Cloud rendering is a term we often hear. With the rapid advancement of technology, real-time cloud rendering is also developing and entering our lives. However, You know it is different from ordinary Is there any difference between Cloud Rendering and Cloud Rendering? How does it affect every aspect of our lives? In what areas is it applied? Is it the same operation as other renderings?
To put it simply, Real-time cloud rendering is a technical solution that utilizes cloud computing and low-latency transmission. It allows various light terminal devices to conveniently use large-scale rendering in the cloud. Software and 3D applications.
Real-time cloud rendering deploys applications or content on cloud servers and transmits them to terminal devices through the network in the form of video streams for display and operation. This approach achievesan efficient, convenient and low-cost way of running applications.
Taking point-volume real-time cloud rendering as an example, the main process includes the following steps:
1. Real-time cloud rendering includesmanagement side and rendering server side. According to specific usage scenarios and needs, we can deploy and install it on the server.
2. After the installation is completed, create and obtain the authorization file based on the machine code displayed when logging in. This file is used to authorize the machine. use.
3. In the background management interface, we can add the application path that requires streaming rendering, andgenerate a directly accessible URL link . After sending the link to the user, the user can directly run the application on the server through mobile phones, computers, tablets and other devices. This method can be controlled by one person, watched by multiple people on the same screen, and can also allow each person to operate different programs.
The main features of point-volume real-time cloud rendering are as follows:
- Strong compatibility, suitable for various terminals
supports digital twin content produced by various engines, including but not limited to UE4, Unity, domestic self-developed engines, etc. As well as various exe programs, even Flash, web programs, etc., can be streamed, andis suitable for multiple terminals through tablets, mobile phones, and computers.
- High security
The application content is all carried out in the cloud. The client only receives the video stream of the cloud server display results and cannot download/cache the real data.To prevent sensitive data from landing , and integrated anti-screen recording, watermarks, etc. to better protect data security.
- low latency
There is no waiting time for traditional data uploading and downloading. Click and read, which is similar to real-time interaction of local operations.
- Reduce costs
Containerization reuse, one machine can be used for multiple purposes. Some software applications require a high-configuration computer and need to be installed before they can be used. They can be opened over the network through real-time cloud rendering, reducing costs.
5, Using area view
Real-time cloud rendering is also applicable to a wide range of scenarios, such as virtual simulation, VR, virtual exhibition hall, smart city/factory visualization platform, etc. It can be used, which is more convenient. For example, when you are on a business trip, you can show it to customers or leaders without installing it directly through the web page. Can be opened.
In short, real-time cloud rendering is an efficient, convenient, and low-cost way to run applications, and can be widely used in various fields, such as education, training, medical care, games, etc. It can help users achieve more efficient collaboration and a better experience, while also reducing operating costs and maintenance difficulty.