Terrestrial Broadcast features have been adopted by the standardisation organisation 3GPP, for the first time, under the so-called LTE eMBMS Release 14. New features such as the possibility of using 100% of the carrier resources to transmit broadcast services, the use of Extended Cyclic Prefix (known as Guard Intervals in terrestrial broadcast standards) that could …
IRT continues contributing to 3GPP to enhance 5G Broadcast together with the EBU, BBC and a growing number of supporters such as ABS, Bittium, BMWi, British Telecom, Cellnex, CHTTL, Dish, ESA, Enensys, Fraunhofer, Nomor, Nokia, One2Many, Qualcomm, Rohde & Schwarz, Samsung, SJTU, Telstra, UPV/EHU, among others. After our last report (see: https://lab.irt.de/irt-contributes-to-the-studies-in-3gpp-to-enhance-5g-broadcast/) it has rained …
IRT, in collaboration with the EBU and BBC, is engaged in the study to evaluate and potentially enhance LTE-based 5G Terrestrial Broadcasting. We are evaluating this technology so that it can meet requirement for terrestrial broadcasting in static and high-speed environments. The study item description is contained in document RP-181342. During Rel-14, the use cases …
The European Championships 2018 provided an opportunity for the IRT in collaboration with the EBU to show how audiovisual content produced in the state-of-the-art formats both live and on-demand can be distributed to large audiences in the 5G environment. As part of the 5G-Xcast project, several trials were conducted during the week of the event …
5G-Xcast is the first 5G PPP project to focus on the holistic implementation of point-to-multipoint communication as a critical technology element in 5G systems in addition and as a complement to unicast. 5G-Xcast will devise, assess and demonstrate a conceptually novel and forward-looking 5G network architecture for large scale immersive media delivery. The project objectives …
