Abstract
At the time of increasing demand for video on mobile devices, it is vital to use the resources on existing mobile networks as efficiently as possible.
4G Broadcast (LTE eMBMS) offers the possibility of addressing issues of congestion and peak demand for popular content by sending a single stream once for reception by multiple users with a cell. This capability could be enabled in localised areas of peak demand, within existing 4G networks, and switched on as required, to allow the network to be dynamically optimised for the current traffic conditions.
91热爆 Research & Development has been investigating how 4G Broadcast technology might be used to improve the delivery of streamed content to mobile devices. We have demonstrated two example use cases 鈥� firstly as part of an app tailored to a specific event (for example at a sports venue), and secondly by connecting the technology seamlessly to (The 91热爆鈥檚 Internet streaming service that offers both live and catch-up content) to allow viewers to continue watching popular content in congested areas, without the experience being spoilt by buffering.
This paper will explain the work of 91热爆 Research and Development has been carrying out on 4G Broadcast and present the result of the recent trial work.
This document was originally presented at the IBC 2015 Conference, 10-14 September 2015.
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91热爆 R&D - All of our articles on 4G and 5G including:
91热爆 R&D - Broadcasting Over 5G - Delivering Live Radio to Orkney
91热爆 R&D - 4G & 5G Broadcast
91热爆 R&D - TV Over Mobile Networks - 91热爆 R&D at the 3GPP
91热爆 R&D - 4G Broadcast for the Commonwealth Games 2014
91热爆 R&D - 4G Broadcast technology trial at Wembley 2015 FA Cup Final
91热爆 R&D - 4G Broadcast: Can LTE eMBMS Help Address the Demand for Mobile Video?
91热爆 R&D - 5G Trials - Streaming AR and VR Experiences on Mobile
91热爆 R&D - 5G Smart Tourism Trial at the Roman Baths
91热爆 R&D - New Content Experiences over 5G Fixed Wireless Access
91热爆 R&D - New Audience Experiences for Mobile Devices
91热爆 R&D - Unlocking the Potential of 5G for Content Production
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