Over 300 LiveU IP-bonding units to be used ...
LiveU anticipates that an unprecedented number of IP-bonding units, more than 300, will be used by over 80 international broadcasters to deliver all the live action of the Olympics to their audiences. Broadcasters and online streamers are expected to generate an estimated 15,000+ live video sessions with potentially more than 50 TB of data to be transmitted during the course of the Games.
Validating LiveU’s expertise with large-scale, global events, WIN Sports Director of Technology William Albarracin stated following the FIFA World Cup 2014™ in Brazil, “LiveU exceeded our expectations. It gave us the mobility to go live from anywhere at any time. We knew the Brazilian landscape was challenging, yet we hit 9 Mbps in some areas. Also, the management system, LiveU Central, gave us flexibility and geo-location that allowed us to maximise the use of units in the field."
Building upon the success achieved during the FIFA World Cup 2014™, where LiveU’s robust IP-bonding units were able to maintain uplink speeds in excess of 8Mbps in transmission from 12 varied locations throughout the country, LiveU will deploy even more technology, onsite venue support and services in Brazil this summer than have been in place for a live sporting event.
Samuel Wasserman, LiveU’s CEO, said, “We’re already seeing tremendous build up to this year’s Rio Olympics with multiple orders coming in from our customers worldwide. Continuing our success supporting large global sporting events, we’re looking forward to playing a central role in bringing live action to viewers around the world.”
LiveU’s entire portfolio of uplink solutions will be deployed, including backpack and camera-mount IP-bonding devices, such as the award-winning LU500 and the lightweight LU200, as well as the LU-Smart mobile application and the signal-boosting Xtender external antenna. LiveU’s cloud-based MultiPoint distribution service, which integrates seamlessly into the LiveU Central management platform, will enable customers to simultaneously share live feeds with up to 100 concurrent destinations worldwide.
For added enhancement, LiveU will also offer multiple, dedicated Wi-Fi hotspot locations and a special integrated KA-Band satellite solution that includes a VSAT terminal, VSAT antenna with universal mount, WiFi router, and all cables and connectors.
LiveU’s support team and its local partner, UCAN Digital Transmission, will be onsite in numerous venues, offering onsite 24/7 support in multiple languages throughout the Games to ensure all customers can deliver the best possible coverage during all events.
During the past six years, LiveU has supported hundreds of customers in their coverage of many of the world’s most popular sporting events, including five Olympic Games, six NFL Super Bowl games, two FIFA World Cup™ tournaments, and many other international sporting events.
Special early-bird pricing is still available for orders made by March 31st. There also are special packages for extending rentals and equipment through the 2016 Paralympic Games. Contact email@example.com for pricing and more information.
LiveU sets the standard for high-quality and reliable live video acquisition, management and distribution over IP. LiveU's award-winning technology enables live video transmission from any location around the world with lightweight, easy-to-use equipment. From backpacks to smartphones, and satellite/cellular hybrid to external antenna solutions, LiveU offers a complete range of devices for live video coverage anytime, anywhere. In addition, LiveU offers extensive cloud-based management and video distribution solutions. With top-tier customers in 60+ countries, LiveU’s solutions are being utilized for breaking and developing news and high-profile events, such as the FIFA World Cup™, Winter and Summer Olympic Games, Presidential Campaigns, Super Bowls, US Collegiate Championships and red-carpet events. LiveU’s solutions include multiple 4G LTE/3G, HSPA+, WiMAX and Wi-Fi cellular links, which are optimized for maximum video quality based on the available network conditions.