High-end Institute Successfully Developed High Resolution and High Confidentiality Image Instant Transmission System

A few days ago, the high-resolution and high-confidentiality image instant transmission system developed by the Advanced Energy Equipment Technology Research Institute of the High-end Institute (hereinafter referred to as "Advanced Energy Research Institute") has completed phased results. Based on the PCOIP remote desktop video compression protocol, the high-resolution and high-confidentiality image instant transmission system platform has been established, realizing the functions of real-time viewing and synchronous operation in different places. It mainly includes high-performance servers, compression transmission chips, decoders and other key equipment.

High Resolution and High Confidentiality Image Instant Transmission System Platform

Recently, advanced energy is located in Beijing and Tianjin, Beijing and Nanjing to carry out remote image real-time transmission tests, the test content is high-definition rendering video timely transmission and CAD software real-time operation, the results are very ideal, the whole test process without any delay and stuck, without any loss of image quality, without any loss of data, fully meet the established technical indicators, to achieve the expected results.

HD video real-time transmission

The main technical features of the system include:

(1) High transmission speed. Using the ordinary network, you can realize the video, voice, image, text transmission. There is no obstacle to accessing the server's video in a remote place, or using the server in a remote place for 3D collaborative design.

(2) High image quality. The image compression method is lossless compression, the compression ratio is not less than 10, the resolution of the transmitted image is not less than 1920*1080, the transmission speed is not less than 60 frames per second, and the minimum image transmission delay is 0.2 seconds.

(3) High confidentiality. Since all the data is only stored on the server in one location, the remote user only uses the monitor, keyboard and mouse for remote access, and cannot connect to the external storage and save the data.

(4) High flexibility. The remote can access the server through server authorization. If you want to disconnect the remote, you only need to cancel the authorization. The remote installation can use the monitor, mouse and keyboard of the original computer, and only add a decoder. Therefore, after the remote is authorized, access is very convenient and flexible.

(5) High security. During transmission, encryption and segmentation are performed. Even if a hacker can intercept the information transmitted by the network, it is only the dynamic information on the screen, and no data is transmitted. Therefore, the intercepted data is not the original data.

Remote synchronous design operation

The system is widely used, and similar systems have been selected by units with data confidentiality requirements, such as NYSE, Boeing, Honda and other design units. Domestic military industry, national defense, large design institutes, aerospace, large manufacturing enterprises and other units that need to keep proprietary data confidential and prevent proliferation have a great demand for real-time transmission of high-resolution and high-confidentiality images. This system can provide solutions for them. China's Hualong No.1 and high-speed rail projects are facing to go abroad and go to foreign markets. In order to keep the technology confidential and not cause the leakage and loss of proprietary design data, the system can provide strong technical support. All data are stored in the domestic headquarters or designated locations. Overseas application units can only view the design data through the display, and cannot copy or download the data to their own storage media, effectively played the role of information protection. At present, the system has received a high degree of attention and has a broad market space in the future. Advanced Energy Institute will further increase research and development efforts on the basis of current research and further improve the system.

Report of Advanced Energy Equipment Technology Research Institute

Wen/Wang Yuewei Tu/Sheng Xuan Yu