HoudiniSketchUp Cloud RenderingArnold Render FarmRedshiftUnreal Engine Render FarmOctane RenderBlenderOctane for C4DGPU RenderingCorona render farmUnreal Engine cloud renderingrender farm for keyshotRenderManCPU RenderingGPU Render FarmMalaysiaClarisse Render Farm3ds Max TutorialsC4DRedshift Render FarmRender FarmHoudini Render FarmArnold for MayatyFlow3D TutorialZBrush Tutorials3D RenderingVrayMayaKeyshotAnimated FilmsArnold for BlenderV-Ray for BlenderCinema 4DOnline Render FarmV-Ray for 3ds MaxSketchUp Render FarmMakuta VFXOpen Image DenoiseMental Ray for MayaFilmsBlender Render FarmChina Box OfficeArnoldVFXFox RenderfarmRedshift cloud rendering3ds MaxV-Ray Render Farmboar 2017C4D Render FarmGPU MiningOctane Render FarmRenderman for HoudiniBaahubalicloud renderingV-Ray Cloud RenderingAnimated Movies RenderingArchVizV-Ray for MayaThe PredatorNVIDIA IrayLightWave3ds Max Render FarmBlender CyclesBlogMaya Render FarmThe Lego Movie 2: The Second PartCG CompetitionV-Ray RenderingAnimation BasicsChaos Groupcloud render farmSIGGRAPHManual ModelBehind The Scenesv-ray for sketchuparnold for c4dRenderingRedshift for C4DSpider-Man: Into the Spider-VerseDisney MovieSoftimageCGVrayCaptain MarvelProoiAliyunCGTS MalaysiaCloud Rendering ServiceCG ChallengesLinuxRendering farmThe Wandering EarthArnold GPUOscarsFox NewsWhite SnakeEvermotionVideo Games RenderingAquamanMaya Cloud RenderingAlibabaMAXONRalf SczepanIntelHPCShort FilmsAlita: Battle AngelSpecial EffectsFox Lectures阿里雲RibbitSketchUpEvermotion challenge 20172015 Hangzhou Computing ConferenceCGTSLady and the TrampMotionVectorSIGGRAPH Asiaenchantedmobfox renderfarm interviewPlanet UnknownBollywood FilmsMortal EnginesBumblebeeAladdinFox ProjectsLife of BriCICAFhard driveCSFFVray Cloud RenderingCrow: the Legend3ds cloud renderingLive-action MovieMichael WakelamIndigo RendererJulio Sotosiggraph cafCG Tech Summit MalaysiaNewsletterInvisible EffectsHow to train your dragon3d Max Render FarmAnimated Shorts FilmsTop NewsHot SpotsMonkey Islandhum3d contestBaahubali 2anthem studiosCG Tech SummitInterviewCGTraderKunming Asia Animation ExhibitionVAXRookiesCG StudiosPeter DraperDeepSIGGRAPH Asia 2017Le Anh NhanHum3d Survial Car ChallengeDead PoolFirst ManWORLD LABMr. HublotV-Ray RTLuxRenderRafael Chiesweeklycgchallengesiggraph 2017

Rendering Consumes Graphics Card or CPU? How to Optimize 3D Rendering?

Last edited on: 2023-12-08

cloud rendering | Render Farm

Rendering Consumes Graphics Card or CPU How to Render 3D Efficiently cover

The question of whether rendering consumes graphics cards or CPUs depends on the situation. In the case of real-time rendering, the vast majority of rendering is done with the graphics card, or GPU; in the case of offline rendering, mainstream 3D rendering still consumes the CPU. Of course, whether to use CPU rendering or GPU rendering depends mainly on the renderer used. Today, as a leading cloud rendering service provider and render farm in the CG industry, Fox Renderfarm is here to give you a detailed analysis of various rendering situations to help you solve this problem.

Two Types of 3D Rendering: Real-time Rendering and Offline Rendering

Rendering Consumes Graphics Card or CPU How to Render 3D Efficiently 1

Real-time rendering currently has two concepts, one is what you would normally see when playing games on the following devices: computers, tablets, phones, consoles, smart TVs, etc. The images are generated instantly on the hardware used to play the game, and for this kind of rendering, in the vast majority of cases it will be more consuming in terms of GPU arithmetic power. Of course, this can also be done with the help of a real-time rendering cloud platform, which relies on cloud GPU arithmetic power, and users get real-time rendered images pushed to local devices while playing games. The second is the case of using the Eevee renderer, Blender's real-time rendering engine that uses OpenGL to achieve rendering goals while focusing on speed and interactivity. PBR Eevee can be used interactively in the 3D viewport and can also generate high-quality final renders.

Offline rendering (or pre-rendering) can be used for animated movies, visual effects, architectural visualization, etc. In this case, the image is rendered in advance and the result comes out like a movie when presented to the viewer. For example, Cycles is a ray-trace based production render engine for Blender that uses offline rendering techniques to create realistic scenes and high-quality animations.

For offline rendering, both CPU and GPU can be used to render images, but this depends on several factors: the 3D software used to create the image, the size of the scene, the rendering speed, etc., although in the majority of cases CPU rendering is used.

Note: You need to determine whether your project uses CPU rendering or GPU rendering based on the type of rendering you want and the 3D production software and renderer used. It is important to choose the correct rendering method to improve rendering efficiency and optimize 3D rendering.

What is the Relationship Between Cloud Rendering and 3D Rendering?

You should know what 3D rendering is through the explanation above. Then what is cloud rendering that you often hear about? Rendering consumes a lot of computer power, and cloud rendering is equivalent to gathering many computers together to achieve a high level of performance of a supercomputer (like render farm), helping you to render your files on non-local computers for the purpose of accelerating rendering, saving local resources, etc. In short, cloud rendering can accelerate your 3D rendering.

So, whether it's CPU rendering or GPU rendering, if you want to optimize 3D rendering, the most convenient way is to use a cloud rendering farm for batch fast rendering. Fox Renderfarm is an efficient cloud rendering farm that focuses on 3D rendering. If your project is an animation with a large number of frames, you can choose Fox Renderfarm's CPU/GPU rendering services to use multiple or even hundreds of machines for simultaneous rendering according to your needs. If is a project that needs a long rendering time for a single frame, then you can choose 4 or even 9 machines to render a single image in chunks at the same time to get your 3D rendering results efficiently. If you have never used a render farm before, we will also provide a free $25 rendering voucher for you to test, and you can choose whether to continue using Fox Renderfarm's cloud rendering service after the test.

Welcome to join us

Partners

Previous: What is a Cloud Render Farm?

Next: Top 6 Arnold Render Farms in 2024

Interested

What is Cloud Rendering and How does Cloud Rendering Work?

What is Cloud Rendering?Cloud rendering is a process where users upload 3D assets to the cloud server to do the computation/rendering, then the cloud server sends the results back to the users. It includes offline rendering (render farm), real-time rendering, and other computations made by the servers in the cloud.How does Cloud Rendering Work?Cloud rendering, or distributed rendering, is the process of rendering 3D files in a cloud rendering service platform, aka a render farm, according to the files and parameter settings provided by the users. The jobs will be distributed to required servers. And the servers will send notifications to the users when the computation/rendering is completed. If you are using the Fox Renderfarm client, rendered assets are set to download automatically to a local folder as chosen by you, while web client users need to download them manually.How Much Time Will I Save with a Cloud Rendering ServiceDifferent projects’ computing times vary considerably. Cloud rendering services provide powerful computing capabilities. Theoretically, the more render nodes are assigned, the shorter the computing time is. For example, distributed rendering provided by Fox Renderfarm can compute a render job with multiple servers together, which can save time drastically. The render job that takes one month to render locally can even be completed in 15 minutes in Fox Renderfarm. The approximate time saved can be calculated in the cost estimator.Here are some projects that also use a cloud rendering services:How to Use a Cloud Rendering Service?Users can package their own customized files, upload the packaged files to the cloud rendering server through the cloud rendering client, make full use of the computer hardware resources in the cluster network, and calculate the complex 3D scene through a large number of computer calculations to generate a preview image or the final animated image for visual effect adjustment or post-production synthesis.Better rendering hardware, lower rendering costs and easier to use. These are the points where cloud rendering has advantages over traditional rendering.Why choose Fox Renderfarm - The Best Cloud Rendering ServiceAs an industry-leading cloud render farm, Fox Renderfarm provides more secure, more reliable, simpler, smarter, and cheaper cloud rendering services. Mass rendering nodes are available for users anytime, anywhere. Both CPU and GPU rendering are supported. Professional 24/7 service team is at your fingertips. And Fox Renderfarm has been widely praised by CG studios, film companies and artists. It is your trusted TPN-accredited render farm. It offers a $25 free trial.Let's take the Maya web submission process as an example, only 4 steps in Fox Renderfarm: submit > analyze > render > download,Click the "Submit" button on the left, select the software for submission> set a project path (Note: select a project path to map the local Maya project path)> select the document for rendering, after that, click "Next".Add software configuration after submitting the job (Note: selection of the rendering system), click "Go Analysis" and wait patiently for the analysis to be completed.Click the job with "Analysis Done", set render parameters and then submit it for rendering (Note: the rendering actually starts only at this job)On the rendering page, click the job > export the file > download.Enjoy your journey with the leading cloud rendering services provider and CPU & GPU render farm, Fox Renderfarm, which offer free $25 trial!

2023-12-08

Does Cloud Rendering Have Strict Computer Requirements?

Cover artwork by Kay John Yim Does Rendering Have Negative Effects on Computers?Rendering refers to the process of converting a three-dimensional computer model or scene into a two-dimensional image or animation. So, does rendering have negative effects on computers? The answer is yes, rendering can be harmful to computers. The more intensive the calculation process, the more power it requires. Increasing power usage also means increasing heat output, naturally shortening the lifespan of computer components due to running at higher temperatures. Continuous intensive rendering can eventually lead to computer damage or failure under certain circumstances.If the thermal synchronization and ventilation of a computer/laptop are not sufficient, heat can quickly melt or "blow up" lower-end components (such as integrated graphics chips, CPUs, solder balls on the circuit board of memory, GPUs, etc.). If you are using a laptop or computer that is not specifically designed for professional rendering or gaming, it can be expected to fail faster. However, there is no need to worry too much because computers are built for usage, and although they generate a lot of heat during operation, they are designed to dissipate heat, and reduce performance to lower levels when the temperature exceeds the safety threshold, which will slow down the rendering speed accordingly.Some design studios or animation companies may choose to establish a local render farm with lower-end hardware specifically for rendering. However, when facing tight deadlines, manual supervision of these rendering projects can be time-consuming and labor-intensive. At such times, most industry professionals would opt for cloud rendering, utilizing cloud-based computing clusters to accelerate project results.Does Cloud Rendering Have Strict Computer Requirements?For those who have never used cloud rendering before, they may ask: Does cloud rendering have strict computer requirements? What kind of configuration is required to use cloud rendering? In fact, cloud rendering has no specific requirements for computer hardware configurations. As long as your computer has 3D software and the version of the 3D software is not too old to be compatible with cloud rendering, it can be used for cloud rendering.Taking Maya as an example, if you are using Maya 2016, and Fox Renderfarm supports this version of Maya, you can submit your project for cloud rendering. Therefore, there are no specific requirements for computer hardware configurations for cloud rendering, but there are requirements for your software version and plugin type. Moreover, legitimate and technically advanced cloud rendering platforms support user-defined plugin uploads, so there is no need to worry too much. Just consult the platform's customer service before submitting your plugin. For instance, Fox Renderfarm is compatible with most mainstream software and plugins, all of which have genuine licenses, so there is no need to worry about using them. In addition, new users can register and try it for free with a $25 trial. If you are still struggling with rendering, it is recommended that you try cloud rendering!

2023-12-13

5 Best Cloud Rendering Farms for 3D Projects

In today's digital age, cloud rendering has revolutionized the way we create and view stunning visual content. Whether you're a professional animator or an aspiring filmmaker, harnessing the power of cloud rendering can make all the difference in bringing your creative visions to life. But with so many options available, how do you choose the best cloud rendering farm for your 3D projects? Therefore, in this article, we will introduce you to the 5 best cloud rendering farms.Part 1. What is Cloud Rendering?Cloud Rendering, is a model that utilizes cloud computing technology to provide users with remote online 3D rendering services. Users only need to upload their project files to the cloud server through the network, and then they can use the powerful arithmetic power provided by the render farm to perform 3D rendering and download the final files.Part 2. Why Choosing Cloud Rendering Farm for 3D ProjectChoosing a cloud render farm for your 3D project offers several advantages over traditional local rendering methods. Here are some reasons why you should consider using a cloud rendering farm:Advantage 1: Cloud rendering farms enable faster, more efficient rendering than relying only on local hardware because they have access to high-performance computing resources, including powerful servers and GPUs.Advantage 2: The cloud render farms offer the flexibility to easily adjust allocated resources to meet your specific needs, whether you need to render a single frame or an entire animation. This scalability ensures that your project is completed in the expected time schedule.Advantage 3: For small studios or individual artists, investing in specialized rendering hardware can be expensive. Cloud rendering farms offer a cost-effective alternative by offering a "pay-as-you-use" pricing model. You only pay for the resources you use, with no upfront hardware investment or ongoing maintenance costs.Advantage 4: Cloud rendering farms support a wide range of industry-standard 3D software and plugins. This ensures compatibility with your preferred software tools for seamless integration and rendering without any compatibility issues.Advantage 5: Cloud rendering farms enable easy collaboration among team members, regardless of their physical location. Project files and render settings can be shared and accessed remotely, streamlining the workflow and facilitating efficient teamwork.Advantage 6: Reputable cloud rendering farms prioritize data security and backup measures. They utilize robust infrastructure and data protection protocols to ensure the safety of your project files.Advantage 7: For large cloud rendering farms, they have data centers located in various regions of the world. This global presence allows you to choose the nearest data center, minimizing latency and ensuring fast data transfer during the rendering process.In short, choosing a cloud rendering farm for your 3D projects gives you greater rendering power, scalability, cost-effectiveness, software compatibility, collaboration capabilities, reliability, security, and global availability. These advantages can dramatically improve your rendering workflow and help you achieve high-quality results efficiently.Part 3. 5 Best Cloud Rendering Farms for 3D Projects1. Fox RenderfarmCost: CPU from $0.0306 to $0.051 per core hour; GPU from $0.9 to $1.8 per node per hourCPU and GPU rendering: YesSupported software and plugins: 3ds Max, Maya, Cinema 4D, Blender, Unreal Engine, Arnold, V-Ray, Octane, Renderman, Redshift, Clarisse, anima®, Corona, Forest Pack, RailClone, X-ParticlesTransfer tool: RaysyncCustomer support: 24/7 Live customer care & technical supportSecurity and reliability: TPN-accredited partnerFree trial: $25 free trial for new users2. RebusfarmCost: CPU 9.93 cent/GHzh; GPU 3.72 cent/OBhCPU and GPU rendering: YesSupported software and plugins: 3ds Max, Cinema 4D, Maya, Blender, Lightwave 3D, Softimage, SketchUp, Rhino 3D, Arnold, Modo, Octane, Mental Ray, Redshift, V-Ray, Corona, MaxwellTransfer support: AspreaCustomer support: 24/7 friendly human supportFree trial: $25 free trial for new users3. Ranch ComputingCost: CPU € 0.016/GHzh; GPU €0.008€/OBhCPU and GPU rendering: YesSupported software and plugins: 3ds Max, Cinema 4D, Maya, Blender, E-on Vue, LightWave 3D, Indigo, Maxwell, Houdini, Arnold, Octane, Redshift, V-Ray, Corona, Renderman, Fstorm, Mantra & KarmaTransfer tool: RanchsyncCustomer support: Available Monday to Friday from 9:00 am to 7:00 pm (UTC +1 / Paris, France) to answer your questions by email/phone; also available evenings and weekends on requestFree trial: €30 free trial for new users4. GaragefarmCost: CPU $0.02/Ghz hour; GPU $0.0033 per OB hourCPU and GPU rendering: YesSupported software and plugins: 3ds Max, Cinema 4D, Maya, Blender, E-on Vue, LightWave 3D, Rhinoceros3D, Arnold, Modo, Redshift, V-Ray, Corona and moreCustomer support: Technical support online 24/7Free trial: $25 free trial for new users5. iRenderCost: As low as $1 per node/hourCPU and GPU rendering: YesSupported software and plugins: Since it is a PaaS render farm, it supports almost all softwareTransfer tool: GpuHub SyncCustomer support: 24/7 live chatConclusionEach cloud rendering farm has its own advantages and which one to choose depends on various factors. The free trial they offer is a great opportunity to test their rendering speed and quality as well as their services. Choose the cloud rendering farm that best meets your needs and use it to speed up the rendering process of your 3D projects.

2024-08-08