The Feature Trend Of Video Conference’s Development

The Feature Trend Of Video Conference’s Development

With the constant popularity of videoconferencing systems, many companies are concerned about the future of videoconferencing technology in building new videoconferencing systems. Video conferencing systems are deployed in more and more enterprises and organizations. The video communication industry chain is become to more and more integrate and the technology is changing with each passing day. There are several trends in the future video conference technology development:

The first is the user experience will be better and better, including video and audio effects will be good, product variety, management and maintenance using a simple operation and other aspects. The video effect will transition from 720P to 1080P. In the past 2 years, there will be a video conferencing system that can realize 4K images. The compression ratio of the image will also increase, especially the application of the new H.265 technology, which can achieve very low bandwidth transmission of high-definition images. For example, 1080P HD image transmission can be achieved at a code rate of 384K. The form of video communication systems will also change, such as combining the product form of different industries, wearable video communication systems, etc.

The second trend is that the openness of the system will become better and better. This is not only manifested in the interconnection and interoperability of devices from different manufacturers, but also more as a combination of video communication systems and peripheral systems. For example, the video communication system and the UC system are integrated to establish a unified communication system; and the monitoring system and the eLTE system are integrated to create an integrated convergent command solution. These interconnected features are inseparable from the overall capability interface. The communication scenario focuses on the production of hardware devices, while the upper application and lower layer data are picked up by partners.

The third trend is the pace of cloudization. The entire business model for videoconferencing system construction will change. In order to further reduce costs, the company put forward the need for leasing. Therefore, video conferencing system operators that meet different fields will be created. This is a new business model for video communications. However, video equipment vendors and users are faced with enormous challenges: product architecture and solution model need to be re-planned and adjusted; users' habits need to be re-established and nurtured. But these are not reasons to block cloudification. There will inevitably be more cloud video services entering the enterprise. 3, video conference system evolution ideas

The construction of the recent video conference system happened to be in the off-hours of the replacement of the technology. The previous generation of technologies (H.264 HP, full resolution, 1080P60) has entered the mature stage and entered the stage of large-scale application deployment. However, the next-generation technologies (4K, H.265, and cloud) have not yet fully matured. In such a context of building a video conferencing system, the future evolution model will face enormous challenges. In order to protect user investment and reduce the risk of user introduction of new technologies, it also requires maintaining certain technological advancement.

From the perspective of changes in customer demands, building a video conferencing system covering the entire enterprise network is a huge project. Projects with wide coverage, large investment, and short project cycles are doomed to require batch design and batch delivery. In other words, the system is required to have good openness and the ability to expand elastically. It is required to be able to fully interface with existing systems and have a good adaptability to meet future expansion needs.

The construction of the recent video conference system happened to be in the off-hours of the replacement of the technology. The previous generation of technologies (H.264 HP, full resolution, 1080P60) has entered the mature stage and entered the stage of large -scale application deployment. However, the next-generation technologies (4K, H.265, and cloud) have not yet fully matured. In such a context of building a video conferencing system, the future evolution model will face radiated challenges. To protect user investment and reduce the risk of user introduction of new technologies, it also also takes away a certain technological advancement.

From the perspective of changes in customer demands, building a video conferencing system covering the entire enterprise network is a huge project. Projects with wide coverage, large investment, and short project cycles are doomed to require batch design and batch delivery. In other words, The system is required to have good openness and the ability to expand elastically. It is required to be able to fully interface with existing systems and have a good adaptability to meet future expansion needs.