Cinema 4D is a professional modeling and animation software offering creative possibilities. To bring your 3D models to life, 3D rendering plays an important role. So is the choice of a render engine. There are various render engines available for C4D. Each renderer has its own unique signature.

In this article, you will find the Best Render Engine for Cinema 4D you should use in 2024.

Redshift – Best Render Engine for Cinema 4D

Redshift by Maxon is the first fully GPU-accelerated, biased renderer. It is a robust GPU-based render engine designed to suit the unique requirements of modern high-end production rendering. Also, it is designed to help creative individuals and studios of all sizes, offering a suite of strong tools that connect with industry-standard CG software such as Cinema 4D.

Core Features

• World-leading performance: By leveraging the raw power of the GPU and employing sophisticated sampling techniques, Redshift is the world’s fastest renderer.
• Global Illumination (GI): Using biased point-based and brute-force GI approaches, you can achieve lightning-fast indirect illumination.
• Out of core: Redshift’s excellent memory management enables the rendering of scenes with hundreds of millions of polygons and TBs of texture data.
• Proxies: You can export groupings of objects to Redshift Proxy files, which can be easily accessed by other scenes and enable advanced shader override.
• Transformation and deformation blur: Redshift supports both multi-step transformation blur and two-step deformation blur.
• Volumetric Rendering: Redshift’s Volumetric Rendering allows you to create realistic clouds, smoke, fire, and other effects.
• Hair rendering using ‘Min Pixel Width’: Thin hair can result in noisy renders. Redshift supports ‘Min Pixel Width’ rendering, which smoothes out the appearance of thin, difficult-to-sample hair.
• Tessellation and displacement: Redshift’s tessellation allows for edge and vertex creasing with independent UV smoothing controls.
• Per-object flexibility: Objects feature sophisticated matte features and tracing choices, including self-shadowing and primary/secondary ray visibility.
• Baking: Redshift enables any type of AOV data to be baked from particular objects.
• Command-line rendering: The redshiftCmdLine tool allows users to export their scene and render it independently of their 3D software.
• SDK: A C++ SDK is provided for studios who need to integrate Redshift more deeply into their pipelines.
• Denoising: AI-powered denoising is a cheat code for faster rendering, and Redshift provides three excellent options based on your system and use case.
• CPU rendering: Redshift CPU provides an interactive experience while building your project and is fully compatible with high-performance Redshift GPU rendering.

Redshift Price

• Redshift subscription at €274.29 annually or €46.74 monthly.
• Cinema 4D + Redshift subscription at €1011.06 annually or €127.92 monthly.
• Maxon One (including Cinema 4D, Redshift, and other apps) subscription at €1351.77 annually or €170.97 monthly.

OctaneRender – Best Render Engine for Cinema 4D

OctaneRender by Otoy is the world’s first and fastest unbiased renderer. As a spectrally accurate GPU render engine, it provides image quality and rendering speed unmatched on the market.

Highlighted Features

• Volumetric Rendering: Octane can render particulate matter with varying densities, such as clouds, smoke, fog, and fire. It also introduces a distinctive native primitive type for incredibly detailed micro-surface displacement volumes and surfaces, which are required to render photo-realistic natural and organic materials.
• Deep Pixel Rendering: It supports deep pixel rendering, as well as live DCC and compositing program connections via the OctaneRender for Nuke plugin.
• Open Shading Language (OSL): OctaneRender supports the OSL, which allows artists to develop their own shaders and import custom shaders from other tools directly into their projects.
• Live Texture Baking: Octane enables unbiased GPU texture baking (UV or volumetric) for global illumination, spherical harmonics, and 8D light fields.
• Speed: Using the GPU, Octane can generate final quality images 10x to 50x faster than CPU-based, unbiased rendering engines.
• Interactivity: The final render is done in Octane’s onscreen viewport. Any modifications to the scene are immediately reflected on the screen, allowing you to adjust any parameter and see the results right away.
• Flexibility: OctaneRender is not limited to a particular modeling package and supports over 21 plugins. If you want to toggle between modeling tools, you can do it through its common interchange format .ORBX.
• Lighting: Lighting in Octane includes HDRI, mesh emitters, IES files, and a planetary sun/sky system. Rotate an HDRI file to position it in your scene, or convert any object into a mesh light by enabling the material’s emission property. OctaneRender’s Light Linking and Light Exclusion features enable you to alter the lighting in a scene any way you like.
• Materials: OctaneRender incorporates subsurface light scattering (SSS), sophisticated IOR, chromatic dispersion, and absorption to provide some of the greatest materials in the industry. Use the node editor to generate complex materials from procedural textures, or simply select a material from our OctaneLive Material Database. Along with OSL Textures, it provides metallic materials, toon shaders, and complicated PBR textures via a universal uber material node.
• Toon Shading: With a single material application, you can transform your photorealistic renders into dynamic toon-shaded scenes.
• Denoiser: Render noise-free images very fast using OctaneRender’s own denoising solution, which has significant advantages over OptiX.
• Out of Core Geometry: It can render fast out-of-core geometry from CPU memory with minimal speed loss, even when using several GPUs.

OctaneRender Price

• OctaneRender Studio+ subscription at €239.88 annually or €23.95 monthly.

Arnold Renderer – Best Render Engine for Cinema 4D

Arnold Renderer by Autodesk is a powerful Monte Carlo ray tracing render engine that allows you to produce beautiful and reliable results.

Key Features

• Arnold GPU & CPU: Switch smoothly rendering between CPU and GPU modes.
• Subsurface scatter: With high-performance ray-traced subsurface scattering, point clouds do not need to be tuned.
• Hair and fur: With memory-efficient ray-traced curve primitives, you can generate sophisticated fur and hair visualizations.
• Motion blur: 3D motion blur works with shadows, volumes, indirect lighting, reflection, and refraction.
• Volumes: Render effects like smoke, clouds, fog, pyroclastic flow, and fire using volumetric rendering.
• Instances: Effortlessly ray trace many scene objects using transformation and material overrides.
• Subdivision and displacement: Support the Catmull-Clark subdivision for generating smooth, curved surfaces.
• Open Shading Language (OSL): Use OSL, a powerful shading language designed for Global Illumination renderers.
• Light Path Expressions (LPEs): LPEs provide the power and flexibility to generate Arbitrary Output Variables to help fulfill production requirements.
• Adaptive sampling: Use another method of image tuning to reduce render times while maintaining final image quality.
• Toon shader: When used with the Contour Filter, an advanced toon shader produces a non-photorealistic result.
• Denoising: Powerful denoising technologies let you employ significantly lower-quality sample settings.

Arnold Renderer Price

• Arnold subscription at $400 annually, $50 monthly, or $1200 for 3 years.

V-Ray – Best Render Engine for Cinema 4D

Chaos V-Ray is a professional 3D rendering program for Cinema 4D artists and designers. V-Ray for Cinema 4D provides industry-standard technology for photorealistic 3D rendering to C4D. With innovative features and strong rendering capabilities, V-Ray’s mix of speed and creative flexibility is ideal for any project.

Key Features

• Rendering: GPU + CPU rendering; GPU production rendering; Fast interactive rendering; Distributed rendering; Multiple additive Dome Lights; AI Denoising; Chaos Cloud; Render-ready content; Initial Enscape compatibility; V-Ray scene content exchange; Chaos Vantage Live Link; Particle rendering support; ACEScg support; MaterialX rendering support; V-Ray Profiler; V-Ray Render Masks; Viewport interactive rendering; Resumable rendering; Progressive caustics.
• Lighting: Sun and Sky Model; Light Instancing; Procedural Clouds; Finite Dome light mode; Custom Light Decay.
• Camera effects: Photorealistic Cameras; Point & Shoot Camera.
• Materials: Node-based material editing; V-Ray Toon; Coat layer; Sheen layer; Matalness; V-Ray Material Translucency; Chaos Scans Material Library support; Thin Film layer; V-Ray OSL.
• Textures: V-Ray Dirt; Texture randomization; Stochastic texture tiling; Blue-noise sampling; Native Support for Cinema 4D Noises.
• Geometry: Chaos Scatter; V-Ray Decal; Enmesh; V-Ray Fur; V-Ray Clipper.
• Volume effects: Volume rendering; Aerial Perspective.
• Render elements: Render Elements; Cryptomatte; Light Path Expressions
• Post-processing: Light Mixing; Built-in compositing; Pixel-perfect masks in the V-Ray Frame Buffer; Blur and Sharpen in the VFB; Masking for post effects; Shadow Select.

V-Ray Price

• Solo subscription at €418.80 annually or €69.90 monthly.
• Premium subscription at €634.80 annually or €104.90 monthly.
• Enterprise subscription at €538.80 annually per license.
• Education subscription at €134 annually.

In conclusion, Redshift, OctaneRender, Arnold, and V-Ray stand as the Best Render Engine for Cinema 4D. They all promise to transform your visualizations with unparalleled realism and efficiency.

Which renderer are you using for C4D, and why do you choose it? Let’s share with Radarrender and our community!

See more: Our Best Render Farm For Cinema 4D

See more: Best Video Card For Cinema 4D

Part of our guide: for a full overview of cloud options, see the Cinema 4D render farm guide.

The post Best Render Engine for Cinema 4D appeared first on RadarRender.

In the world of 3D rendering, the choice of a render engine can be the defining factor between a good project and an outstanding one. As for 3ds Max – one of the most popular 3D software around, a lot of render engines offer unique capabilities and enable artists and designers to create unparalleled visual storytelling.

In this article, Radarrender explores the Best Render Engine for 3ds Max. We go through their features, strengths, and real-world applications, and determine the ideal fit for your projects.

V-Ray – Best Render Engine for 3ds Max

V-Ray isn’t just a popular render engine; it’s been a trailblazer in the realm of photoreal rendering for years. As one of the pioneering path-tracing engines introduced to the market, V-Ray has consistently pushed the boundaries of rendering technology. Since its introduction in 1997, it has remained a steadfast companion to 3ds Max, constantly developing and introducing new features.

Its history in the industry has endowed V-Ray with a robust and finely-tuned path-tracing engine – a testament to its longevity and continuous development. What sets V-Ray apart is its arsenal of features. From essential functionalities like GPU and cloud rendering, global illumination, and a top-tier material engine, to cutting-edge innovations such as in-engine denoising, procedural lighting, shaders, and efficient scatter/proxy tools, V-Ray truly stands out.

Yet, while its feature set is undeniably impressive, the premium price tag – hovering around 700 USD per year for V-Ray Premium – might pose a challenge for smaller studios or freelancers. For those not requiring the full spectrum of V-Ray’s capabilities, this cost could be hard to justify.

Additionally, as newer renderers enter the market, matching V-Ray’s speed and features, the once-unrivaled allure of this renderer has somewhat diminished. With evolving options, V-Ray faces stiffer competition than ever before.

Image source: ChaosTV

Arnold Renderer – Best Render Engine for 3ds Max

Initially developed by Solid Angle in the late 1990s, and then acquired by Autodesk, the Arnold Renderer has etched its place as the top render engine in the fields of visual effects and film production. Notably, blockbusters such as Blade Runner 2049, Marvel movies, Game of Thrones, and more feature Arnold’s rendering expertise. As an Autodesk product, Arnold seamlessly integrates with 3ds Max, making it an intuitive choice for users of this software.

Arnold uses a path-traced Monte-Carlo methodology similar to V-Ray, generating highly realistic scenes with minimal artist intervention – a factor that significantly contributes to its widespread adoption in studios.

Surprisingly, despite its dominance in high-end productions, Arnold maintains an impressive ease of use. However, this high-level accessibility comes with some trade-offs. The engine’s specialization in high-end film and TV production sidelines certain optimization settings and biased rendering tools. Consequently, achieving desired outcomes might require more effort compared to engines like Redshift or Corona, particularly in architecture visualization or product rendering.

Additionally, Arnold’s unbiased algorithm, while a strength in realism, contributes to its reputation for slightly slower rendering speeds – a potential concern for freelancers or smaller studios with budget and time constraints. Unless projects necessitate the highest level of realism, Arnold’s feature-rich capacity might be more than what’s required.

Image source: Lee Griggs – Autodesk

Corona Renderer – Best Render Engine for 3ds Max

Corona is developed by the Chaos team, the team behind V-Ray. It introduces a refreshing, streamlined approach to rendering – a departure from heavyweight counterparts like V-Ray or Arnold. Corona is positioned as a go-to 3ds Max renderer for architectural visualization, and its specialty is clear in its tailored feature set.

Embracing a niche market, Corona offers a cost-effective avenue compared to its competitors, making it an enticing option for those venturing into new rendering territories. Its rapid rendering speeds further amplify its appeal, catering to artists seeking render upgrades without hefty time or financial investments.

However, Corona’s niche orientation comes with trade-offs. Its specialization in architectural visualization renders it somewhat inflexible compared to broader feature sets offered by competitors like V-Ray. Transitioning from V-Ray to Corona might present challenges due to the latter’s narrower scope. Yet, this simplicity proves advantageous – it’s more user-friendly straight out of the box and demands considerably less tweaking time.

One notable limitation of Corona is its exclusive reliance on CPU rendering, lacking any support for GPU rendering. For users heavily invested in GPU-based rendering setups, this constraint may steer them away from choosing Corona as their rendering engine of choice.

Image source: Chaos Corona

Redshift – Best Render Engine for 3ds Max

Debuting in 2014, Redshift emerged as a relative newcomer in the world of 3D rendering. Originally developed by Redshift Rendering Technologies and later acquired by Maxon (the brains behind Cinema 4D) in 2019, Redshift swiftly gained traction by proclaiming itself as the world’s first fully GPU-accelerated render engine. Yet, what truly distinguishes Redshift is its status as a biased renderer – a feature that employs certain shortcuts to accelerate rendering and manipulate the visual output.

Its rise to popularity within the 3ds Max community can be attributed to its responsive rendering and impressively intricate physically-based shading system. Redshift’s distinguishing feature is its speed, which enables rapid iterations in look development by enabling artists to preview shading and lighting without long render times. The engine’s node-based materials, constituting its PBR shading system, empower artists to dynamically construct intricate materials on the fly. While this is a boon for many, navigating node-based systems might pose a learning curve for those unacquainted with such setups.

However, a downside of Redshift is its comparative difficulty in achieving peak realism when compared to unbiased renderers like Arnold. This reflects the inherent trade-off between biased and unbiased rendering methodologies. Although Redshift is capable of rendering realistic scenes, it might demand more time and effort. Instead, its strength lies in its speed and adaptability, making it a go-to choice for commercials, product rendering, and motion graphics that prioritize speed and flexibility over absolute realism.

Image source: Maxon

OctaneRender – Best Render Engine for 3ds Max

Octane Render, introduced as a pioneering force in the field of 3D rendering, embodies a revolutionary approach to rendering technology. Developed by OTOY, Octane Render pioneered the use of GPU-based acceleration, challenging traditional rendering methods. This engine harnesses the immense power of GPUs to expedite rendering processes, offering lightning-fast results.

What sets Octane Render apart is its real-time rendering capabilities, allowing artists to witness scene changes instantly. Its intuitive node-based workflow empowers users to craft intricate materials effortlessly, although transitioning to this system might pose a learning curve for those accustomed to different methodologies.

Octane Render excels in delivering stunning visuals swiftly, making it a popular choice for artists engaged in architectural visualization, animation, and product design where rapid iteration is paramount. However, its reliance solely on GPU rendering might be a limiting factor for users whose systems lack robust GPU setups.

Image source: Otoy

Best 3ds Max Render Engine – Other renderers

Besides the five best render engines for 3ds Max above, you can consider a few other good options.

• LuxCoreRender: another noteworthy free option, and a commendable replacement for various high-quality render engines.
• Additionally, real-time renderers such as Lumion, Twinmotion, and D5 Render, offer instant visualization and immersive experiences in 3ds Max.

Conclusion

The search for the optimal render engine is a critical goal for artists and professionals in the ever-changing field of 3D design and visualization. Radarrender has unveiled the 5 Best Render Engine for 3ds Max, each with its own strengths and limitations.

Whether it is V-Ray’s industry dominance, Arnold’s realism, Corona Renderer’s user-friendliness, Redshift’s versatility, or Octane Render’s GPU-powered speed, each engine offers a unique pathway to achieving your creative vision.

Remember that the best render engine for 3ds Max is not a one-size-fits-all proposition. It is about finding the perfect match for your specific project requirements, which balances factors like speed, quality, ease of use, and cost.

See more: What Is The Best 3Ds Max Vray Render Farm?

See more: Best Render Farms For 3Ds Max Arnold GPU

Part of our guide: for a full overview of cloud options, see the 3ds Max render farm guide.

The post Best Render Engine for 3ds Max appeared first on RadarRender.

What is Maya?

Autodesk Maya, commonly shortened to just Maya, is a 3D visual effects software that is very powerful for character creation, rigging, animation, and simulation. It was originally developed by Alias company and is now owned and developed by Autodesk.

What you can do with Maya?

Maya has powerful animation tools to bring your 3D assets to life, whether you are animating lifelike digital doubles or lovable cartoon characters. Its intuitive modeling tools enable you to shape 3D objects and scenes. Moreover, you are able to create realistic effects, from explosions to cloth simulations. Especially, Bifrost for Maya makes it possible to create physically accurate simulations in a single visual programming environment.

Autodesk Maya is now available for subscription and can run on Windows, macOS, and Linux platforms. 

How to render with GPU in Maya?

When selecting the renderer in Maya, you have the following default options:

• Maya Software renderer
• Hardware 2.0 renderer
• Maya Vector renderer
• Arnold for Maya renderer

However, only Arnold Renderer supports both GPU and CPU rendering. So if you want to render with GPU in Maya, you need to use Arnold Renderer or other GPU-based third-party render engines.

There are various external render engines that we can integrate into Autodesk Maya. Radarrender lists the popular GPU rendering engines for this 3D animation software.

Arnold GPU

Arnold Renderer is an integrated rendering engine for Maya. It is included with a default install of Maya via the mtoa plug-in; after installation, the plug-in Arnold for Maya is auto-loaded, and Arnold is set as the preferred renderer in Maya. Along with final rendering, you can use Arnold Render View to view scene changes in real time, including lighting, materials, and cameras.

Arnold for Maya allows production rendering on both the CPU and GPU. Arnold GPU uses RTX-accelerated ray tracing and AI-powered denoising for lightning-fast interactivity and massive speed-ups in final frame renders. Rendering in Arnold GPU (especially with multiple GPUs) is multiple times faster than high-end desktop CPUs.

Image: Nvidia

V-Ray GPU

V-Ray Renderer is a third-party rendering plugin for Autodesk Maya. It is fast, flexible, and is designed for production rendering on both CPU and GPU. Moreover, V-Ray works seamlessly with Maya and your studio pipeline.

With V-Ray GPU, you can work with MASH, Bifrost-USD, and MayaUSD, as well as your favorite Maya plugins such as Golaem, Massive, Ornatrix, Chaos Phoenix, Yeti, and others. V-Ray GPU for Maya also supports industry standards, including ACEScg, Alembic, OpenVDB, and OpenColorIO.

Rendering in V-Ray GPU, particularly with multiple GPUs is many times faster than rendering with CPU.

Image: Toolfarm

Redshift Renderer

Redshift Renderer is a powerful GPU-based rendering engine for Autodesk Maya. It is designed to handle high-end production rendering. Its fast speed and adjustable quality make it preferable for creative individuals and studios of every size.

By harnessing the raw power of the GPU and using intelligent sampling techniques, Redshift is among the world’s fastest renderers. On top of that, Redshift’s efficient memory management allows the rendering of scenes containing hundreds of millions of polygons and TBs of texture data.

In addition, the render engine works with multiple Maya plugins such as Instancer, XGen, Ornatrix Maya, Yeti, Joe Alter, or Golaem.

Image: The Gnomon Workshop

Octane Render

Octane Render is an unbiased and spectrally correct GPU render engine for Autodesk Maya. It is built to deliver high-quality and speedy results. Octane Render comes with state-of-the-art graphics technologies such as machine learning optimizations, out-of-core geometry support, massive 10-100x speed gains in the scene graph, and RTX raytracing GPU hardware acceleration.

By leveraging the power of the GPU, Octane Render for Maya can render the final quality images 10 to 50 times faster than CPU-based renderers. Therefore, no more “get up and wait” in your workflow.

Image: Otoy

Maxwell Render

Maxwell Render is a physically correct render engine for Autodesk Maya. It allows you to create accurate and extremely realistic images and is best for light simulation. From Maxwell 5, you can render with multiple GPUs in Maxwell to deliver final results in minutes and accurate previews in seconds.

Maxwell for Maya provides seamless integration, allowing you to work easily within the Maya interface. This software has been specifically built for rendering in Maya, featuring a simple yet complete Maxwell toolbar. It provides powerful Maxwell Render technology in a straightforward, self-contained package.

In addition, Maxwell Render is compatible with Maya versions 2018 – 2024 and can run on Windows and macOS platforms.

Radeon ProRender

AMD Radeon ProRender is a powerful physically-based rendering engine for Autodesk Maya. It is available as a plug-in for Maya software and can be used to render anything, from product designs to architectural visualizations, visual effects, and more.

It enables creative professionals to leverage GPU and CPU performance to produce stunning photorealistic images. With Radeon ProRender, you can use Maya’s existing lights, materials, and textures, and it renders your geometry accurately. It also includes a library of materials to help you with creation and rendering.

The Radeon ProRender plug-in fully integrates into Maya 2017 and later versions. It can run on Windows and macOS platforms.

Image: AMD

Conclusion – How to render with GPU in Maya?

How to render with GPU in Maya?

In conclusion, you can use the integrated Arnold Renderer as well as many other GPU render engines to render with GPU in Maya. Those GPU render engines for Maya are V-Ray GPU, Redshift, Octane, Maxwell, Radeon ProRender, and more.

Which renderer do you use for rendering in Maya? Which one is the best in your opinion? Let us know in the comments below.

See more: Cinema 4D vs Maya: Which Is Better 3D Software?

The post How to render with GPU in Maya? appeared first on RadarRender.

Find out our recommendation for the best Octane Render for Houdini render farm to reduce your endless rendering time.

Overview of Houdini and Octane Render

About Houdini

Developed by SideFX, Houdini is a 3D software tool used for modeling, animation, simulation, and rendering. Houdini is a must-have skill set for anyone who wishes to work in the film or VFX industries. Despite its widespread use in the business, it is typically thought of as one of the most difficult applications to master. This is due to the fact that the majority of its logic is built on nodes, and many actions are carried out by handling arrays of raw values. Therefore, to work with Houdini, artists need a technical mindset.

Houdini comes with a variety of built-in and third-party renderers, including CPU and GPU rendering engines. To begin, Houdini includes two integrated renderers: Mantra and Karma. Mantra is a CPU render engine, whereas Karma includes both Karma CPU (for CPU rendering) and Karma XPU (for a hybrid GPU/CPU rendering). Karma CPU is ready to replace the prior Mantra engine as Houdini’s primary renderer starting with Houdini 19.5. Furthermore, Karma XPU enters beta in this 19.5 version.

About Octane Render

Aside from Mantra and Karma, there are various additional third-party render engines that work with Houdini. RenderMan, Arnold, Redshift, V-Ray, Octane Render, 3Delight, and AMD Radeon Prorender are examples.

Octane Render by Otoy is a fully GPU render engine for Houdini. Its fast rendering speed and photorealistic result have made it more and more popular among CG artists. It is quick and efficient, allowing artists to create high-quality renders with maximum efficiency. Octane Render delivers unmatched performance and visual quality for any kind of project, from architectural visualization to complex animation and stunning visual effects.

Why need Octane Render for Houdini render farm?

Houdini is undeniably a powerful tool for creating physical simulations and particle systems. It is used to create the majority of the visual effects for movies and video games. Moreover, Octane Render is one of the fastest renderers around.

However, simulating or rendering on a single computer/laptop takes like forever. To speed up the render time, it demands a significant amount of computing power from your system. So, what is the solution? In such situations, cloud rendering becomes helpful.

Overall, here are the benefits of using an Octane Render for Houdini render farm:

Speed up rendering time many times.

Control project budget and timeline.

Best Octane Render for Houdini render farm

Only a few render farm supports Octane Render for Houdini rendering. Therefore, artists usually come to IaaS render farms such as iRender and Xesktop. Besides, AnimaRender is one of the rare SaaS render farms that support Houdini and Octane Render. Let’s look in detail.

AnimaRender

AnimaRender is an online rendering service with 24/7 live support. It has been providing 3D graphics rendering services to a number of studios and individual freelancers from around the world. As a SaaS render farm, AnimaRender allows you to submit the render jobs directly from your 3D software through its plugin. Or you can upload projects via the website or a desktop application.

Software support

AnimaRender supports the most popular CPU and GPU render engines for Houdini, including Mantra, Arnold, Redshift, Octane Render, and V-Ray. However, the supported version is limited. The render farm supports Octane 2021.1.6.0 as well as Houdini 18.5.596 and Houdini 19.0.589. If you need other specific versions, you should contact and consult with the AnimaRender support team.

Configuration

For GPU rendering in Houdini and Octane Render, AnimaRender offers servers with the following graphics cards: RTX 3070Ti, RTX 2080Ti, and GTX 1080Ti. These cards have OctaneBench points ranging from 925 to 2200. Furthermore, AnimaRender offers more than 250 servers, with up to 5 GPUs in each server.

Price

More importantly, the render farm automatically allocates the maximum number of servers that are available to speed up rendering without affecting the cost. To say it in another way, AnimaRender does not have priorities. Instead, it offers a basic tariff that is the same for everyone. For GPU rendering, the price is $0.01 per OBh.

In addition, AnimaRender offers a free “Demorender” for users to test their render jobs. What’s interesting is that you can use Demorender many times, in order to check the correctness of settings and render results before submitting full in any job. The farm also has a profitable bonus policy for bulk purchases.

You can find more information about AnimaRender here.

iRender

iRender is a powerful cloud render farm for Houdini with Octane Render. Based on the IaaS model, it supports almost all 3D software, render engines, and plugins. On top of that, iRender enables you to rent its robust remote servers and use them as if they were your own PC. In other words, you fully control your rendering process on iRender. You will need to create and set up the instance once and then reuse it each time you need to render.

Software Support

As you have full control of the remote server, you can install any application or any version. Basically, any Houdini Octane version that works on your computer will work on its machines. The latest Houdini 19.5 or Octane 2023, anything is supported. Aside from Octane Render, iRender also supports other render engines for Houdini, such as Mantra, Karma, V-Ray, Arnold, Renderman, and Redshift, in any version. However, there is one downside. That is, you must provide your own licenses for any software that requires them.

Configuration

In terms of configuration, iRender provides many GPU servers with single and multiple GPUs (2/4/6/8). It offers two types of graphics cards: NVIDIA RTX 4090 and RTX 3090. Both of them have 24 VRAM which can handle most complex scenes. In addition to GPUs, the servers are configured with good CPUs –  AMD Ryzen Threadripper Pro 3955WX/5975WX, and a large amount of RAM and storage – 256 GB and 2TB NVMe SSD respectively.

Price

With the configuration above, iRender’s pricing starts from $8.2/hour/node to $42/hour/node. It offers hourly, 3-hour, 6-hour, daily, weekly, and monthly plans. On the hourly plan, the farm charges you for the time you use (in seconds) per machine. For other plans, you can save some render credits at a discounted price. The longer plan, the more discount.

In addition, iRender offers free render credits for new users to test the service by contacting the support team. Volume discounts for bulk purchases are available, as is a 50% bonus for educational projects.

You can find more information about iRender here.

Xesktop

Xesktop is a cloud-based remote server rental service that provides powerful GPU machines. You can access the render farm remotely and use it in the comfort of your home or workspace. Same as iRender, Xesktop is an IaaS-based render farm. You can create and configure the server instances as you need and use them on demand. Moreover, the instances that you create will be saved and accessible from your user dashboard.

Software support

You will rent a powerful server from Xesktop and use it as your own computer. So you can install and use any application that needs GPU power, including Octane Render for Houdini. You can also install and use any version of the 3D software packages and render engines. Yet, you will need to provide your own licenses for any software that needs it.

Configuration

Xesktop provides 2 types of GPU servers: 10x GTX 1080Ti and 8x Tesla V100 servers. The 10x GTX 1080Ti server has 11GB vRAM and is equipped with a dual Intel Xeon E5 v4 CPU. Meanwhile, the 8x Tesla V100 server has 16GB vRAM and is equipped with a dual Intel Xeon E5 v4 CPU. But these two servers both have 256 GB RAM, 200 GB system drive, and 500 GB storage drive. 

Price

Regarding the price, the GTX 1080Ti server costs $6 per hour per node, whereas the Tesla V100 server costs $8 per hour per node. Besides paying as you use (billing per minute), you can also rent Xesktop’s servers for a week to save money with a 4% and 8% discount respectively.

Additionally, like any other render farm, Xesktop offers volume discounts for bulk purchases. The larger your purchase, the more bonus you will receive. Moreover, there are trial credits for you to test the service.

You can find more information about Xesktop here.

Conclusion – Octane Render for Houdini render farm

To sum up, Radarrender has selected the three best Octane Render for Houdini render farm. They are AnimaRender (SaaS), iRender and Xesktop (IaaS). AnimaRender is easy to use and provides a more precise estimation of the render cost with Demorender. Whereas iRender and Xesktop give you full control of the high-computing GPU servers.

See more: Best Houdini render farm

See more: Best Octane render farm

Part of our guide: for a full overview of cloud options, see the Octane render farm guide.

Part of our guide: for a full overview of cloud options, see the Houdini render farm guide.

The post Best Octane Render for Houdini render farm appeared first on RadarRender.

SideFX Houdini

Houdini is an award-winning 3D software developed by SideFX company. It combines exceptional performance with remarkable ease of use to give all CG artists a powerful and approachable 3D animation experience. Houdini’s procedural node-based approach enables you to produce more content more quickly, shortening timelines and enhancing versatility across all of your artistic projects.

Therefore, Houdini is widely used for creating feature films, commercials, and video games. Moreover, Houdini is perfect for modelers, lighters, character riggers, and animators as they use Houdini as a layout and lighting tool for visual effects.

Additionally, with Houdini, you can rely on many built-in and third-party rendering solutions. Mantra and Karma are two robust native render engines. It also provides integrated support for various third-party renderers such as RenderMan, Redshift, Octane, Arnold, V-Ray, etc.

Houdini 19.5. Image Credit: SideFX

Otoy Octane

Octane by Otoy is the world’s first GPU-accelerated render engine. It is also one of the fastest around, thanks to its unbiased nature. Furthermore, Octane is a physically correct renderer.

As a GPU render engine, Octane uses the graphics card on your computer to render photorealistic images super fast. Its parallel processing capabilities enable you to produce beautiful masterpieces in much less time. With Octane, you may produce the highest-quality images possible up to 50 times faster than with other CPU-based, unbiased renderers.

In addition, Octane is available as standalone software and as a rendering engine for a range of 3D software. Such as 3ds Max, Blender, Cinema 4D, Houdini, Maya, Modo, Nuke, Unreal, etc.

Octane 2023. Image Credit: Otoy

Octane for Houdini System Requirements

Operating System

• Windows 64-bit
• Linux gcc 4.8
• macOS

Processor: It is not a must to have a fast multi-core CPU, but it does significantly improve scene-loading speeds. It is recommended to get at least an 8-core CPU to use Octane’s out-of-core features.

RAM: A minimum of 8 GB RAM. 16 GB RAM or more is recommended.

Graphics card:

• Octane needs an NVIDIA CUDA-enabled graphics card. It runs on Ada, Ampere, Kepler, Maxwell, Pascal, Titan, Volta, and Turing GPUs.
• GeForce GPUs render more quickly and are clocked higher compared to the more expensive GPUs from Quadro and Tesla lines.
• Octane scales well in a multiple GPU configuration.

See more: How To Install Octane Render For Houdini

Is Octane for Houdini worth it?

As Houdini comes with powerful built-in render engines, many CG artists may wonder if is it worth learning a third-party renderer such as Octane for Houdini.

It is true that Mantra and Karma are very powerful renderers, not mention to they are native in Houdini. However, they have their downside. Mantra is very slow in terms of rendering speed. Karma is faster, it offers Karma XPU to take advantage of GPU for rendering. But Karma XPU is still in the beta stage in the latest Houdini 19.5 release.

Meanwhile, other third-party render engines have their own strengths when you use them to render in Houdini. Octane, for example, is well known for its fast-lightning rendering speed. What you can expect in Octane for Houdini?

Speed

Octane can render final-quality images 10 to 50 times faster than CPU-based, unbiased rendering engines by utilizing the GPU’s processing capability. No more “get up and wait” in your workflow, then. Moreover, Octane scales perfectly in a multiple GPU configuration. So you can just add more GPUs to your computer for faster rendering.

Interactivity

The final render appears in Octane’s on-screen viewport. You can adjust any setting and see the outcomes right away because any changes to the scene are displayed on the screen promptly.

Quality

Octane is a correct, unbiased ray tracer. It does not sacrifice accuracy for speed or use biased methods to approximate results. There are no tricks. With Octane, you can render images in extreme resolutions and do not have to wait long.

Octane for Houdini interface. Image Credit: Otoy

If you are new to Octane for Houdini, there are some nice tutorials by Rohan Dalvi on YouTube. Also, Entagma is a good learning source for multiple rendering options in Houdini.

All in all, if you are familiar with Octane or have been using it, it is fair to keep using Octane for Houdini. Since the renderer delivers a gorgeous overall look, especially, is fast as hell. On the other hand, if you are new to both Octane and Houdini, we recommend getting used to Houdini native renderers first, and going further with Octane, Redshift, or other render engines. You will learn faster that way.

Render farms supporting Octane for Houdini

As always, Radarrender recommends some best online render farms for CG artists when you guys need it. In this article, let’s see which render farm support Octane for Houdini rendering.

• iRender

• Xesktop

See more: Best Houdini Redshift Render Farm

Part of our guide: for a full overview of cloud options, see the Octane render farm guide.

Part of our guide: for a full overview of cloud options, see the Houdini render farm guide.

The post Octane for Houdini: Is it worth it? appeared first on RadarRender.

Octane Render by Otoy 

Octane is the best and fastest unbiased rendering software available. It’s not only a great rendering engine; when combined with Cinema 4D, it opens up a whole new world of possibilities that 3D artists want to explore. Break.

• Compatibility – PC native (Nvidia GPU only), Mac version with limited features
• Annual Price – €699 (super confusing pricing structure) via Otoy
• Monthly Price – Starting at €16.58 for small studios via Otoy
• Educational Institutions – NA
• Trial Version – Yes

Advantages

Stabilization 

This is the first advantage that we want to talk about when talking about octane. Since version 2020.2, Octane’s stats are considered to be much more stable than those of other rendering engines like Arnold or Redshift.

Fast rendering speed

Like most of today’s GPU rendering engines, Octane has earned the moniker of being the fastest rendering engine available today. Renders using Octane give quick results, especially those with glass or transmission materials.

Render beautyful

It is the word that describes the result after using Octane. The unbiased spectroscopic approach to rendering is truly amazing. Especially when it uses the ACES workflow.

Great community

Octane has a large community of artists and major studios that meet to discuss issues related to working with Octane. So you can easily find any answers when you have problems rendering with Octane.

Disadvantages

More features could be used

Although Octane has received regular updates with some great features (improved ACES workflow), it could still use some improvements. OSL helps fill the feature gap a bit, but I’d like to see more native features and nodes.

Quirks

Most GPU renderers suffer from puzzling problems. Almost all artists encounter this. Octane has many things that annoy Octane users, but it’s that incredible speed and looks that keep them coming back.

Octane Render Tips and Tricks

Get the most out of GPU-accelerated render time: Octane is an unbiased GPU-accelerated rendering engine, so to make sure it works with high performance, you must have a powerful graphics card and enough VRAM for your footage.

1. Take advantage of the live viewer: Octane’s Live Viewer is powerful; it provides a real-time preview of your scene and allows you to make adjustments while you work, seeing the results instantly.
2.  Use the Octane scatter object: The Dispersion object allows you to create large-scale scenes with many objects while maintaining render time and scene quality. 
3. Material Optimization: Use Octane’s Material Optimizer to reduce the number of nodes in your material, which can help speed up render times.
4. Use AI Denoiser: AI Denoiser is a feature that can significantly reduce render times while maintaining high-quality results. It uses artificial intelligence to remove noise from your render.

To learn more about Octane, you can see more about the article: Overview Octane And The Octane Cloud Render Farm

All you known Cinema 4D

Cinema 4D is 3D software developed to perform various tasks such as polygon, parametric, sculpting, and volume modeling. It offers a wide variety of tools for creating textures, materials, shadows, and materials based on nodes for 3D printing.

Cinema 4D also offers an object library, so you don’t have to pay for 3D files. And it is highly regarded in the industry.

Advantages of C4D

User-friendly interface: Cinema 4D has a very friendly interface. Whether new or old, you can quickly control the tools in it.

Advanced modeling tools: Providing advanced modeling tools that allow creating basic to advanced 3D models with ease

High-quality rendering: Cinema 4D’s rendering engines produce high-quality images and animations with the help of rendering engines and advanced features such as global illumination, ambient occlusion, and subsurface scattering. face. Besides, it can also integrate with the most powerful third-party rendering engines available today.

Integration with other software: It has the ability to integrate with other software, including Adobe After Effects, Photoshop, and Illustrator.

Tips and Tricks

Employ symmetrical objects: When modeling symmetric items, symmetrical objects can save you a ton of time. Only half of the object can be modelled because the other half will be automatically mirrored.

Utilizing the Content Browser will save you a ton of time by giving you access to a large collection of ready-made objects, materials, and presets.

Learn keyboard shortcuts: You may significantly speed up your workflow by learning keyboard shortcuts for frequently used tools.

By using the Reduce Polygon Tool, you may improve your 3D models for quicker rendering and more fluid playback.

How to work Cinema 4D with Octane Render

For producing stunning 3D visuals, many 3D artists choose to use Octane Render and Cinema 4D. The following are general instructions for utilizing Octane Render in Cinema 4D:

1. Install the Octane Render plugin for Cinema 4D: The first step is to install the Octane Render plugin for Cinema 4D. From Octane Render’s official website, you may download the plugin and follow the setup instructions.

You can see how to install OctaneRender in Cinema 4D. 

2. Create the scene: After installing the plugin, you may begin creating the scene in Cinema 4D. As with any other project, you can create your own cameras, lighting, and objects. Just bear in mind that Octane Render functions differently from Cinema 4D’s default renderer. So, be sure to develop materials that work with Octane.

3. To assign Octane materials, open the Octane Material Editor in Cinema 4D and choose the item you wish to work with. For your things, you can create and modify materials here. Glass, metal, plastic, and many other materials are supported by Octane. Also, you can obtain free content from the internet or import content from other libraries.

4. Set the Octane Render settings: You must set the Octane Render settings before rendering your scene. The final render’s quality and rendering time will be determined by the settings. You can change settings like the rendering mode, sampling rate, and render resolution.

After everything has been set up, you may begin rendering your scene. Octane Render employs GPU rendering, allowing it to render scenes more quickly by making use of the graphics hardware in your computer. You may keep track of the rendering’s development and change the settings as needed.

5. Post-process the render: Using Cinema 4D or another image editing program, you can alter the rendered image after it has finished. To get the desired outcome, you can modify the image’s color, contrast, and other elements.

Conclusion

Above is all the information as well as tips that, when working with Cinema 4D and Octane, you should know. As well as working with Cinema 4D and Octane.

In addition, we also wrote an article about the best render farm for Cinema 4D Octane that you can refer to if your machine is not powerful enough. Please use the service of a render farm to get the highest performance.

Part of our guide: for a full overview of cloud options, see the Cinema 4D render farm guide.

The post All you need to know about Cinema 4D and Octane Render appeared first on RadarRender.

Overview Octane Render for Houdini

What is Octane render for Houdini?

Octane Render is the first and fastest GPU render engine in the world. That is impartial, spectrally correct, and delivers quality and performance unmatched by any professional renderer on the market.

Houdini is a 3D animation and special effects software, it is developed by SideFX and they use it for web, Film, and video games. When you render, you can use Mantra. Mantra is the highly advanced renderer in Houdini. But, using Mantra renderer is slow, so you should use Octane render for Houdini. 

The new version of Octane render for Houdini

Octane renderer 2022.1 is a new version of Octane renderer for  Houdini beta build 2022.1.0.4 XB4. Otoy recently released Octane renderer 2022.1 XB4 for Houdini with many new features on two major operating systems, Windows X64 and Linux gcc6.3.1. The XB4 version is much improved over the previous XB0 version, which was released in October 2021.

Houdini production builds supported by Octane render 2022.1: 18.0.597, 18.5.759, 19.0.720, 19.5.303, 19.5.368, 19.5.403 and H19.5.403.

Octane 2022.1 XB4 was released by OTOy as a demo, so in this article, we can’t guide you to install XB4 for Houdini. We will also guide you to install Octane version 2021.1.5 latest release for Houdini 18.

Octane render version 2021.1.5.0 is completed and used in both Windows 64-bit and Linux gcc6.3.1

OctaneRender™ 2021.1 for Houdini™ support: 17.5.460, 18.0.597, 18.5.759, 19.0.561, 19.0.589 and 19.0.622. Additional build available for Houdini 19.0.657 and 19.5.303.

Feature of Octane version 2021.1.5

– The ambient occlusion AOV now has a new toggle option to switch between bump and normal mapping.

– New pin Input axes have been added to the vertex displacement node, allowing users to select between various interpretations of a vector map’s XYZ coordinates in object space.

– The rendering of SSS with fake shadow enabled when it is nested inside another specular material with fake shadow enabled was excessively dark. This problem has been fixed.

– Corrected erroneous material rendering when nested dielectrics are enabled, RTX is off, and the camera is moved.

– Resolved render error when the baking camera was used with a baking group ID that had no UV data.

You can see all features of Octane render 2021 here. 

Configuring Octane for Houdini

OctaneRender supports the most popular operating systems:

• Windows® 7 or higher (64-bit)
• Linux® (64-bit)
• macOS® 10.13.6 High Sierra (Note: 10.14 Mojave and 10.15 Catalina do not support NVIDIA CUDA)

Octane does not use a CPU for rendering, so it does not need a powerful CPU with many cores and threads, but the CPU greatly improves the loading speed of the design scene file.

Other, Houdini 18.0 is available for Windows 8+, macOS 10.15+, and Linux distros.

Therefore, we recommend that you use the Windows 8+, macOS 10.15+, and Linux distros configuration for Octane render for Houdini as the best.

How to install Octane render for Houdini

Step 1: Download Octane render version 2021

You visit the Otoy site and create an account to download the Octane for Houdini version. After creating an account, you buy this Octane version 2021.1.5.0 (picture below) to download to your computer.

If you are unable to purchase it, contact Otoy’s customer support team to purchase that version.

Here, there are three OS: Windows, macOS, and Linux. You should select which one you use.

Or you want to try the latest version of Octane for Houdini then you can also follow the steps below: 

1. Visit Otoy and click on Try. 
2. After that, click on Demo 
3. Next, you scroll the page and go to Fully Integrated Plugin. 
4. You search for Houdini and select the version for the operating system you are using.
5. Check the filename and version

Note: 

• The demo version has the following limitations:
• Render resolution output is fixed at 1000×600 pixels
• Project and render output cannot be saved
• Online LiveDB material database feature is not included
• Render output contains a watermark (Octane logo and stripes)
• No network rendering

Step 2: Now, you go to unzip the folder of downloaded the file.  

Step 3: You move on to the plugin installation step for Houdini

First, Open unzipped folder, find the folder that closest version of Houdini to the one you are using. Move it to anywhere you want, here we have placed it in the C:\ drive.

Step 4: Open the Octane folder you just transferred to the destination folder, navigate to the bin directory, and copy the path from the Windows explorer in this step. Edit them all to “Go to This PC > Documents > houdini18.0 and find “houdini.env” file and open it with Notepad. Add these lines below:

HOUDINI_DSO_ERROR = 2

PATH = “C:\Octane_2021.1.5.0_Houdini_18.0.597_Win64\bin;$PATH”

HOUDINI_PATH = “C:\Octane_2021.1.5.0_Houdini_18.0.597_Win64;&”

Mind that “C:\Octane_2021.1.5.0_Houdini_18.0.597_Win64” is our path to the Octane plugin folder, you can change it to the folder location you have set.

Step 5: You can now open Houdini and work with Octane in the menu bar. You can find Octane version 2021.1.5 in Added shelves.

Pay attention when installing Octane for Houdini

1. When you install Octane Render for Houdini you must find the version that matches your Houdini installation to avoid problems.
2. If during you cannot find the houdini.env file, please contact Otoy or SideFX or create a topic on their forum.
3. If you use Octane render for Houdini and then use the render farm to render, you need to pay attention to choosing a render farm. Because some render farms that follow the SaaS model will not support Octane render for Houdini. They usually only support Octane for Cinema 4D or 3Ds Max.
4. You can choose IaaS to render farms to install the renderer yourself, but you should pay more attention to the license part.

If you encounter any difficulty while installing Octane render for Houdini please send us a message and we will help you or you can post on Otoy and SideFX forums.

See more:

1. Best Houdini Render farm
2. Best render farms for Octane

Part of our guide: for a full overview of cloud options, see the Octane render farm guide.

Part of our guide: for a full overview of cloud options, see the Houdini render farm guide.

The post How to install Octane render for Houdini appeared first on RadarRender.

Why should you choose Octane for Cinema 4D?

First of all, Octane is pretty easy to use. Don’t get me wrong, you can dive in really deep and do complicated things with Octane but you will already get good-looking renders learning just the basics. 

The second reason, that may come as a surprise to you is the pricing. You only pay about 20$ a month or less, it does come at a cost but it definitely pays off if you use it professionally. It means it isn’t that much compared to what you pay for Cinema 4D itself. 

The third reason that makes the Octane subscription worth it is the extras that come with it. Think of the Ambergen license, one free kitbash 3d model pack every single month, and much more. On top of that Octane isn’t limited to just Cinema 4D. It also covers much other 3D software and has a standalone version too. 

Before you pay, you should check how well it would in your system and if it is something for you in the end. Good thing is that the demo basically has all functionality except for a restricted resolution of a thousand pixels by 600 pixels and a 10 water on top of it. 

Benefits of using Cinema 4D Octane renderer

Having a smart and speed-up work pipeline

One of the great differences between CPU rendering and GPU rendering is how fast you can render an image. If you are doing Cinema 4D with standard or physical rendering so time rendering is so slow. But with an Octane renderer, you only need a few minutes to render 1 frame of an image. Octane cuts through simple scenes like butter and turns those minutes into seconds.

LiveViewer will significant your workflow 

One of the advantages of Octane is Interactive Preview Region (IPR) and LiveViewer is labeled for an IPR. This tool allows users to see a renderer scene in real-time. You think, Octane uses GPUs to render, IPR helps you see your frame and the light is added to its beauty. 

The octane community is big

The Octane Community have over 25k member in Meta, on the other hand, the official Otoy forum has 699323 members. If you have any questions about Octane, you can post them in the group or forum, the members will help you solve the questions quickly and simply.

Octane offers ORC (Octane Render Cloud), a custom version of a render farm. For the best experience with Octane Cinema 4D, you should use render farms that support this two software. Here are the top 5  best Cinema 4D Octane render farms today that we have used and experienced for you.

Top 5 best Cinema Octane Render Farms 

The list of best Cinema 4D Octane is sorted randomly, we will include information about the render farm and the software extensions they support to help you choose the best Cinema Octane render farm for your project.

iRender 

iRender is a famous render farm, it was established and developed in Viet Nam. iRender is the best Cinema 4D Octane render farm, iRender supports all versions of both Cinema and Octane renderers. iRender is chosen by many 3D artists to render. Because, when you render in iRender you have full control over your computer and your workspace. Which software do you use, how many versions you can install to implement your project? Very comfortable and convenient.

Octane support: iRender support all versions of Octane. 

Cinema software support: All versions of Cinema 4D. 

Hardware: 

• OctaneRender support all major platforms:
• Windows® 7 or higher (64-bit)
• Linux® (64-bit)
• macOS® 10.13.6 High Sierra (NOTE: 10.14 Mojave and 10.15 Catalina do not support NVIDIA CUDA)

A few notes for you when using iRender farm:

1. You have to set up your own working environment: Install the user software and render the software yourself for rendering.
2. After rendering you have to manually download your product to your machine. Your working environment will be saved. The next time you use iRender farm, you must not reinstall the software again.
3. Of course, for the license part, you have to prepare yourself. iRender has support, but you should carefully ask your support service before rendering.

Rebus Farm 

German-based Rebus Farm has a lengthy history and a stellar reputation among several studios. Rebus offers a SaaS platform with the RebusDrop plugin already built into your host application. RebusDrop sets up your scene and uploads it to the cloud along with all of your assets and render parameters. The rendering process can be followed on their web portal. The output will be downloaded automatically to the target folder you specified on your local machine after rendering is complete.

Cinema 4D support: R14 R15 R16 R17 R18 R19 R20 R21 S22 R23 S24 R25 S26 2023

Octane software support: Last Stable Version

Hardware: 

For CPU rendering, the farm operates with AMD’s Threadripper 3970X and for GPU rendering, you experience the power of NVIDIA’s Quadro RTX 6000 on their farm. 

Note 

1. If you use Rebus farm to render your project, you should ask rebus’s support about software and renderers on their farm support before rendering. Because maybe the software or rendering software that you are using they don’t support on their farm. Then the product you produce will not meet the requirements.
2. With our 24.84 $ free trial, you may start rendering for nothing. Afterward, the render farm consumption is only $1.19 per GHz (Gigahertz hour). Using our numerous discounts, the price may even be less than the cost of 1.19 cents per GHz.

Ranch Computing 

Ranch Computing is a French render farm, and also a SaaS render farm. Ranch has its own tools so that customers can transfer their projects to Ranch’s system easily and quickly. That tool is Ranchecker. Ranch Computing is the best Cinema 4D Octane render farm because it supports all versions of Cinema 4D and Octane. 

Octane support: 2023.1.1

Cinema software support:2024, 2023, R17, R18, R19, R20, R21, R22, R23, R24, R25, R26. 

Hardware: 

CPU: 28 GB or 256 GB (with the render priority CPU-Low-256)

GPU: High-end NVIDIA cards, VRAM: 11 to 24 GB, OctaneBench 2020.1.5 score: ~1,400 to 2,700 per node

Note: 

1. You can’t test a specific Ranch hardware system like render farms you can control and set up yourself.
2. As for the price, Ranch allows you to rent by the hour, by day, by week and by month, … the longer you rent, the higher the discount for you.

Animarender

Animarender is the best Cinema 4D Octane render farm, AnimaRender combines in its infrastructure both computing powers with a large number of modern video cards for GPU rendering and 250 dual-processor servers for CPU rendering. On AnimaRender you only pay only for the actual time used by the servers to calculate the graphics.

Octane support:2023.1-R2

Cinema software support: 2024, 2023, R18, R19, R20, R21, R24, R25, R26.

Hardware: 

• Dual Xeon servers, 64/128 Gb RAM
• Theadripper 3970x servers, 256 Gb RAM
• GPU servers based on Nvidia GTX 1080Ti, and RTX2080Ti graphics cards
• Data storage is provided by several storages on modern SSD disks. The upstream of the render farm is 2 Gbps.

Note: 

1. Animarender is also built under the SaaS model, so they also have a file transfer tool called AnimaManager. Before rendering, you have to download the app to transfer the file to their system.
2. Animarender supports only some popular software, not all software and versions. So you need to ask carefully before rendering.

RNDR Network

The Render Network® was founded in 2016 by Jules Urbach, CEO of OTOY. This is the first step to his dream of rendering. The Render Network has been growing from strength to strength in the years since its establishment. The Render Network has revolutionized digital production by becoming the top supplier of decentralized GPU-based rendering solutions.

Octane support: 2020.1.4, 2020.1.5, 2020.2.3, 2020.2.5, 2021.1, 2021.1.1+

Cinema Support: Please check with support

Hardware: Depends on the GPU owner’s hardware. Currently, the RNDR Network requires an NVIDIA GPU 1070 with at least 8GB of VRAM, 32GB of system RAM and a minimum of CUDA 10.1 drivers with support for compute capability 3.0 or higher.

Note: 

Require an OctaneRender subscription or box license.

Above are the top 5 best Cinema Octane render farms that we have compiled. You can also look for other render farms for Cinema 4D and Octane. If you have any information, do not forget to share it with us and others.

Maybe you are interested in: TOP 5 BEST RENDER FARMS FOR CPU AND GPU

See more: BEST RENDER FARMS FOR OCTANE RENDERER

Part of our guide: for a full overview of cloud options, see the Octane render farm guide.

The post Top 5 best Cinema 4D Octane Render Farms appeared first on RadarRender.

Octane render: what is it?

In 2012, the New Zealand-based OTOY firm launched Octane. Everyone in the VFX business is quite familiar with octane because it is frequently used in advertisements, movies, and rendering for buildings. Filmmaking, interior design, the 3D creative sector, and Octane, a well-known render engine used for C4D, are just a few of the businesses that use Octane render engine.

What makes working with Octane appealing to renderers?

The lighting and texturing are excellent features, and the other materials, shaders, camera, and motion blur are thoughtfully rewarded in Octane’s stunning output. Because Octane is quick, controllable, and enjoyable to use, you can get results that are more photorealistic than with any other engine. Octane offers its users simple render options so they can spend more time on the actual creative process and less time troubleshooting settings. Octane is simple to learn, yet it offers a wide range of complicated capabilities that support OSL script, volumetric shading, and much more to allow it to be used in a wide range of applications.

Octane is a quick, intelligent activity that is among the best for GPU cloud rendering. On the other hand, you can use LiveViewer to speed up your work with Octane. Users can observe a rendered scene in real-time thanks to this feature. especially when rendering is handled by the GPU in octane. When an object is modified, lighting is added, or the texture composition changes, IPR updates instantly. Octane reduces the cost of hardware upgrades.

What renderers don’t like about working with Octane? 

Although the plugin interaction with Cinema 4D, their preferred 3d software, has been done nicely, Octane occasionally crashes, and there is room for development. More tools for integrating Cinema 4d’s tools into the Octane workflow are something would like to see. 

“Despite the fact that Octane’s parameters are kept to a minimum, I occasionally wish I had the ability to deviate from the unbiased method, for instance by splitting the numbers for reflection and refraction. I’ve never felt that finding the most recent versions on the forums and then having to search them for patches was the best way to keep my software up to date”, a 3D artist shared. 

What issues is the product addressing, and how does that help you?

Simply put, Octane has made it possible for me to significantly raise the caliber of my work. Octane’s elegance and speed have completely changed the way people work with textures, lighting, and sophisticated elements that require lengthy render times, such as displacement or subsurface scattering. A creative is liberated from lengthy render durations spent patiently trying to construct a render by being able to see and alter their renders fast in a live render viewer, which cannot be overstated. Due to Octane’s rapid render times and user-friendly workflow, you may work considerably more productively in the time you save.

Octane cannot use a normal render farm. Currently, one of the biggest drawbacks of using Octane is that you struggle with extremely large projects or deadlines. You need a render farm to make progress and meet deadlines. Octane offers ORC (Octane Render Cloud), its own version of a render farm. However, it was super expensive. There are other render farms you can use. However, this violates the EULA (End User License Agreement), and getting caught can mean losing your license. It would suck.

Top 3 Octane cloud render farm 

We had a list summary top 3 Best Render Farms for Octane Renderer in the article, you can read and choose a render farm that helps you speed up when working with Octane Renderer. 

Conclusion 

Octane is the faster render engine in 3D rendering. Octane supports high-resolution textures, mesh emitters, IES files, and a sun/sky system. You can rotate or position an HDRI file in your scene, or turn any object into a mesh light by enabling the emission property of the material. Octane allows you to manipulate the lighting in the scene according to your choice.

Part of our guide: for a full overview of cloud options, see the Octane render farm guide.

The post Overview Octane And The Octane Cloud Render Farm appeared first on RadarRender.

Currently, render engines play a crucial role in 3D rendering and become a dispensable part. Apart from built-in systems such as Arnold, MentalRay, there are well-known render engines that speed up the rendering process dramatically, 10 or even 100 times faster than others. When opting for a render engine, you may self wonder whether this render engine is compatible with your software or not? Is it suitable for your needs? Is it easy to learn and use? Do you need to upgrade your hardware for this renderer? and so on. Today, Radarrender will look at the two fierce competitors in the renderer market: Redshift vs Octane. Let’s find out

• What Redshift vs Octane is?
• What pros and cons between Redshift vs Octane?
• Which cloud rendering service is suitable for Redshift vs Octane?

1| What Redshift vs Octane is?

REDSHIFT BY MAXON

Redshift Rendering Technologies Inc was founded in early 2012 in California with the goal of developing a production-quality, GPU-accelerated renderer with support for the biased global illumination techniques that until now have remained squarely in the CPU-only domain. Redshift is now part of the Maxon family and is quickly becoming the go-to render engine for the motion design community. Redshift render engine supports a nice selection of 3D programs: Autodesk Maya, Autodesk 3Ds Max, Maxon Cinema 4D, Houdini, and Katana.

When it comes to Operating Systems, Redshift works on multiple platforms including:

• Windows 7, 8, 10 (64 bit)
• Linux Glibc 2.12 or higher (64 bit)
• MacOS El Capitan 10.11 or higher

5 main 3D software that Redshift is supporting with particular software versions are listed in detail as the following table:

There are 2 types of Redshift licenses: Node-Locked and Floating ones. 

• Node-locked licenses are tied to a specific machine but are hostable, that is they can be transferred from 1 machine to another using the Redshift licensing tool. Transferring a license requires a working internet connection on both the source and target of the transfer at the time of the license transfer. Node-locked licenses may be purchased directly from the Redshift website for immediate use.
• Floating licenses are dynamically allocated on demand from a pool of licenses managed by a license server running on your network to individual machines running Redshift. The number of floating licenses you have defines the number of machines that can use Redshift concurrently. Floating licenses are available by contacting sales. There is a 5 license minimum for floating licenses. Customers with existing Redshift floating licenses can add additional floating licenses with no minimum purchase. 

Let’s take a look at the following image to know more about Redshift Pricing

In addition, there are Annual Subscription and Monthly Subscription for Cinema 4D software that Redshift is compatible with

• Annual Subscription – $81.99 per month via Maxon
• Monthly Subscription License – $116.99 per month via Maxon

OCTANE BY OTOY

OctaneRender® is one of the world’s first and fastest unbiased, spectrally correct GPU render engines, delivering quality and speed unrivaled by any production renderer on the market. As a product of Refractive Software, Octane was founded by Terrence Vergauwen, a key developer of LuxRender. In March 2012, Refractive Software was bought by Otoy which also has investment from Autodesk. Now, Octane is a member of the Otoy family. Octane supports many software such as 3Ds Max, Maya, Cinema 4D, Houdini, Daz Studio, Unreal Engine, and so on. 

When it comes to Operating Systems, Octane works on multiple platforms including:

• Windows 7, 8, 10 (64 bit)
• Linux (64 bit)
• MacOS 10.15 or higher

21 main 3D software that Octane is supporting with particular software versions are listed in detail as the following table:

There are 2 types of Octane licenses including Studio Subscription and Enterprise Subscription. 

• OctaneRender® Studio Subscriptions allow artists and studios full access to OTOY’s acclaimed OctaneRender VFX software and ecosystem through low monthly or annual subscription offerings on a maximum of 2 GPUs. Studio Subscription costs 19.99€/month and 198.96€/year.
• OctaneRender® Enterprise Subscriptions allow artists and studios full access to OTOY’s acclaimed OctaneRender VFX software and ecosystem through low monthly or annual subscription offerings with network and offline rendering support and enable them to use more than 2 GPUs. Enterprise Subscription costs 29.99€/month and 299.04€/year.

2| Pros and Cons between Redshift vs Octane

In terms of rendering stills, image quality is the first criterion. Waiting for 10 minutes or even an hour for a final render with the noise to clean up isn’t such a big deal. As a result, for stills, Octane is an ideal option. However in animations, you need at least 24 frames per second, so it adds up really fast and speed is way more important. For animations, Redshift seems to defeat Octane and be the first option. Furthermore, when you are working in a large 3D production environment, the need for an easily understandable workflow is absolutely necessary and has become more crucial than before. Therefore, if your studio integrates Redshift in the production pipeline, it would be extremely easy for 3D artists to translate their knowledge to this renderer and get used to it because the workflow is somehow similar to Vray or Arnold. 

3| Cloud rendering service for Redshift vs Octane

If using Redshift, you need to invest a large amount of money while Octane requires robust hardware to avoid being crash. It is likely that your local computer or your budget may not meet all requirements. It’s time for you to think of using a cloud rendering service. In the market, there are two main types of cloud rendering service which are based on an IaaS (Infrastructure-as-a-Service) or SaaS (Software-as-a-Service) model. IaaS render farms allows you to take full control of powerful remote servers and do whatever you want with them. This means that users enable to adjust and customize their scenes at the highest level which is suitable for studios, large projects with a complex production pipeline. Meanwhile, SaaS render farms are easier to use when you just need to prepare your job and upload it to the SaaS render farms, then submit it to render. However, you are not able to adjust your scene files if problems arise and it may take hours to fix errors on your local computer then send the file back to the render farm to re-render. As a result, SaaS render farms should be used for straightforward projects with a simple production pipeline.

Based on what we reviewed and rated top render farms currently, Radarrender chose 2 representatives for the two aforementioned rendering service types. In detail, iRender Farm represents the IaaS rendering service while that of SaaS is Rebus Farm. Both render farms got the highest marks with 3 stars by Radarrender. Please read more detail in the Review section: Rate and Review iRender Farm vs Rate and Review Rebus Farm

From our experience, you should not believe in the estimator of render farms. The most accurate way to know exactly how it charges your project is actually rendering a few frames on the render farm. And here’s the render time, costs as well as the final results we got from iRender Farm & Rebus Farm. 

Rebus Farm

We would bring the identical C4D & Redshift file that was rendered on our local machine with 1x GTX 1060 to test it on Rebus Farm and iRender Farm. On our locals, it took 2,5 minutes to render a frame for the C4D & Redshift file.

First, we made a test on Rebus Farm in terms of Cinema 4D software and Redshift render engine. We sent the scene file to the Rebus system and let their farm render our job.

+ The total number of frames: 11

+ The queue time: 11,42 minutes

+ The render time: 26,75 minutes

+ Cost: $1,19

→  Average: $0,11/frame/2,43 minutes (the queue time not included)

We could not know which GPU type was used for rendering as well as customize and take control of the job. According to Rebus advertisement, there are Quadro 6000 graphics cards on their farm. However, it seems that the render speed on Rebus Farm machines is just 4,2 seconds quicker than that of our local machine with only 1x GTX 1060.

iRender Farm

Next, we made a test on iRender Farm with the same file that we tested on Rebus Farm. This cloud rendering service offers a wide range of GPU types, as a result, we would like to test on a 6x RTX 2080Ti machine and a 6x RTX 3090Ti machine. Thanks to the IaaS model, we can take control of these robust machines and customize the scene files to know how they are rendered while utilizing the power of multi GPUs.

It took 15 minutes to install all Cinema 4D software and Redshift renderer we needed. Fortunately, we just needed to do it for the first usage because iRender would save installed data that are available for the next time. Unlike other IaaS render farms, iRender Farm also supports Redshift licensing, so we didn’t have to allocate such a great amount of money for purchasing Redshift licenses.

The testing result on the 6x RTX 2080Ti:

+ The total number of frames: 11

+ The boot time: 10 minutes

+ The installing software time: 15 minutes (one time only)

+ The setting file time: 3,67 minutes

+ The render time: 1,33 minute

+ Cost: 3,13$

As you can see in the following image, we were able to know it took 6 seconds to render a frame and the total render time was only 1,33 minutes for 11 frames. The boot time on iRender Farm is somehow similar to the queue time on Rebus Farm.

→  Average: $0,07/frame/6 seconds (the boot time and installing time not included)

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We also used the 6x RTX 3090 machine. For the second time, we did not need to install Cinema 4D and Redshift again. Admittedly, the render time on the 6x RTX 3090 machine was still 1,33 minute, equal to that of the 6x RTX 2080Ti machine. The usage time was only 7 minutes, so it cost $2,732 for rendering 11 frames. Therefore, we should make a test with a larger project on the 6x RTX 3090 machine to see the dramatic differences between RTX 2080Ti and RTX 3090.

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See more:

1. Best render farm for Octane
2. Best render farm for Redshift

The post Redshift vs Octane Comparison: Which is the best render engine? appeared first on RadarRender.