LG and Korean Broadcasters Conduct first Live End-to-End ATSC 3.0 Broadcast

posted:

24/02/2016

Ultra HD Broadcast Service Scheduled to Begin in Korea Next February

LG Electronics today announced the world’s first end-to-end 4K broadcast using the next-generation ATSC 3.0 standard. Conducted in Korea, the test broadcast was a joint project of LG, Korean broadcasters SBS and MBC, the Electronics and Telecommunications Research Institute (ETRI) of Korea, conditional access firm DigiCAP of Korea, broadcast equipment supplier TeamCast of France, and video software supplier Media Excel of the United States.

Being developed as a global standard by the Advanced Television Systems Committee, ATSC 3.0 is world’s first Internet Protocol (IP) based broadcast system, combining broadcasting and broadband for the first time. Most of the 20 elements that comprise the ATSC standard have now moved to Candidate Standard status, one of the last steps in the standardization process.

Real-World 4K Broadcast Demonstrates ATSC 3.0 Global Collaboration with Ultra HD Broadcast Service Scheduled to Begin in Korea Next February

The first end-to-end broadcast of 4K Ultra HD represents a significant development, because past demonstrations have simply used pre-recorded material loaded directly to a transmitter. This test broadcast featured a live camera feed with real-time IP transmissions from the SBS network studio in Mokdong to the broadcaster’s Gwanak Mountain transmitter. The IP signals transmitted over the air on Channel 53 were then received using a simple antenna and decoded by a 4K Ultra HDTV ATSC 3.0 receiver developed by LG Electronics.

Dr. Young-Soo Park, SBS technical director, said, “The success of this trial highlights the potential for Korea’s launch of terrestrial UHD TV commercial services using ATSC 3.0 in February 2017. And the fact that Korean companies are playing such an important role in ATSC 3.0 provides a good opportunity for Korean equipment manufacturers to advance in the U.S. market.”

Signals in the Korean broadcast were delivered with next-generation IP technologies based on the DASH (Dynamic Adaptive Streaming over HTTP) streaming media format and ROUTE (Real-Time Object Delivery Over Unidirectional Transport) IP delivery protocol.

LG Electronics and Korean Broadcasters have jointly conducted the first live end-to-end ATSC 3.0 broadcast

SBS coordinated a combination of broadcast equipment and systems, including the 4K video server, ROUTE-based HEVC (High Efficiency Video Coding) encoder, ROUTE-based multiplexer, signaling server, and ATSC 3.0 management system, all of which were used for the broadcasting demonstration. MBC participated in the broadcast transmission interface and reception measurement testing. DigiCap provided the ATSC 3.0 signaling server, and Media Excel provided the HEVC real-time encoder.

A collaborative effort from two of Korea’s largest broadcasters, LG Electronics, and the ETRI research consortium demonstrated how ATSC 3.0 will work in a real-world environment.

Following the success of the experimental broadcast, SBS and MBC plan to work with LG and ETRI to take full advantage of new capabilities of ATSC 3.0, such as the combination of broadcast and broadband signals. “We will continue to develop technologies to help commercialize ATSC 3.0 as the next great advance in terrestrial broadcasting,” said Dr. K.Y. Kwak, executive vice president, LG’s Advanced Standard Research & Development Lab.

LG Electronics, Inc. (KSE: 066570.KS) is a global leader and technology innovator in consumer electronics, mobile communications and home appliances, employing 83,000 people working in 119 locations around the world. With 2015 global sales of USD 48.8 billion (KRW 56.51 trillion), LG comprises four business units ― Home Entertainment, Mobile Communications, Home Appliance & Air Solutions, and Vehicle Components ― and is one of the world’s leading producers of flat panel TVs, mobile devices, air conditioners, washing machines and refrigerators. LG Electronics is a 2015 ENERGY STAR Partner of the Year.