The Method to Make LightGroup of Arnold 5.1

What is cloud rendering? Cloud rendering is calculated in a similar way to general cloud computing, and it is a rendering method based on the render farm. How does cloud rendering work? The background script of the cloud rendering service platform will complete the background server environment configuration according to the files, triggers instructions, and parameter settings provided by the users. The dispatcher dispatches a server that meets the requirements to compute/render the specified task. The server will send a notification to the user when the computation is complete. If you are using the Fox Renderfarm client, rendered assets are set to download automatically, while web client users need to download them manually. 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 do I need to use a cloud rendering service? For example, the producer made an interior rendering. If the rendering is based on the 3600X2500 size, a general computer will take at least 3 to 6 hours, but if you use a cloud rendering service, you only need to upload the file to the client, rendering time can less than 1 hour. Cloud rendering is several times faster than house render farm. And during the rendering, it does not take up the producer's machine. And for the producer, you don't need to always be in front of the computer, you can view the rendering results anytime, anywhere. Let's take the Maya web submission process as an example, only 4 steps in Fox Renderfarm: submit > analyze > render > download, 1.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". 2.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. 3.Click the job with "Analysis Done", set render parameters and then submit it for rendering (Note: the rendering actually starts only at this job) 4.On the rendering page, click the job > export the file > download. The cloud rendering platform can dynamically adjust the scale of the cloud rendering platform. When the rendering requirements reach the peak warning, the dynamic adjustment automatically expands more computing resources, all the adjustment are automated, and the software running environment and fault tolerance rate is extremely high. Can meet the rendering needs of a variety of software. If you want to learn more about what cloud rendering is, we offer a US $25free trial, welcome to take an experience. Fox Renderfarm is one of the world's largest commercial cloud rendering services with hundreds of thousands of users worldwide, including animation studios, VFX companies, and animation education institutions. We support CPU & GPU rendering at competitive prices. Enjoy your journey with Fox Renderfarm! What is Rendering? How to Accelerate the Rendering Speed?

With the development of cloud computing, cloud-based rendering has come out in the CG industry. What is cloud-based rendering? Cloud-based rendering, aka cloud rendering, is a cloud service that relies on cloud computing, also you can call it an online render farm. That means users submit a local file to a cloud server, then a remote computer cluster completes the rendering. Finally, users shall download the rendered task from the cloud server. Cloud-based rendering refers to the technology that transfers the 2D or 3D graphics rendering from the client to the cloud server, the application of cloud rendering can greatly simplify the client. That’s to say, with display and network access functions, users can enjoy top-level graphics processing capabilities, which will make the same graphics application appear on different terminal devices without distinction. What difficulties does cloud rendering face? The difficulties faced by cloud rendering are more complex than conventional cloud computing applications. This is mainly due to the demanding requirements of 3D rendering for hardware performance and command response. The cloud rendering system may face the rendering requests of thousands of users, which will be huge pressure on the back-end server system. Compared with conventional cloud computing applications, when cloud-based rendering meets the needs of the same number of users, the hardware performance needs at least several tens of times higher than that of cloud computing, such as Gmail, Google Docs, and other commercial applications to scientific computing. Cloud rendering requires servers with amazing graphics performance, otherwise, it cannot meet the simultaneous rendering requests of a large number of users. 1. Efficient data transmission or synchronization capabilities 2. Efficient and accurate matching between the cloud computing environment and the user's local CG production environment 3. Network and storage. Cloud rendering needs to connect to mass storage to save the rendered digital content products. Rendering 1 hour of HD sequence requires about 1TB of storage resources. When all rendering servers output data to the central storage at the same time, network planning becomes a yardstick to measure the final performance of the cluster system. 4. Efficient, stable, and reasonable task distribution management tool. No matter how strong a single rendering node is, it will also cause a waste of resources without good management. Rendering management does not simply the arrangement of render machines. Qualified rendering management solutions embrace a well-designed system architecture. Different technical indicators need different solutions. It can be said that the hardware selection and construction only completed 20% of the overall construction of the render farm and 50% of the effort needed to plan the rendering investment. 5. Cluster computing has a problem of efficiency. The number of CPUs and rendering time will be different from the actual situation, and the actual time used by different systems is not the same. The larger the number of CPUs, the shorter the rendering time, and they are inversely proportional. But in fact, the time spent on animation rendering and the number of CPUs is not linearly inversely proportional. The key to the problem lies in communication and software algorithms, including network communication and communication between the PC's internal CPU, memory, and hard disk. How many node computers, based on the number of CPUs, are used in the system are also issues that need to be considered. This requires a cluster rendering management software with excellent algorithms for scheduling to exert the performance of each CPU. What are the advantages of using a cloud-based rendering services? 1. Powerful rendering speed Fox Renderfarm is one of the top three render farms in the world with plenty of rendering nodes and flexible solutions, which could definitely save your time in the rendering process. 2. Secure & Confidential Fox Renderfarm has implemented a set of security strategies including banking security level computing center, Uninterruptible Power Supply, 24/7 CCTV monitoring, and strong encryption of data transmission. Fox Renderfarm has successfully completed MPAA’s Content Security Best Practices and officially become a TPN accredited vendor. We are committed to building a more secure cloud render farm that better protects the privacy of the project of our beloved customers. 3. 24/7 Customer Service and Technical Support Fox Renderfarm has an outstanding team with over 20 years’ experience in the CG industry. Around the clock customer service and technical support could always be a lifesaver if users met any problem when rendering. We also provide customized rendering services and a Key Account service team, which aims to provide the best cloud rendering solutions and technical support for our dear customers. 4. Affordable pricing Fox Renderfarm offers students, teachers, and educational institutions an affordable pricing scheme (Diamond level membership) to support educational purposes. We support flexible solutions with the best price for clients by lowering the cost from our end. 5. Easy to Use Fox Renderfarm has both webpage version and desktop client version, which are user-friendly, such as drag and drops project submission, preview during rendering, etc. The UI and pipeline are optimized continuously according to users' habits of the animation industry, which are easy to use. We also provide free services of Raysync Cloud for our users in the rendering process, which is a cloud-based platform for data storage and transferring at a high speed. 6. CSR: Green Data Center The electricity of Fox Renderfarm's green data center is all generated by wind and water power which is natural & clean. The data center is located where the climate is dry and the temperature is extremely low all year round, so it's not necessary to use air conditioners for cooling most times. The average PUE of our data center is under 1.2 which means the energy-saving ability is highly effective. Every time you use Fox Renderfarm for rendering, you are making contributions to the reduction of carbon dioxide emissions.

The Mini Dream © Phil Derbyshire What a fantastic and microscopic world! Hum3D Car Render Challenge, an annual render challenge, announced the winner of 2020 recently. As the long term partner of Hum3D, the best cloud rendering services provider, Fox Renderfarm is pleased to witness that there are more and more excellent car render artworks emerging year by year. This time we are honored to interview Phil Derbyshire, the 2nd place winner of the challenge and also the special prize winner from our Fox Renderfarm team. Phil’s award-winning artwork, The Mini Dream, shows a fantastic and microscopic world, made with 3ds Max, Redshift, Quixel Megascans, Forest Pack Pro, ZBrush, Substance Painter, Affinity Photo and Affinity Designer. Phil described the artwork,”No matter how small you may be in the grand scheme of things, there is absolutely nothing that can stop you from dreaming big!” - Phil Derbyshire - 3D Artist at TekVisual, LLC - America Hit the link to find out how he made the amazing artwork. How to Use 3ds Max to Create A Photorealistic Car Render Giving Fairytale Mood