render | 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 render | 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.

Chip Blog logoChip Render Farm supports 3ds Max Rendering with its integrated Arnold Renderer and other render engines such as V-Ray, Redshift, OctaneRender, Corona Renderer, and more. Join Chip Render 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 3ds Max projects.

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]]> 6 Best 3ds Max Plugins for Architecture https://chiprender.com/3ds-max-plugins-for-architecture/ Thu, 21 Mar 2024 06:00:52 +0000 https://chiprender.com/?p=30487 3ds Max is a professional 3D modeling, animation, and rendering software. Chip Render will look at the best 3ds Max plugins for architecture.

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3ds Max is an excellent tool for building huge 3D projects and materials. It includes built-in particle simulation and modeling capabilities. However, working on projects daily may result in a workflow that is more comfortable but less efficient. As a result, many third-party developers have produced plugins that make modeling or texturing processes easier and faster. In this blog, Chip Render will look at the best 3ds Max plugins for architecture and explain what each one is used for.

I. Understanding of 3ds Max

1. What is 3ds Max? 

3ds Max is a professional 3D modeling, animation, and rendering software. It enables you to create expansive worlds and premium designs. It is mainly used by architects, game developers, engineers, and 3D artists. Moreover, It plays a major role in the work of Video Game developers, Film and TV Studios, and 3D models. Autodesk develops it and is available for purchase on a subscription basis.

With its easy-to-learn interface and many materials, 3ds Max is a useful tool for both beginners and professionals. Next, 3ds Max has the versatility and functionality to suit your demands.

2. Why do you use 3ds Max plugins?

A plugin is a software add-on installed on software that enhances its functionality. Plugins come in a variety of forms and the user can install them straight onto their computer easily. In fact, 3ds Max has many rendering tools and plugins. What’s more, it supports many third-party renderers and plugins which allows users to expand their rendering possibilities.

In addition, the use of 3ds Max plugins has lots of different benefits. Plugins can provide special utilities and tools to 3ds Max software, helping users optimize workflows. Also, it creates unique animations, modeling, and rendering effects. 

II. 6 Best 3ds Max Plugins for Architecture

3ds Max has numerous pre-activated plugins. Each plugin plays an important role in time savings, intelligent shapes, and design achievements in the model, model quality improvement, and the ability to integrate an instant object probe into the model’s probe design. In the following section, we will look at 6 popular 3ds Max plugins.

1. V-Ray

V-Ray is one of the most powerful rendering plugins for 3ds Max. It is used commonly in the graphic design industry and in creating high-quality images and animations. Besides, fields such as architecture, interior design, and film use Vray to create complex images and animations.

V-Ray stands out from other rendering systems in that it offers both CPU and GPU rendering. Photorealistic visuals and animations are created with the V-Ray’s adaptive ray tracing technique.

6 Best 3ds Max Plugins for Architecture

2. RailClone

RailClone is a powerful plugin for 3ds Max software. It allows users to create complex models and structures automatically and efficiently. 3D artists use it to create models of landscapes, architecture, and complex structures in graphic and 3D design. RailClone has several key features including Model Diversity, Effects and optimization, and Easy Interaction.

3. Phoenix

Phoenix, a fluid dynamics plugin for 3ds Max, is also developed by Chaos Group. This plugin can be flexible in timing, size, and other allocations. Also, it is very user-friendly and neatly organized into the 3ds Max interface. It is popular in the film and gaming industries. Furthermore, Chaos Phoenix allows you to create breathtaking visual effects and scenes. 

4. Floor Generator

Floor Generator is a plugin for interior architectural renderings that generates floor objects. Of course, it will be a great tool if you are doing architecture visualization and making floors. This plugin can create unique geometry for each floor tile or plank in a flooring section. Also, it includes many different designs, such as chevrons, herringbone, and flooring patterns. Moreover, this helpful 3ds Max plugin will let you construct flooring without tiles. For example, the Floor Generator tool allows you to simply build hardwood floors.

6 Best 3ds Max Plugins for Architecture

Image source: By Mostafa Mahmoud

5. Forest Pack

Forest Pack is one of the most popular scattering plugins for 3ds Max. Hence it offers a comprehensive method for producing large regions of things, ranging from trees and plants to buildings, crowds, ground cover, rocks, and more. Forest Pack allows you to easily populate your environment with thousands of items without sacrificing performance. It can also create war movie frames, farmland, forest regions, and stadiums.

6 Best 3ds Max Plugins for Architecture

Image source: Cliff House by Bao Le (Lekang Tha)

6. Anima

Anima is a robust crowd simulation plugin for 3ds Max and Cinema 4D. Firstly, it brings scenes to life by seamlessly introducing realistic, animated characters into architectural renderings and film projects. Anima allows you to create animations in your choice of 3D application. What’s more, the Anima plugin for 3ds Max minimizes memory usage and lets you use several renderers such as V-Ray, Corona, Scanline, and Mental Ray.

III. Wrap Up

When choosing a 3ds Max plugin, there are plenty of things to consider such as speed, cost, features, and more.

  • For example, if you are working on some 3ds Max projects involving architecture and design or film, then V-Ray will be the most suitable plugin. It can produce photo-realistic rendering and create visual effects in film and television.
  • If you are looking for a plugin for interior design, then Floor Generator is an option. Every interior has a floor, you can use the plugin to design tile geometry such as floor panels, pavement, bricks, and wall tiles.

In conclusion, the six plugins mentioned above play important roles in your workflow. They help you create 3D design models in a short time and simplify your workflow in 3ds Max. 

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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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]]> Unreal Engine 4 vs 5: What are the Differences? https://chiprender.com/unreal-engine-4-vs-5/ Thu, 14 Mar 2024 06:00:11 +0000 https://chiprender.com/?p=30445 Choosing between Unreal Engine 4 and Unreal Engine 5 is usually difficult. What are their four differences, and which one is ideal for your projects.

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If you are new to game production, you may be overwhelmed by the number of software available. Epic Games has recently released Unreal Engine 5.3, which provides more functionality than Unreal Engine 4 for game developers, virtual artists, and filmmakers. Therefore, the decision of choosing between Unreal Engine 4 and Unreal Engine 5 is usually difficult. Today, Chip Render will find out four differences between Unreal Engine 4 vs 5 to see which one is ideal for your projects.

Understanding of Unreal Engine

1. What is Unreal Engine software?

Unreal Engine is a powerful game engine that is widely used for developing video games. The Unreal Engine is a AAA gaming engine that represents firms that create popular games across the globe. In 1988, Unreal Engine was released by Epic Games. Unreal Engine has made it feasible to create high-definition graphics since its beginnings.

2. What is Unreal Engine used for?

In fact, Unreal Engine has helped 3D artists to create many impressive games over the years. Furthermore, Unreal Engine 5 enables game developers to advance their creations to the next level. Since its introduction, it might bring advancements in numerous fields such as: 

  • Games
  • Film and Television
  • Architecture.
  • Automotive and Transportation.
  • Broadcast and live events.
  • Simulations, and more.

Four Differences between Unreal Engine 4 and 5

When comparing Unreal Engine 4 with Unreal Engine 5, there are numerous differences. Both have enormous potential, Unreal Engine 5 builds on Unreal Engine 4‘s creative capabilities and provides a completely new experience in creating more projects. 

1. Unreal Engine 4 vs 5: Performance

In fact, Unreal Engine is well-known for its high performance and ability to produce nice images in real time. Also, Its arrival has excited game developers and enthusiasts.

In 2014, Unreal Engine 4 was released and established new norms for real-time visuals and performance. The concept introduces a rendering pipeline, effective management, and several optimization strategies. Also, Unreal Engine 5 represents a big step forward in real-time graphics. Moreover, it improved lighting and shadow effects, and increased post-processing.

2. Unreal Engine 4 vs 5: Dynamic lighting

Lighting in Unreal Engine 4 is being widely used to create realistic lighting effects in games. Therefore, lighting tools and techniques such as dynamic global illumination, and light mass create beauty in landscapes and game environments. In addition, lighting requires careful consideration in creating attractive lighting spaces for gaming experiences.

It allows for precomputed lighting, where static lighting data can be incorporated into the light map. 

The introduction of Lumen, a global lighting system in Unreal Engine 5, enhances dynamic lighting capabilities. With Lumen, all lighting is automatically optimized and real-time.

Unreal Engine 4 vs 5: What are the Differences?

   Lumen in UE5 (Image source: Unreal Engine)

3. Unreal Engine 4 vs 5: User Interface and Experience

Unreal Engine 4 is a powerful gaming engine with an easy-to-use UI and user experience. The interface allows developers to navigate tools and versions. The user experience prioritizes usability and accessibility, enabling developers to focus on game design rather than gameplay and technological complexity. Because Unreal Engine 4 appeared in 2012, its old UI was starting to seem a little “retro”.

However, ten years later, with the release of Unreal Engine 5, the new editor is smarter and sleeker. For this reason, Unreal Engine 5 elevates UI and UX with cutting-edge technology and design. Even more, it modernizes the design which creates a more appealing working environment for developers.

Unreal Engine 4 vs 5: What are the Differences?

UE 5 Interface (Image Source: Unreal Engine Document)

4. Unreal Engine 4 vs 5: Modeling Tools

With Unreal Engine’s latest update, modeling, sculpting, and UV unwrap tools have now been added.

It is obvious that Unreal Engine 4 is a game shift for the industry. It offers developers sophisticated modeling tools. Next, the Blueprint visual scripting technology allows artists and designers to develop game logic without writing any code. What’s more, the static mesh editor in Unreal Engine 4 enables the effective design of 3D models. 

Unreal Engine 5 provides Nanite, a virtualized microphotography technique that enables artists to construct very detailed models. Nanite allows developers to add millions or billions of polygons to their scenes. The modeling tools are useful for working with different types of Actors such as a Static Mesh, a Dynamic Mesh, and Volume as well as. 

Unreal Engine 4 vs 5: What are the Differences?

Image Source: Unreal Engine

Final Thoughts

Should you use Unreal Engine 4 or 5? In fact, the choice between these game engines ultimately depends on your project’s specific requirements. 

Both Unreal Engine versions offer special advantages. Your choice will depend on your game’s scope, compatibility, and required features. It’s essential to consider your project’s needs to make a decision.

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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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]]> Lumion vs Twinmotion: Which Software is the Best for Your Project? https://chiprender.com/lumion-vs-twinmotion/ Thu, 29 Feb 2024 06:00:12 +0000 https://chiprender.com/?p=30241 Discover Lumion vs Twinmotion - two powerful 3D rendering software applications commonly used in the architecture, engineering, and construction industries.

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Explore Lumion vs Twinmotion, which rendering software is the best for your project?

Lumion and Twinmotion are both powerful 3D rendering software applications commonly used in the architecture, engineering, and construction industries. It helps create high-quality visualizations of architectural and landscape designs.

It is undeniable that suitable software will help your project achieve high results. Thus, this post of Chip Render will walk you through these two excellent software Lumion vs Twimontion to choose the best one for your project.

What is Lumion and Twinmotion?

Lumion is famous for its friendly, easy-to-use interface and impressive rendering capabilities. It was first released by Act-3D in 2010 and has since become a widely used software in the industry. It provides real-time 3D rendering, making it easy to create high-quality renderings and animations quickly.

On the other hand, Twinmotion is recognized for its real-time rendering capabilities, allowing users to see their designs come to life instantly as they make changes. Twinmotion was released by Unreal Engine in 2019. It also stands out with its intuitive interface, thereby helping users create high-quality visualizations, fly-throughs, and real-time VR experiences with ease.

Both rendering software are popular for their ability to quickly produce high-quality renderings and animations, making them valuable tools for architectural visualization and presentation purposes.

Lumion vs Twinmotion: How are they different?

User Interface and Special Features

Lumion has a clean and intuitive user interface, allowing users to have full control over their projects. The interface includes a material library and effects that can be easily dragged and dropped into the scene. Settings for lighting, weather, and environmental effects are easily accessible, allowing for quick adjustments to achieve the desired visual results.

Lumion also stands out with its real-time rendering feature, allowing users to see the resulting image while designing and editing. Along with a large content library, it offers a vast library of 3D models, materials, objects, and landscapes, making it convenient for users to quickly populate their scenes with various elements. In particular, the ray tracing effect helps correct shadows and realistic reflections in your renders.

Furthermore, Lumion also has advanced customization modes to make your renderings even better. But that’s why it can be overwhelming for newcomers. However, based on user experience, to increase realism you need to put more effort into textures and lighting to achieve excellent results.

Lumion vs Twinmotion which software is the best 1

Lumion image via graitec.com

Twinmotion also boasts a user-friendly interface with a focus on real-time visualization. The interface is organized to provide easy access to a variety of content, materials, and effects. Users can navigate through a diverse object library and vegetation to populate their scene quickly. The interface also integrates tools to create dynamic animations and immersive virtual reality experiences, enhancing the overall user experience.

Twinmotion offers many features that allow users to create high-quality animations quickly and simply. Some standout features include real-time rendering, a large material library, and several post-production lighting editing effects. It helps create render-quality images, animations, and panoramas offline, along with interactive 360° videos and VR presentations Indeed, the path tracer feature in Twinmotion helps create high-quality photorealistic renders with accurate lighting and Global Illumination (GI).

However, Twinmotion’s in-depth editing features are limited compared to Lumion. So with an easy-to-use interface and simple customizations, this software will be more suitable for newcomers, without needing to spend a lot of time learning how to use it.

Lumion vs Twinmotion which software is the best 2

Twinmotion image via archdaily.com

Render Quality and Integration

Lumion is praised for its high-quality rendering capabilities, providing realistic lighting, material textures, and environmental effects that contribute to creating visually appealing scenes. The software’s real-time rendering engine allows users to instantly visualize changes and adjustments, ensuring that the final output meets their expectations. With advanced customizations, Lumion delivers highly realistic renderings but is also more time-consuming than Twinmotion. However, you can refer to our blog 4 Ways to Reduce Render Time in Lumion which might be helpful for your rendering process.

Lumion’s integration supports many third-party software and plugins such as SketchUp, Rhino, Revit, and ArchiCAD. with the LiveSync plugin allowing real-time synchronization of 3D models to save editing time. However, Lumion’s integration capabilities also require certain add-ons.

Twinmotion also excels in rendering quality, delivering lifelike lighting effects, atmospheric conditions, and detailed materials to create vibrant visuals. Its real-time rendering engine provides immediate feedback on design modifications, allowing users to achieve high-quality renderings efficiently. Twinmotion’s emphasis on high-quality visual effects, including realistic water, weather, and lighting, further contributes to the software’s impressive rendering quality.

Thanks to optimization with real-time rendering, Twinmotion also saves more time, but it also does not offer advanced customizations like Lumion.

Twinmotion also integrates with many plugins and third-party software such as SketchUp, Revit, and ArchiCAD as well as synchronizes 3D models in real-time with the Direct Link plugin. Twinmotion’s integration capabilities are considered optimal and easy to use, but there are no advanced customizations and the ability to control software features is limited.

Lumion vs Twinmotion which software is the best 3

Twinmotion image courtesy of Arthur Yosefov

Pricing and System Requirements

Lumion currently offers two license versions: Standard and Pro. They do not offer perpetual licenses anymore but offer 1-year subscription and 3-year subscription licenses. The annual prices are $811.65 – $2166.22 for the Standard version and $1624.39 – $4333.52 for the Pro version, respectively. Lumion also offers single-machine node-locked and float licenses that enable users to use the software on multiple machines on the same network. Additionally, they also have a free trial to experience before spending money on a license.

On the other hand, Twinmotion now offers perpetual licenses in 3 versions. Of these, Community and Education editions are the two versions users are allowed to use for free and Comercial Edition costs $749 for the latest version of Twinmotion 2023.2.

Below are the minimum required system configurations to use the two software (referenced from the official Lumion and Twinmotion websites):

Lumion:

  • Operating system: Up-to-date Windows 10 64-bit (version 2004) or newer
  • Graphics card: GPU scoring a G3DMark of 8,000 or higher with up-to-date drivers. (Such as the Nvidia GeForce GTX 1060, Quadro K6000, AMD Radeon RX 580, or better)
  • VRAM: 6 GB or more
  • CPU: Intel/AMD processor scoring a single thread CPUMark of 2,200 or higher. (Such as the AMD Ryzen 5 1600X, Intel Core i7-4790S or better)
  • RAM: 16 GB or more
  • Hard drive: SATA SSD or HDD

Twinmotion:

  • Operating System: Windows 10 or 11, 64-bit
  • Graphic Card:  12 GB (or more)  
  • VRAM: 6 BG or more
  • CPU: A processor with a benchmark score of 2,000 or higher.
  • RAM: 16 GB or more
  • Hard Drive: SSD or HDD 

Lumion vs Twinmotion: Which one is better?

Lumion will be a reasonable choice if you are a designer with experience with this software. You have a project that requires high rendering quality and required extensions for advanced rendering effects. Lumion is also particularly well-suited for architectural visualization projects, providing the tools needed to create realistic and detailed representations of a building’s design, interior, and exterior.

You can choose Twinmotion if you are a beginner and need to find software with a friendly interface that is easy to use. If you want to deliver an immersive VR experience, Twinmotion will help you experience immersive virtual reality to present architectural designs and urban planning in a highly interactive and engaging way. Besides, it is also very suitable for visualizing landscapes, vegetation, and environmental elements.

Wrap up

Ultimately, Lumion features real-time rendering, a diverse graphics library, and extensive customizations that deliver high-quality renderings. Twinmotion attracts users with its friendly interface, easy operation, animation rendering, and engaging VR experience. 

Choosing the right software and taking full advantage of its capabilities will take your project to the next level.

So can you tell us Lumion vs Twinmotion – Which software will you use?

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]]> Lumion vs Enscape: Which one is better for Architectural Rendering? https://chiprender.com/lumion-vs-enscape/ Tue, 27 Feb 2024 10:31:08 +0000 https://chiprender.com/?p=30116 Lumion vs Enscape are two well-known pieces of 3D software. What makes these two 3D programs so exceptional, and how might they improve your design?

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Lumion vs Enscape: Which one is better for Architectural Rendering?

These days, there is an abundance of 3D software that enables users to visualize their ideas and notions, making the process so much simpler. Chip Render will talk about Lumion vs Enscape today as two well-known pieces of 3D software. What makes these two 3D programs so exceptional, and how might they improve your design? In today’s blog, let’s find out about them!

What is Lumion vs Enscape?

Lumion

Lumion is a powerful architecture visualization program that lets you create spectacular 3D renders and animations of building concepts. It is commonly used by architects, designers, and urban planners to bring their ideas to life and display them in a visually appealing format.

Since its debut in 2010, this program has garnered significant attention from the architecture and design community and has grown significantly in popularity.

It has also advanced significantly over the last many years as a result of the addition of numerous new tools and features that are made available to users with every new edition.

Lumion vs Enscape: Which one is better for Architectural Rendering? 1

Image source: Lumion.com

Enscape

Enscape is a popular and adaptable visualization program that offers architects and designers a simple way to create high-quality visualizations. With its real-time rendering, seamless integration, customization possibilities, and collaborative tools, Enscape has grown in popularity among those trying to streamline their workflow and save time.

This particular software creates generated graphics of high quality, and rendering with it has become standard in the business.

Lumion vs Enscape: Which one is better for Architectural Rendering? 3

Image source: Enscape.com

Features and Differences between Lumion vs Enscape

Animation and Rendering

The quality of Lumion renders is improving significantly and the product is becoming better and better. The rendering quality has significantly improved in Lumion’s many versions over time.

Additionally, Lumion offers an extensive picture resolution options in addition to a wide range of visual effects. It can be applied to both interior and exterior spaces, including realistic images and increased light, wind, rainfall, and night effects.

Rendering an animation can take several hours, but rendering a picture can take less than a minute. There is also a panorama option in Lumion, which is for urban projects and allows for the capturing of panoramic images.

Lumion vs Enscape: Which one is better for Architectural Rendering? 2

Image source: Lumion.com

On the other hand, Enscape is a flexible plugin that may be used with a variety of 3D programs. This facilitates the job of architects and designers. The 3D render can produce excellent results. It takes a few seconds to a minute once all the textures have been put up and scene elements have been included.

It also provides the ability to make panoramic images and videos. Furthermore, Enscape provides you with several options before rendering, including 4 different rendering styles: default, white, polystyrol, and light. You can also adjust the field of view and the resolution of the image before rendering.

Populating Scenes

Because Lumion is primarily a rendering program, 3D objects must be imported from another 3D modeling program. Additionally, you may make use of Lumion’s extensive and well-stocked library, which has a wealth of architectural assets in addition to a variety of things including plants, vehicles, animals, interior furniture, and even effects like fire and water. Depending on the requirements of the project, these items can alter in terms of proportion, color, and material. It also provides ready scenes and landscape assets to include in the project like a realistic sky, sea, landscape, and even desert. To better integrate the project on the web, users can alter these settings by adding mountains, a lake, and slobs.

However, Enscape has many features, including virtual tours, annotation, animation, rendering, and landscape design. It also has a vast bank of assets, including people, flowers, and plants.

Additionally, Enscape’s Camera may rotate an object and set up scenarios. A wide range of realistic textures are also available for rendering outcomes. Since the modeling software and Enscape are linked, any modifications made in the modeling program are automatically reflected in Enscape, which is a wonderful advantage of utilizing Enscape. 

User Interface

You will find an extremely user-friendly UI in Lumion. It does not have many tools because they are all connected to give a very efficient working environment.

The working tools are so simple to use that even a novice may use them with ease. 

Like Lumion, Enscape has been getting better with every upgrade. Users are accustomed to the software’s UI even before they use it for the first time.

Recommended System Requirements

The system specifications for Lumion or Enscape rely on the quality you want from your rendered graphics.

Because Lumion is a powerful and heavy software due to the quality of its renderings and capabilities, it needs a powerful computer with a powerful graphics card and plenty of RAM. Additionally, it is preferable if the computer is a desktop model with an effective ventilation system to prevent overheating of the graphics cards and processor. 

Lumion is available only on Windows, and there is no MAC version. The following are the system requirements you need to work well with Lumion:

  • Graphic card: 6GB or more.  GPU scoring a G3DMark of 8,000 or higher with up-to-date drivers (Such as the Nvidia GeForce GTX 1060, Quadro K6000, AMD Radeon RX 580, or better)
  • 64-bit up-to-date Windows 10 operating system or newer
  • AMD or Intel processor with a CPU Mark of 2000 or above
  • Minimum 16 GB of RAM or more
  • Minimum 40 GB of free disc space

Because Enscape produces high-quality renders, similar to other rendering applications, it requires a fast computer with an external graphics card and a powerful processor in addition to being able to run 3D packages like Sketchup, Revit, and others. 

In the case of Enscape, the system requirements are as follows:

For Windows:

  • Operating system: Windows 10 or higher
  • Graphic card: NVIDIA or AMD dedicated GPU with 4GB VRAM that supports Vulkan 1.1. NVIDIA GeForce GTX 900 series / Quadro M series and newer
  • 4GB VRAM

For macOS:

  • Operating system: Monterey 12.6 and higher 
  • M1: MacBook Air (M1, 2020), MacBook Pro (M1, 2021), iMac (M1, 2021)
  • M2: MacBook Air (M2, 2022), MacBook Air (M2, 2022)
  • M3: MacBook Pro (M3, 2023)

Lumion vs Enscape: Learning Curves

Lumion and Enscape are relatively easy to learn, use, and pick up. Lumion is more akin to a basic piece of software that everyone may use. The commands and tools are arranged as follows: first, select the environment; next, add the necessary items (trees, plants, people, etc.), then, modify the environment and materials (sky, sun, clouds), and finally, render. 

Also, Enscape is relatively straightforward to use, requiring little setting, unlike many other plugins and add-ons that are available. It also comes with a limited amount of commands and tools. Enscape has provided an excellent tool to help manage your BIM information within a project. 

Lumion vs Enscape: Pricing & Licensing

Enscape is available for €78.9 a month and €514.8 a year. Before purchasing a license, you can test the software’s functionality for free for 14 days by downloading a trial version. 

However, the Lumion Standard costs €62.42/month and €749/year. And Lumion Pro costs €124.92/month and €1,499/year. It is pricey compared to Enscape and unaffordable for small firms, students, and typical architects and designers. For 14 days, Lumion also provides a free trial of the software.

Wrap Up

In conclusion, the selection of rendering software plays a great important role in architectural visualization. Both Lumion vs Enscape have strengths and limitations, therefore the choice you make should depend on the particular requirements of your project. 

Chip Blog logoYou are a fan of Lumion or Enscape and always want to use the latest improvements of this software, but your computer configuration is limited. Then Chip Render Farm will bring you a solution to completely solve the problem. We are a friendly and efficient CPU & GPU cloud rendering solution that offers 1/2/4 x GPU RTX 3090 servers for all 3D artists. With Lumion and Enscape, single card RTX 3090 is the most suitable configuration. Therefore, you can speed up your projects significantly.

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]]> 3ds Max vs Maya: Choosing the Right Tool for Your Project https://chiprender.com/3ds-max-vs-maya/ Fri, 16 Feb 2024 06:00:31 +0000 https://chiprender.com/?p=4655 Autodesk 3ds Max vs Maya are two leading 3D modeling and animation software. Which is the right tool for your project?

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Discover 3ds Max vs Maya, which is the right tool for your project.

Autodesk’s 3ds Max and Maya are two leading 3D modeling and animation software solutions with distinct strengths and applications.

Choosing the right software tool is crucial for ensuring the success and efficiency of any project. While both 3ds Max and Maya offer powerful features and capabilities, each excels in certain areas and caters to different workflows and industries.

In this post, Chip Render will compare 3ds Max vs Maya and help you choose the right tool for your project.

3ds Max vs Maya: Why choose 3ds Max?

3ds Max is a professional 3D modeling, animation, and rendering application for gaming and design visualization.

3ds Max vs Maya: Why choose 3ds Max

Image via Autodesk 3ds Max

Robust modeling toolset

3ds Max’s modeling toolset allows you to shape and sculpt whatever you can imagine, from complex details on humans and things to jaw-dropping sceneries and worlds.

You may easily create complicated models by using 3ds Max’s strong polygon modeling capabilities. Tools like Smart Extrude provide a simple and versatile approach to shape faces on an object while automatically rebuilding or stitching adjacent faces together. The powerful retopology tools in 3ds Max allow you to design clean 3D topology and produce professional results.

A distinct modifier stack technique enables you to sculpt and modify. Use the Chamfer modifier to create edges, the Relax modifier to modify surface tension, and the Symmetry modifier to do typical modeling work.

Intuitive texturing and shading

With 3ds Max’s sophisticated texture, material, and viewport tools, you now can improve your look development. Support for Substance Maps and Open Shading Language (OSL) enables you to build and apply complex materials that elevate your ideas. At the same time, the Material Editor allows you to add material finishes, modify textures, and use vivid colors to create photorealistic designs.

Bake-to-texture in 3ds Max also offers an optimized, intuitive, and fully scriptable texture baking experience that includes support for Physically Based Rendering (PBR), material input overrides, and OSL workflows.

High-quality rendering

3ds Max allows you to see render previews fast and effectively. This means you can spend more time being creative rather than waiting for time-consuming overnight renders. The 3ds Max viewport also provides render-quality previews, which show physically based rendering (PBR) materials and camera effects directly.

With Arnold as the default renderer, you can see changes to the scene in real time, including lighting, materials, and cameras. Furthermore, with support for Open Shading Language (OSL), you can modify OSL shader text directly in the material editor and view live modifications in the Viewport and ActiveShade, significantly increasing productivity.

3ds Max vs Maya: Why choose Maya?

Maya is an industry-standard 3D animation and visual effects software for movies, television, and video games.

3ds Max vs Maya: Why choose Maya

Image credit: Natalie Jerabek, concept art by Wenjuinn Png​, via Autodesk

Powerful character creation

Polygon modeling in Maya lets you create 3D models with geometry based on vertices, edges, and faces, whereas NURBS modeling allows you to build characters from geometric primitives and drawn curves. The sculpting toolset of Maya offers an intuitive clay-like process for shaping and molding characters while maintaining complete artistic control.

Maya’s interactive grooming features enable you to make realistic hair and fur for your favorite characters and animals. There is a comprehensive set of tools, including sculpting brushes, modifiers, and sculpting layers, for you to discover and produce all types of hair and fur.

Lifelike animation

Maya has powerful capabilities for speeding up animation and editing. The Time Editor offers a straightforward, clip-based approach for non-linear animation editing. This means you can effortlessly switch between clips and alter timing operations such as speed, length, and start/stop times. Cached Playback allows you to test iterations of your animation in the viewport rather than creating additional playblasts.

Maya allows you to add realistic movement to any scene or character you are working on, with the help of various tools and features. For example, tools for creating high-quality, production-ready characters, an intuitive graph editor for manipulating animation curves and keys, and shape authoring tools for adding fine details like facial expressions.

Incredibly detailed simulations

Bifrost, which focuses on delivering rich, procedural workflows to many parts of your pipeline, contains robust scattering, instancing, volumetric, and FX features.

It allows you to generate rich procedural effects such as smoke, fire, explosions, sand, and snow. Then you simply share them with other artists for usage in various shots, scenarios, and shows. Effects can be seen in the viewport and rendered using Arnold, Maya’s built-in renderer.

3ds Max vs Maya: Ideal Use Cases

When it comes to creating complex characters and dazzling effects, Maya takes the spotlight. With its robust toolset for modeling, shaping, grooming, rigging, and animating, Maya is the go-to choice for bringing intricate characters and dynamic visual effects to life.

On the other hand, if you are looking to build expansive worlds and detailed props, 3ds Max steps up to the plate. Offering an easy-to-use and flexible toolset for modeling, texturing, shading, lighting, and rendering, 3ds Max empowers you to craft immersive environments and intricate props with precision and ease.

Architecture

When it comes to architecture, 3ds Max is a preferred choice over Maya. With 3ds Max, you can seamlessly visualize high-quality architectural renderings and meticulously model detailed props and objects for your projects in a fraction of the time. Its rich and flexible toolset empowers architects and designers to craft premium designs with unparalleled artistic control.

Game Development

Both Maya and 3ds Max stand as pillars in the game development industry, providing a rich array of proven 3D tools tailored to every stage of the process. Maya provides a powerful animation toolset and unparalleled rigging capabilities, allowing artists to infuse 3D characters and creatures with lifelike movements and personalities. Meanwhile, 3ds Max offers strong modeling tools and physically-based rendering, empowering game developers to craft vast and intricate game worlds for players to explore.

Animation

When it comes to animation, Maya stands as a cornerstone with its Academy Award-winning toolset, renowned across the industry for crafting believable characters and their immersive worlds. You will dive into an intuitive and robust toolkit that transforms animation into a seamless creative journey, where every movement becomes an expression of artistic vision rather than a series of button presses.

Wrap up

In summary, 3ds Max is renowned for its robust modeling capabilities and flexible workflow, making it a preferred choice for industries like architecture, interior design, and entertainment. On the other hand, Maya excels at character rigging, animation, and dynamics, making it a must-have tool for animation studios and visual effects artists.

Understanding the software’s strengths can help you optimize your workflow and achieve desired outcomes efficiently.

So, tell us. 3ds Max vs Maya – Which software are you using?

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]]> What’s new in 3ds Max 2024.2? https://chiprender.com/whats-new-in-3ds-max-2024-2/ Wed, 14 Feb 2024 06:00:26 +0000 https://chiprender.com/?p=4644 In Nov 2023, Autodesk released 3ds Max 2024.2. Discover What's new in 3ds Max 2024.2 - key updates and other improvements.

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Discover What’s new in 3ds Max 2024.2.

3ds Max, developed by Autodesk, is a powerful 3D modeling, animation, and rendering software widely used in various industries such as architecture, engineering, and entertainment. It offers a comprehensive set of tools for creating stunning visualizations, animations, and simulations.

In November 2023, Autodesk released 3ds Max 2024.2, its latest version.

In this post, Chip Render will take a closer look at What’s new in 3ds Max 2024.2, including key updates and other changes and improvements.

Key Updates of 3ds Max 2024.2

The latest update brings significant performance enhancements to several essential modifiers in 3ds Max. Now, users can enjoy smoother workflows with improvements in modifiers like Boolean, Push, Relax, XForm, and Volume Select, with speeds up to 10 times faster.

Additionally, Retopology Tools have seen speed boosts of up to 30%. Animation tools have also received workflow improvements. Furthermore, OCIO color management is now officially out of preview. Updates to 3ds Max’s USD plugin and integration plugin for the Arnold renderer further enhance compatibility and performance with other software and rendering engines.

Assign Controller rollout

The Assign Controller rollout has been updated with features to help animators work more efficiently.

What's new in 3ds Max 2024.2 - Assign Controller rollout

Boolean Modifier

The 3ds Max 2024.2 release includes significant Boolean modifier updates, such as improved sub-operand manipulation in the Modifier stack, faster performance and OpenVDB processing, and many bug fixes.

What's new in 3ds Max 2024.2 - Boolean Modifier

Retopology

A new version of Autodesk ReForm has been released, which improves processing times by up to 30%.

What's new in 3ds Max 2024.2 - Retopology

Conform Modifier

The new Conform modifier enables you to put objects onto other surfaces via two options: shrink wrap and volume.

What's new in 3ds Max 2024.2 - Conform Modifier

USD for 3ds Max 0.5 plug-in

Universal Scene Description (USD) support in 3ds Max is improved, allowing artists to work smoothly with USD alongside 3ds Max workflows.

Spline Shape Angle Constraint

A new Enable Shape Angle Constraints option in the Snap Options menu allows you to create your own angle constraint to help you with angle snaps (while holding Shift or Ctrl) while drawing lines or line objects.

Color Management

OCIO-based color management has progressed beyond the Technology Preview level. Colors in 3ds Max may be adjusted from input to output, allowing for an end-to-end color-managed process.

What's new in 3ds Max 2024.2 - Color Management

Data Channel Modifier Additions

Several enhancements, including new presets, expression engines, and a Maxscript Process Operator, enhance the Data Channel Modifier’s usability.

What's new in 3ds Max 2024.2 - Data Channel Modifier Additions

Volume Select Modifier

The Volume Select Modifier now has improved performance and the ability to animate Material ID and Small Group values, resulting in more instantaneous results.

What's new in 3ds Max 2024.2 - Volume Select Modifier

Smaller Scene Files

Scenes are no longer saved with empty Animation Layers, Note Tracks, and Note keys, resulting in smaller file sizes.

Other changes and improvements of 3ds Max 2024.2

Other than the key updates above, 3ds Max 2024.2 introduces a range of changes and improvements aimed at enhancing the overall user experience and workflow efficiency. Those changes and improvements include:

  • List Controller UI
  • Controller Context menu
  • Expression Controller UI
  • Track View – Script Controller performance
  • Scripting Editor: Selected word highlighting
  • Asset Tracker: Check Network Paths
  • Motion Trails
  • Spline End Cap Material ID
  • Unwrap UVW Modifier
  • New Camera Map Modifier parameter
  • ATF
  • Biped
  • CAT Workflow
  • Modifier performance
  • FBX 2020.3.4
  • Arnold for 3ds Max 5.6.5.1
  • Default Viewport Layout
  • OIIO version 2.4.13.0
  • OSL

What's new in 3ds Max 2024.2 - Marie Henry

Image credit: Marie Henry​ via Autodesk

Wrap up

In summary, 3ds Max 2024.2 brings significant improvements to performance and usability across various aspects of the software. From faster modifiers to enhanced animation tools and updated plugins, users can expect a smoother and more efficient workflow in their creative endeavors.

We encourage all 3ds Max users to explore the new features and enhancements introduced in this update. Whether you are a seasoned professional or just starting with 3D modeling and animation, these improvements are designed to make your experience more enjoyable and productive.

Chip Blog logoChip Render Farm supports 3ds Max Rendering with its integrated Arnold Renderer and other render engines such as V-Ray, Redshift, OctaneRender, Corona Renderer, and more. Join Chip Render 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 3ds Max projects.

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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.

Chip Blog logoOr you can 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 Octane Render projects.

Empower your creativity!
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