Ericsson and China Unicom launch Gigabit LTE network

China Unicom, along with Ericsson, has commercially launched a Gigabit LTE network, allowing subscribers to enjoy the services and benefits available with high-speed mobile broadband data.

The Gigabit LTE network upgraded by Ericsson will not only provide China Unicom subscribers with the ultimate experience and enhance customer satisfaction, but it will also make full use of network resources and improve profitability.

Hao Liqian, General Manager, Hainan branch, China Unicom, says, “This remarkable achievement will fulfil our strategy to offer the most advanced services to individuals and enterprises on the China Unicom network. Our launch ceremony today is important, innovative and fun, since we’re using Virtual Reality on a high-speed train over a high-speed network to prove the worthiness of this launch.”

As one part of the launch on August 23, passengers on the Hainan Island high-speed train will be able to watch the ceremony through LTE broadcast technology and the Gigabit wireless network. Ericsson, as China Unicom's strategic partner, is the exclusive provider of the LTE broadcast solution, which is China's first LTE broadcast commercial deployment.
 

Chris Houghton, Head of Market Area North East Asia, Ericsson, says, “We’re literally putting the network into the hands of the subscribers on day one. People will be able to immerse themselves in their video experience and not just understand, but feel the difference with a Gigabit LTE network while they are moving at very fast speeds. It’s the perfect combination of thrilling speeds – physically and virtually.”

Ericsson’s LTE broadcast solution will revolutionize video delivery in mobile networks enabled by the combination of three new standards: eMBMS, HEVC (H.265) and MPEG DASH and will address the growing consumer demand for media services. To accelerate the development of China Unicom’s video strategy, Ericsson supported China Unicom with eMBMS in the high-speed train scenario so that passengers could enjoy high-definition video without buffering on the network.