The NESTED 5G project is headed by Ateme in collaboration with Orange, which tests the efficiency and sustainability of the NESTED streaming solution in real use cases over 5G. The project brings together leading French companies Viaccess-Orca, contributing its secure video player, QoE analytics enabler suite and targeted advertising solution, and ENENSYS Technologies with its MediaCast Mobile and its CubeAgent Mobile. The French institution IETR (Institut d'Electronique et des Technologies du numéRique), the research unit at French engineering school INSA Rennes, also participates by providing a VVC decoder. In addition to leading the project, Ateme plays a vital role in bringing the new solution to life with its latest compression technology, its Just-in-time packager and its CDN.
The consortium will leverage the latest advances in video compression and delivery technologies, and their expected benefits in terms of reduced environmental impacts, among which:
- CMAF chunk sharing to reduce the traffic burden on the CDN
- The latest VVC video encoding with its promise of halving bitrates
- Multicast/unicast convergence enabling peak audience reach
In addition, this collaboration will highlight the benefits of an e2e pre-integrated, best of breed multicast ABR solution, notably in terms of QoE and personalized viewing experience. Ultimately, it will therefore enable multicast for 5G, allowing operators to take a greener approach to streaming.
Driven by Orange’s goal to distribute video and manage bandwidth efficiency and delivery over 5G, the solution looks to increase the sustainability of streaming over 5G and to reduce broadcasting infrastructure costs for service providers while delivering the best quality of experience to viewers.
The two-year project, supported by France’s Brittany region (Région Bretagne), is due to end in 2023, by which time the consortium is confident it will be able to demonstrate the benefits of its solution when it comes to offering sustainable streaming over 5G and reducing the environmental impact of delivering video.