In the past, before the advent of wireless video transmission technology, whether it was live broadcasting, program recording, or filming teams, they had to connect multiple cameras through cables. Long-distance wiring was not only difficult to set up on-site but also cumbersome when it came to moving camera positions. It was a complex and time-consuming process.
The introduction of wireless video transmission has greatly improved the efficiency of the film and broadcasting industry teams. Compared to wired transmission, it eliminates the constraints of cables, reduces the preparation time for initial wiring, and lowers the time cost.
In recent years, internet live streaming has become a part of people's lives. Technology exhibitions and new product launches that used to require physical presence can now be watched in real time using just a mobile phone. Wireless video transmission has played an indispensable role in the popularization of internet live streaming. Compared to traditional wired live streaming technologies, wireless video transmission avoids the cumbersome process of pre-wiring and, in practical use, prevents equipment and cables from colliding or wearing out. These advantages invisibly reduce the difficulty of operating a live streaming event.
With the continuous popularity of 5G technology, people have higher demands for the quality of live streaming. The "Thunder" series wireless video transmission supports three clarity formats: 720p, 1080i, and 1080p. It allows effectively handling of high-definition wireless video live streaming tasks.
In large-scale live streaming scenes such as outdoor sports events, the camera positions are often tens or even hundreds of meters apart, and there are often obstructions causing severe buffering in wireless live streaming. The "Thunder" series wireless video transmission can penetrate wall barriers, ignore distance gaps, and face complex live streaming environments. Even if the camera positions are far apart, it ensures signal stability.
The "Thunder" series wireless video transmission adopts a non-Wi-Fi frequency band, providing excellent stability and anti-interference capabilities. It can compress the transmission delay to within 70ms. Moreover, both the Thunder transmitter and receiver are equipped with a set of high-gain dual antennas. Compared to many other video transmission systems, they have faster and stronger data throughput capabilities and are less prone to buffering issues.
The "Thunder" series wireless video transmission from CVW has excellent quality and has received wide acclaim from users. It has provided full-range video transmission technical support for events such as the "Cloud Festival - Museum Live Streaming," Xi'an International Marathon, and the 14th National Games' "Dream Chase Run" fire drill, achieving remarkable results.
The performance of the "Thunder" wireless video transmission in such large-scale live streaming events is remarkable. The picture quality is clear, with delicate colors, and the videos are incredibly smooth, providing us with a visual experience as if we were there in person.
