3D rendering is the process of generating a 2D image or animation from a 3D model using computer software. The model typically consists of various elements such as geometry, textures, lighting, and material properties. This rendering process simulates how these elements would look in a real-world environment, producing a detailed and realistic final image.
The demand for 3D rendering is rapidly expanding. From simple advertisements to virtual reality applications, 3D visuals are everywhere. This technique is increasingly utilized across various sectors, including animation, film, commercials, gaming, architecture, product design, visual effects, motion graphics, the metaverse, and beyond. Technological breakthroughs have led to improvements in the rendering process, paving the way for the industry’s tremendous growth. According to Precedence Statistics, the global 3D rendering market size is predicted to grow from $5.36 billion in 2025 to $23.78 billion in 2034, growing at a CAGR of 18% from 2024 to 2034.
However, producing high-quality 3D renderings is time-consuming and requires substantial computing power. Many individuals and studios lack the necessary resources to render their projects, especially huge ones. Therefore, numerous artists and studios rely on centralized SaaS render farms – we call them traditional render farms – where they submit 3D models and receive the final rendered files. Although these farms can significantly enhance the efficiency and speed of rendering, the increasing trend of 3D graphics is revealing several limitations in this model:
- High Costs: Utilizing traditional cloud rendering services can be cost-prohibitive, especially for small studios or independent artists.
- Limited Control: The user has little or no control over the rendering process in traditional render farms, leading to potentially undesirable results.
- Dependence on GPU Availability: With a limited number of GPUs in render farms, managing projects during peak demand can be challenging. Conversely, during off-peak times, many GPUs remain unused, leading to regrettable waste.
- Restricted Software and Configuration Support: Most render farms support only a few fixed software and GPU configurations, resulting in a lack of flexibility.
- Risk of Data Loss: Relying on external render farms, especially cloud-based solutions, can expose users to security risks and potential data loss.
To overcome these challenges, iRender 3D Rendering pioneers a decentralized network that bridges artists and studios with global GPU pools, where users can access, scale, optimize control, and secure at a more affordable price for 3D rendering.
What is iRender 3D Rendering?
iRender 3D Rendering is a decentralized rendering service that offers high-performance 3D rendering on an IaaS model. By connecting Requesters to a global network of idle GPUs, iRender promotes fast, secure, and cost-effective rendering for projects of all sizes. The service is designed to help designers, architects, animators, and other professionals who need substantial computing power to render complex scenes flexibly and efficiently.
Unique Features of iRender 3D Rendering:
- 80% Cost Reduction: Decentralized cloud rendering significantly lowers expenses related to hardware acquisition and maintenance, allowing iRender to decrease costs by 80% compared to centralized services. Requesters can utilize shared resources, paying only for the computing power they consume, and even monetize on the network.
- Full Control with Resource Optimization: Users have full control over the node in the IaaS decentralized network. With unlimited access to GPUs globally, they can achieve better overall resource utilization.
- Unlimited Software and Configuration Support: The ability to support all 3D software allows users to install any software they need with diverse computing configurations, including NVIDIA and AMD cards.
- Privacy and Security Assurance: iRender data platform incorporates several layers of protection and the most advanced security tools to safeguard user data and maintain privacy.
Who uses iRender 3D Rendering?
iRender 3D Rendering is ideal for any small to large studio and amateur to professional artists who need massive computing power to render their 3D projects at any level. Whether you are a 3D artist, animator, architect, designer, film and game studio, and more, iRender can meet your rendering needs.
Key Features and Functionalities
- Full Control with Wide Software Compatibility
Customers connecting to the iRender physical machine will have full control like a personal computer. We are proud to be one of the few services that support all 3D rendering and modeling software including such as Blender, Lumion, Cinema 4D, Redshift, 3ds Max, and Unreal Engine, etc. This compatibility ensures that users can work with their favorite tools without any limitations.
In addition, users can choose a node with some pre-installed software Blender, Cinema 4D, Redshift, and Stable Diffusion, including free Cinema 4D Redshift licenses available for fast rendering.
- Reliable Infrastructure
iRender machines operate on Tier III Data Centers with a 99.99% uptime commitment, providing a reliable environment for large-scale rendering projects, including exciting Hollywood blockbusters. This is especially important for B2B clients and individual artists to ensure stable performance with uninterrupted access to resources, even during peak times.
- Large Data Transfer
The ability to transfer large amounts of data plays an important role in cloud-based rendering. With a cloud storage system that meets MPAA and CDSA standards, customers can freely upload/download up to terabytes of data via our app (iRender Drive app/ Drive app).
- Duplicate Working Environment
Rendering on multiple nodes simultaneously can greatly reduce the rendering time. However, setting up software on each machine can be time-consuming. Therefore, iRender’s Clone feature allows Requesters to clone the node while keeping the working environment and data intact with just one click.
Workflow
The decentralized IaaS model enables users to connect to idle GPU nodes worldwide and maintain full control over the machine’s optimal performance for their projects while ensuring security and privacy. The workflow is therefore much simpler:
- Transfer Data: Upload files easily before initiating the node via the iRender GPU/Drive app; compress or divide files for faster uploads.
- Create a Machine: Select a node with hardware suitable for the software and project size.
- Connect to the Machine: Connect to the machine via the nearest gateway to ensure a stable connection.
- Set Up the Working Environment: Install any necessary software.
- Start Rendering: Start rendering just like on a personal computer.
- Get the Results: Turn off the machine and download rendered files via iRender GPU/ Drive app.
In summary, iRender 3D Rendering is transforming the rendering industry with the decentralized GPU cloud computing solution, paving the way for technological breakthroughs. With its advanced infrastructure and the ability to support all 3D software in high security, iRender connects artists and studios to global idle GPUs allowing for efficient and cost-effective project rendering.