The pioneering 5G TODAY project provided the first engineering and propagation results on mobile radio reception via 5G technology.
As the scheduled Bavarian 5G TODAY project ends on 31 October, 5G broadcasting continues further research with broadcast trials in Brazil and China.
Rohde & Schwarz recently announced the Bavarian 5G TODAY research project is approaching successful completion. Within the scope of 5G TODAY, a complete broadcasting chain for the large-cell distribution of TV programs based on the LTE/5G broadcast mode FeMBMS was realized for the first time.
The project, funded by the Bavarian Research Foundation, has been running since 2017. With 5G TODAY, the project partners IRT, Kathrein, Rohde & Schwarz and as associated partners the Bayerischer Rundfunk and Telefónica Deutschland jointly investigated the possibilities of a 5G-based broadcast solution.
The aim of these field trials was to examine the efficient distribution of TV programs for reception on future mobile 5G devices such as smartphones and tablets. 5G Broadcast offers fundamental advantages such as high video quality, low latency and cost-effective distribution with high coverage.
In addition to the development of the corresponding components for transmission and reception technology, extensive preliminary examinations, simulations and field measurements took place within the scope of the project. In addition, various antenna polarizations were investigated especially for reception on smartphones and measurement systems for the FeMBMS field tests were developed.
Due to the new status of FeMBMS, detailed research on the synchronization behavior and the resulting supply quality are still necessary. Therefore, there is agreement among the project partners to continue the work started with 5G TODAY and to operate the test field beyond the planned duration of the project.
More Countries Begin 5G Broadcast Projects
The field measurements of 5G TODAY have already shown that FeMBMS can achieve the characteristics of a classic broadcast transmission system. "We were able to achieve good mobile TV reception on large parts of the measurement area. These findings form an important basis for further standardization work on 5G broadcasting," says Aneta Baier, project manager at the Institute for Broadcasting Technology (IRT).
Following the example of 5G TODAY, 5G broadcast trials have also begun in Brazil and China. Both countries also used the transmitter technology of the Bavarian manufacturer Rohde & Schwarz. This week during the Media days Munich, a panel of experts from IRT and BR will present the status of European activities in the field of 5G broadcasting and discuss how common interests can be bundled with new services.
You might also like...
Now the CRT is history, we have to justify the retention of gamma on its performance as a perceptual compression codec. That requires its effect on human vision to be considered.
Local broadcasters are used to mission-critical because everything is mission-critical. Moving critical data may be the right move.
Tests in Washington D.C. ABC and FOX affiliate newsrooms will reveal the first data on new NextGen TV systems and workflows.
Thanks to the pioneering and the sometimes overly promotional work of One Media, the wholly owned subsidiary of Sinclair Broadcast Group, the new broadcast standard emerging in the U.S., called ATSC 3.0, is promising broadcasters new capabilities well beyond delivering…
There are two components of gamma that have quite different purposes. One of them is always necessary because displays and their surroundings are never equally as bright as the original scene. The other one is a compression technique.