ZTE, E-Plus and CloudStreet test live video broadcast over TD-LTE network
Published on: 6th Mar 2014
Note -- this news article is more than a year old.
ZTE says that, in association with German mobile operator E Plus and a tech vendor, CloudStreet, it has developed a cost efficient technology to transmit HD video over TD LTE wireless networks.
E-Plus and ZTE have already cooperated to build a 3G and LTE FDD network in Germany. Using the CloudStreet capacity reservation system, the companies plan live video transmission over the E-Plus TD-LTE network extension.
The new TD-LTE network is able to co-exist with the LTE FDD network and utilize the same core network, so that the TD-LTE system can deliver more capacity.
Live video or remote camera feeds are usually limited by the location of the camera. The CloudStreet model makes a capacity reservation on the network to carry high bit-rate applications like video transmissions. Mobile operators can adopt this model to serve new customer segments such as broadcasters, enabling them to transmit live video material over mobile networks.
With this technology, ZTE can provide 100 Mbps capacity over a 1 km radius from the nearest mobile network antenna. Using Quality of Service parameters used to maintain mobile network connections, the quality of the video signal can be assured.
The CloudStreet technology ensures that the network capacity is not oversold; ensuring video transmission customers have the service level that they specifically require. Different capacities can be reserved for SD, HD, 4k and 8k streams. These different capacity 'products' are created based on 3GPP standards that define the bandwidth requirements for different user profiles.
CloudStreet then changes the profiles dynamically based on user need and network capacity. Each profile has a defined time and location, making the CloudStreet model scalable to each network's capacity.
"As the fastest growing global provider of LTE networks, especially in TD-LTE technology, ZTE is ideally placed to establish high-quality TD-LTE networks to make this model work smoothly," said Dr. Zhao Xianming, ZTE EVP, CTO.