Latin America. Rohde & Schwarz has introduced a new, expanded and improved version of its Broadcast Server & Control Center (BSCC). The R&S BSCC2.0 builds on the success of its predecessor, which is providing the beating heart of 5G Broadcast/Multicast proof-of-concept in regional markets as diverse as Germany, Brazil and China.
With BSCC2.0, broadcasters and network operators can offer many more mobile services, such as over-the-air upgrades and upgrades, venue streaming, automotive services, e-Learning, on-demand multimedia streaming, public warning announcements, e-Sports. , e-Agriculture, live streaming and live trading.
A cornerstone of 5G streaming is its ability to give mobile users access to super-high-quality video content. To this end, the BSCC2.0 supports a wide range of streaming platforms. These new streaming services will become a reality as new algorithms and protocols are implemented within the 5G streaming environment, including FLUTE (file delivery over one-way transport transmission), DASH (adaptive dynamic streaming over HTTP), and HLS (HTTP live streaming).
Rohde & Schwarz's new All-In-One 5G Broadcast/Multicast core network offers the flexibility, scalability and performance customers need for mobile streaming services and leads customers' journey into the 5G Broadcast/Multicast world. The company's software-oriented solution makes the customer's core network more flexible, efficient and open.
BSCC2.0 helps the customer reduce costs, add more agility and meet the demands of future mobile and fixed streaming and multicast services. It is based on a new modular software architecture to achieve better protection against software overloads.
BSCC2.0 represents a new and radically different approach to managing 5G Broadcast/Multicast operations. Several key factors set it apart from rival solutions, including 3GPP Release 16 support, Transport Streams over IP (TsoIP) protocol integration, and multi-service support. Based on its specialized expertise in mobile transmission technology, BSCC 2.0 has incorporated multi-TX connection support, as well as single frequency network (SFN) and multi-frequency network (MFN) transmission support.
