeyShot’s performance scales exceptionally well with both core count and clock speed. Ideally, a processor with numerous cores, coupled with a robust clock speed is what you need to deliver optimal results.

When opting for GPU rendering, the CPU becomes less critical but still plays a role, particularly if you are running a 3D design or CAD software concurrently with KeyShot. In such scenarios, an ideal choice is a processor with a high clock speed despite a lower core count.

Best CPU for KeyShot

So, what is the best CPU for KeyShot?

When it comes to CPU rendering, both AMD and Intel provide workstation-class CPUs with impressively a lot of cores. Currently, AMD’s Threadripper PRO products stand out as the fastest options. The AMD Ryzen Threadripper Pro 5995WX, featuring 64 cores, is an excellent choice for CPU rendering in KeyShot.

On the flip side, for those leaning towards GPU rendering, the CPU’s significance diminishes. In such cases, we typically suggest a high-clock speed processor like Intel’s Core family or AMD’s Ryzen line. These CPUs not only complement GPU rendering but also perform admirably in 3D design and CAD applications frequently used alongside KeyShot.

  • Intel Core i7 14700K
  • Intel Core i9 14900K

best computer for keyshot rtx3090 amd threadripper pro

Chip Render Workstations are equipped with AMD Ryzen Threadripper Pro 3955WX CPU and (1/2/4 or more) RTX 3090 GPUs.

Best GPU for KeyShot

How KeyShot uses GPU depends on your choice of rendering mode, whether it is CPU-based or GPU-based.

For CPU rendering, the graphics card assumes a minimal role, mainly handling the display of your scene and the final render.

On the other hand, in GPU-accelerated rendering, the GPU takes center stage, with its speed and the amount of video memory (VRAM) playing crucial roles in overall performance.

Excitingly, KeyShot supports multiple GPU rendering and scales impressively with additional cards. In simpler terms, using two cards can cut render times in half, and employing three cards could potentially finish renders three times faster than with a single GPU. The flexibility and efficiency of multi-GPU setups in KeyShot contribute significantly to accelerated rendering workflows!

Best Graphics Card for KeyShot

RTX 3090 and RTX 4090 are our go-to recommendations for most GPU rendering customers. Both have a tremendous 24GB of memory, RTX 3090 is a great choice for rendering, while RTX 4090 provides the best performance in Keyshot. On the other hand, NVIDIA RTX 6000 Ada is for those who need a lot of VRAM.

RAM (System memory)

Determining the ideal RAM for your system relies on the nature of your projects and the software you engage with, here KeyShot.

As a general guideline, we recommend a minimum of 64GB of RAM. This provides ample capacity for multitasking across various 3D, CAD, or architecture applications and supports the rendering of modest scenes on the CPU.

For those delving deeper into CPU-based rendering, opting for 128GB or even more is advisable.

In contrast, GPU-based rendering places less strain on system memory and instead emphasizes the need for graphics cards equipped with generous onboard VRAM.

Storage (Hard Drives)

Opting for solid-state drives (SSDs) is a strong recommendation for the primary drive housing your operating system and software, including KeyShot. SSDs stand out due to their impressive speed and relatively affordable pricing. Their high-speed performance significantly accelerates system boot times, application launches, and file loading compared to traditional hard drives.

For optimal results, we particularly endorse the use of the latest NVMe SSDs, leveraging advanced connections such as M.2 and offering unparalleled transfer rates. A 1TB capacity is our preferred recommendation, ensuring ample space for the operating system, applications, and active files.

Wrap up

In 3D rendering, where precision and speed are paramount, choosing the best computer for KeyShot is a critical decision. The ideal setup combines powerful processors, graphics cards, and lots of memory, while the storage solutions ensure seamless operations and quick access to your projects.

Whether you opt for CPU or GPU rendering, the right hardware enhances the KeyShot experience, turning your creative endeavors into stunning visual realities.

Remember, a well-equipped system not only boosts productivity but also allows your artistic vision to shine without compromise.

Chip Blog logoChip Render Farm is one of the few cloud rendering services that support KeyShot. With our powerful IaaS model and 1/2/4 x GPU RTX 3090 servers, you will be able to speed up your KeyShot projects several times. Join Chip Render now and have your own Cloud Workstation from only $2.9.

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]]> How to render with GPU in Blender? https://chiprender.com/how-to-render-with-gpu-in-blender/ Fri, 01 Dec 2023 06:00:19 +0000 https://chiprender.com/?p=3464 Blender can render on both CPU and GPU. Discover how to render with GPU in Blender, and learn about the best GPU for rendering Blender.

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Discover how to render with GPU in Blender in this post.

Millions of creatives use Blender software to produce graphics, 3D models, and other things for usage in television, movies, video games, and virtual reality. The 3D application can render on both CPU and GPU.

However, some beginners might want to know how to adjust render settings with GPU in Blender. In today’s post, Chip Render will show you how to render with GPU in Blender. Besides, we will learn more about Blender’s system requirements as well as the best GPU for Blender. So that you can create some terrific scenes quickly.

how to render with gpu in blender splash fox

Splash Fox by Daniel Bystedt

1. How to render with GPU in Blender?

Rendering in Blender makes use of either the CPU, the GPU, or both. This is most likely due to Blender’s goal of supporting as many various types of hardware out of the box. If you have a dedicated GPU that supports Cuda, Optix, or OpenCL, you can quickly enable GPU rendering in only two steps.

Follow these instructions to enable Cycles GPU rendering in Blender.

First of all, you will select Edit > Preferences and then switch to the Systems section. Cycles render devices can be found at the top.

The next step is to turn on OpenCL for AMD and Intel GPUs. And if your GPU is mentioned, it means it is available. Cuda can be required for older Nvidia GPUs so please make sure your graphics card is checked. Moreover, If you want to use both your GPU and CPU, check the box next to your CPU. And then you go to the rendering tab in the Properties window:

  • Switch to Cycles as your render engine.
  • Switch to GPU computing to enable GPU rendering for Cycles rendering.

how to render with gpu in blender cycles

2. System Requirements for Blender

You will need a PC with a powerful configuration in order to use Blender’s advanced capabilities without experiencing issues like crashing or running out of memory. Here are the system requirements for Blender.

2.1. The Minimum System

  • Operating system: Windows 8.1+, MacOS 10.13+, or Linux
  • Storage space: ~500 MB
  • Display: 1280×720, 24 bit
  • CPU: 64-bit dual-core with SSE2 support, 2 GHz
  • RAM: 8 GB
  • Graphics card: Any GPU card with a 2 GB RAM and an OpenGL 3.3 GPU

2.2. Recommended Setup

It will be easier to use Blender and have less lag, crashes, and other problems if your hardware is better.

  • Operating system: Windows 8.1+, MacOS 10.13+, or Linux
  • Storage space: 1TB
  • Display: 2560×1440, 24-bit (maybe even two)
  • CPU: AMD Chip Threadripper 3990X, 3970X, 3960X; Intel i9 10980XE
  • RAM: 32+GB
  • Graphics card: High-quality GPU card or dual-graphics card with 12+ GB RAM

3. Best GPU for Blender

Blender is free and open-source software. It has an Open Data platform where the public provides the results of hardware and software performance tests. You can simply download the benchmark app and contribute your results to the community.

Take a look at the Cycles Benchmark in Blender 3.1 for GPUs below.

how to render with gpu in blender rtx3090

Generally, you should stick to mainstream RTX GPUs for the best value in GPU rendering. Such as NVIDIA Geforce RTX 3090. The RTX 3090 was designed primarily for data scientists, content creators, and gamers with high demands.

4. Some pros and cons of using the GPU in Blender

First, we will talk about the benefits of rendering GPUs in Blender. Performance is the main benefit of GPU-accelerated rendering. Even though there are some situations where the CPU may be faster, GPUs are often far faster at rendering than their CPU equivalents.

Rendering on the GPU has a few drawbacks, although these drawbacks are also diminishing as Blender advances.

The memory limit is the main disadvantage of using GPU in Blender. In the past, GPUs were only capable of using the specialized graphics RAM on the graphics card. The ability to save data in system RAM for usage during rendering has not been available.

Depending on the GPU memory size, a scene may only require up to 2, 4, or 8GB of RAM. If the scene could not fit, the GPU could not render scenes at all. Another drawback of rendering with GPU in Blender is that some features may not be supported. Besides, some new features are occasionally only supported on CPU rendering.

Chip Blog logoRTX 3090 is one of the fastest gaming and creator GPUs on the market. Join Chip Render Farm now and cut your render times several times with just a small investment from $2.9. With Chip Render, you have your own Cloud Workstation and leverage 1/2/4 x GPU RTX 3090 servers for rendering Blender projects.

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]]> Best PC for Blender users https://chiprender.com/best-pc-for-blender-users/ Thu, 23 Nov 2023 06:00:57 +0000 https://chiprender.com/?p=3379 A powerful PC is important for a great experience with Blender. Discover some suggestions for choosing the Best PC for Blender users.

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What is the Best PC for Blender users?

Blender is a hugely popular 3D graphics tool with many powerful features. Thanks to loads of features covering a wide range of graphic design methods, the program is very useful to anyone looking to make art, films, practical models (including 3D printable designs), and more.

You wonder what is a PC with the most suitable configuration for rendering Blender projects. In this post, Chip Render will give you some suggestions for choosing the Best PC for Blender users.

1. GPU (Graphics Card) Requirements

In general, the GPU is the preferred device to use for rendering in Blender thanks to its superior performance. If you have a GPU to use with Blender, go into Edit -> Preferences and the system settings to enable Optix for Nvidia graphics cards or OpenCL for AMD graphics cards. 

The primary advantage of using the GPU for rendering is performance. GPUs are usually much faster at rendering. You can refer to some GPU recommendations for Blender:

  • GeForce RTX 3090: (10496 CUDA core, 1.695 MHz, 24 GB Vram)
  • GeForce RTX 3080: (8704 CUDA core, 1.1710 MHz, 10 GB Vram)
  • GeForce RTX 3070: (5888 CUDA core, 1.730 MHz, 8 GB Vram)

Last but not least, VRAM is essential. It helps your scenes to be loaded and processed faster.

best pc for blender users gpu rtx3090

2. CPU (Processor) Requirements

Blender is configured to use the CPU during rendering. This is likely because Blender should work out of the box on as many different types of hardware as possible.

Besides, sometimes new features are supported on CPU rendering only in Blender. You should select a CPU that clocks at 3.0 GHz or higher to render with Blender. AMD Ryzen CPUs usually bring an excellent experience.

Here are some recommendations for CPU:

  • AMD Ryzen Threadripper Pro 3955WX @ 3.90GHz (16 cores)
  • AMD Ryzen 9 5950X 3.4GHz (16 cores)
  • Intel Core i9 12900K 3.2GHz (16 cores)

best pc for blender users cpu amd ryzen

3. RAM (Memory) Requirements

Blender artists could get by with 8GB – 16GB RAM using essential functions within the software. While professionals would require 16GB – 32GB or more RAM using countless polygons, vertices, faces, and textures.

In addition, the amount of RAM needed for Blender will depend on the user’s creations. The more RAM you have, the better. We think 16GB RAM is suitable. However, it also depends on your scenes. If it contains a lot of materials, lighting, etc, you will need more than 16GB. If you render millions of polygons and numerous textures, a large number of RAM would be necessary.

When you are running Blender without enough RAM, it can result in various outcomes. Blender may crash, your system may crash, and certain functions may be unavailable for use.

  • RAM recommendations for Blender are: Blender can be used with at least 4GB RAM. However, you will work more effectively with 16GB RAM, and run most efficiently with 32GB RAM.

best pc for blender users ram

4. Storage Requirements (HDD, SSD, or NVME)

Blender is pretty fast already, compared to other generalist 3D modeling packages. However, having a super-fast SSD is necessary. It will save and load extremely large files. And one important thing is it won’t cause crashes. Generally, a standard SSD (Solid State Drive) is enough for most tasks that you would do.

To sum up, a powerful PC is important for a great experience with Blender. Chip Render has recommended the main components making the best PC for Blender users, including the graphics card, processor, RAM, and storage.

Chip Blog logoIf new hardware is not in your budget right now, join Chip Render Farm and cut your render times several times with just a small investment from $2.9. With Chip Render, you have your own Cloud Workstation and leverage 1/2/4 x GPU RTX 3090 servers for rendering Blender projects.

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]]> Lumion PC Recommendations https://chiprender.com/lumion-pc-recommendations/ Tue, 21 Nov 2023 06:00:49 +0000 https://chiprender.com/?p=3284 Find best hardware for boosting Lumion performance might be confusing. Discover a few ideas about Lumion PC Recommendations before you start.

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Whether you are buying a new PC/laptop, upgrading your current computer, or getting a custom build, finding the best hardware for boosting Lumion performance might be confusing. You have no idea what to choose. In this post, Chip Render will give you a few ideas about Lumion PC Recommendations before you start.

1. GPU (Graphics card)

GPU, or graphics card, is what shows your Lumion project on the computer screen. The GPU ensures a smooth and enjoyable frame rate (measured in FPS) when you are working on creating the model for your project. In addition, the GPU speeds up the rendering process so that you can get the image, video, or 360-degree panorama quickly and efficiently.

Lumion relies primarily on having an excellent graphics card. As a result, it is the only most effective thing you can do to enhance your Lumion experience and performance of the render results. Check out “Lumion 12 System Requirements” for more information.

Another important thing we must consider is the graphics card memory (VRAM). It will determine how many details, textures, and models can be loaded and processed. So the more VRAM you have, the better.

GPU recommendations for Lumion

lumion pc recommendations gpu nvidia rtx 3090

2. CPU (Processor)

While you are editing your project, the CPU will be working hard because it directs the GPU on what to display on your screen. The more complex your project is (having lots of details and objects), the more instructions your CPU needs to send to your graphics card.

Lumion benefits a lot from high single-core performance. So we do not need a CPU with many cores. It is better to have a CPU with good single-core performance. You are able to run Lumion with a CPU that clocks at 3.0 GHz or scores 2000 PassMark points, or higher. However, to keep up with a fast GPU, a CPU exceeding 2600 PassMark scores is recommended. 

CPU recommendations for Lumion

lumion pc recommendations cpu amd ryzen threadripper pro

3. RAM (System memory)

When a project or model is loaded in Lumion, RAM will be needed and used. The more RAM is available, the bigger and more detailed these loaded Scenes and models will be. 16GB of RAM is okay for simple scenes. But if you are doing large, complex scenes, this is not ideal.

RAM recommendations for Lumion: 64 GB+

lumion pc recommendations ram

4. Hard Drive

The Hard Drive’s speed will affect significantly how fast your models and projects are loaded. The faster, the better. NVME SSD drives are the latest technology.

Hard drive recommendations for Lumion: an m.2 NVME drive with 40 GB of free storage space. (Lumion itself needs about 20 GB of free storage space).

 

lumion pc recommendations hard drive

Image by Fierce PC

5. Power supply

A power supply provides the entire system with the electrical current at specific wattage and voltages. Each component must get enough to run well. If it doesn’t, the PC may shut down itself, restart, or run at a lower performance to compensate. Check out here the power supply you will need.

Power supply recommendations for Lumion: 1000-watt Gold- or Titanium-rated 80+

lumion pc recommendations power supply

Image by Tom’s Hardware

Lumion PC Recommendations - Wrap up

The above is all about Lumion PC Recommendations, including the graphics card, processor, system memory, hard drive, and power supply.

All things considered, a powerful GPU is the most important component for a great experience with Lumion. CPU, memory, and other specs also play a role, but a good experience begins with the graphics card.

Chip Blog logoIf new hardware is not in your budget right now, join Chip Render Cloud Workstation and cut your render times several times with just a small investment from $2.9. Sign up now and leverage 1/2/4 x GPU RTX 3090 servers – powerful and affordable GPU rendering solutions for Lumion.

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]]> Best GPU for Lumion 12 https://chiprender.com/best-gpu-for-lumion-12/ Mon, 20 Nov 2023 06:00:57 +0000 https://chiprender.com/?p=3273 Since Lumion is heavily reliant on GPU processing power, let’s find out what is the best GPU for Lumion 12.

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Lumion 12 is a great architectural visualization tool for every architect. It helps to bring your design to life in minutes. It is fast and reliable, but how fast does it run on your computer? Since Lumion is heavily reliant on GPU processing power, let’s find out what is the best GPU for Lumion 12.

Besides, you can download and run the Lumion trial to check your PC’s benchmark result.

What is the Best GPU for Lumion 12?

Depending on the project type and budget, you can get one suitable GPU for yourself as long as it meets the minimum hardware requirements. However, as Lumion only needs a dedicated GPU, we highly recommend you get the most powerful GPU you can afford. There are two things you also should take into consideration: PassMark score and Graphics card memory (VRAM).

PassMark score

You should get a GPU with as many PassMark points as possible. According to Lumion System Requirements:

  • Minimal: 7000 or higher PassMark scores

Examples: Quadro P2000, Quadro K6000, Radeon R9 290, Radeon Pro W5500, Quadro M5000, GeForce GTX 1650 SUPER, Radeon RX 5600, Quadro P5000, GeForce GTX 1660 SUPER, GeForce RTX 2060, Radeon RX 5600 XT.

  • Recommended: 14000 or higher PassMark scores

Some examples: Radeon RX 5700 XT, Quadro RTX 4000, Quadro P6000, Quadro RTX 8000, Radeon RX 6700 XT, GeForce RTX 2080, GeForce RTX 3060, GeForce RTX 3070, GeForce RTX 3070 Ti, Radeon PRO W6800.

  • High-end: 20000 or higher PassMark scores

Examples: NVIDIA RTX 3090, NVIDIA RTX 3080, AMD Radeon RX 6800 XT, AMD Radeon RX 6900 XT, Quadro RTX 6000, NVIDIA RTX A5000,  NVIDIA RTX A6000.

best gpu for lumion 12 benchmark

 

GPU benchmarks by PassMark

Graphics card memory (VRAM)

The more VRAM is available, the more details, textures, and models can be loaded, processed, and rendered by your GPU.

  • Minimal: 4 GB+ (6 GB+ for rendering movies in 4K resolution)
  • Recommended: 8 GB+
  • High-end: 11 GB+

Best GPU for Lumion 12 - GPU Recommendations

From the recommended hardware requirements above, what is the Best GPU for Lumion 12?

Everyone has different needs and budgets, so we recommend 2 GPUs below. One is for complex designs and projects (recommended requirement), and one is for ultra-complex designs and projects with several high-end features (high-end requirement).

 

best gpu for lumion 12 rtx3090 benchmark chip render

Lumion Benchmark on Chip Render Cloud Workstation

We think it is fair to call the RTX 3090 card a “beast”. Although some new graphics cards have been released (such as RTX 3090 Ti and RTX 4090), RTX 3090 still proves to be one of the fastest gaming and creator GPUs on the market.

Chip Blog logoIf new hardware is not in your budget right now, join Chip Render Farm and cut your render times several times with just a small investment from $2.9. Sign up today and leverage 1/2/4 x GPU RTX 3090 servers – powerful and affordable GPU rendering solutions for Lumion.

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