In this talk, the current low latency streaming implementations are reviewed, including LL-DASH, LL-HLS and HESP. A deeper understanding of how they perform for different criteria is explained, such as latency, bandwidth, zapping time, scalability, etc., as well as identifying the strengths, limitations and best practices.
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This presentation addresses an issue that is especially relevant for operators today, as they look to gain better control over their resources and the quality of the delivered service, while maintaining a full compliance with ABR standards and full support from all standard streaming devices in the market.
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This session will explore how 5G offers data rate increases both upstream and downstream, as well as the ability to manage data on the 5G connections in a more sophisticated manner than ever before. The key role 5G plays in reducing latency; through the development of new standards, it is now possible to reduce latency within live video to a matter of seconds by using multicast ABR within the CDN to the edge and leveraging edge processing within the network.
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At Dejero we know just how critical it is to stay connected when it comes to live video and real-time data. We've made it our mission to provide reliable connectivity in any scenario; from the top of a mountain, at a crowded festival, a fan-filled sports venue, in the eye of a storm, in a moving vehicle or even from home during a pandemic. Our solutions are designed to simplify the workflows of news, sports and live event broadcasts and to deliver fast, cost-effective deployment, not only for remote broadcasting but also for business continuity in disaster recovery situations. Our patented Smart Blending Technology aggregates diverse connectivity paths including cellular, satellite and broadband into a virtual ‘network of networks’ using cloud-based technology, to transfer high-quality live video and real-time data over IP from virtually anywhere. This technology delivers enhanced reliability, expanded coverage, and greater bandwidth.
This presentation shows you ways to leverage the equipment you have today to build enough flexibility so that you can produce, switch, and diagnose remotely. The presentation will also cover the options for moving video around the Internet, both for monitoring in consumer devices (protocols such as RTMP and HLS) and for low-latency, high-quality contribution (protocols such as the Reliable Internet Stream Transport – RIST).
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