Online Volumetrics technology

1. YOUTU FELIX RENDER Real-time cloud rendering refers to the process of rendering computer-generated graphics or visual effects in real-time using cloud computing resources. It involves utilizing the computational power of remote servers or data centers to perform the rendering tasks, rather than relying solely on the local computing resources of a user's device. Cloud rendering offers several advantages over traditional local rendering methods, including: 1. Scalability: Cloud rendering allows for on-demand scaling of computational resources, enabling the rendering of complex scenes or large-scale projects that might exceed the capabilities of a single machine. 2. Cost-effectiveness: Instead of investing in expensive hardware and software infrastructure, cloud rendering allows users to pay for the resources they use on a per-render basis, reducing upfront costs and providing flexibility. 3. Collaboration: Cloud rendering facilitates collaboration among geographically distributed teams. Multiple artists or designers can work on the same project simultaneously, leveraging the cloud infrastructure to merge their work and view real-time updates. 4. Faster rendering times: Cloud rendering leverages the distributed computing power of multiple servers, which can significantly reduce rendering times compared to relying on a single machine. To achieve real-time cloud rendering, a few key components are involved: 1. Cloud infrastructure: This includes a network of powerful servers or data centers that can handle the computational requirements of rendering tasks. These servers should be equipped with high- performance GPUs to accelerate the rendering process. 2. Render farm management software: Render farm management software is used to distribute rendering tasks across multiple servers, allocate resources efficiently, and manage the overall rendering process. It helps optimize resource utilization and ensures efficient rendering. 3. Network bandwidth: Real-time cloud rendering requires a fast and stable internet connection to transmit data between the user's device and the cloud infrastructure. Sufficient bandwidth is necessary to handle the large volume of data involved in rendering complex scenes. 4. Streaming or remote display technology: To provide real-time feedback to the user, the rendered frames need to be streamed or displayed on the user's device as they are generated. Streaming technologies or remote display protocols allow the user to interact with and visualize the rendering output in real-time. Real-time cloud rendering finds applications in various industries, including gaming, animation, visual effects, architectural visualization, and product design. It enables artists and designers to create high-quality, immersive visuals while harnessing the power of cloud computing for efficient and scalable rendering.

2. https://youtu.be/caYzALLj81Q