What is BS IEC 62766-1 - IPTV - procedural application environment about?
Internet Protocol television (IPTV) is the delivery of television content over internet protocol networks. BS IEC 62766 series discusses consumer terminal function for access to IPTV and open internet multimedia services. The OPEN IPTV FORUM specifies the user-to-network interface (UNI) for consumer terminals to access IPTV and open internet multimedia services over managed or non-managed networks.
BS IEC 62766-1 is the first part of the BS IEC 62766 series of documents that defines general common elements and specifies the structure of the IEC 62766 series, the scopes of, and relationships between the other parts. Managed network IPTV services are provided from within an operator’s core network, enabling the service provider to make use of service enhancement facilities like multicast delivery and QoS provision.
Who is BS IEC 62766-1 - IPTV - procedural application environment for?
BS IEC 62766-1 on IPTV - procedural application environment is useful for:
- Providers of IPTV multimedia services
- Multimedia companies
- Software / IT firms
- IT engineers / professionals
Why should you use BS IEC 62766-1 - IPTV - procedural application environment?
An IPTV system is used to provide video content over a private network in an enterprise. The PAE is an application environment for IPTV services based on Java. Like other specifications such as OCAP, ACAP and Blu-ray 2, which are GEM terminal specifications, BS IEC 62766-1 follows the structure of ETSI TS 102 728.
BS IEC 62766-1 is based on a series of specifications that was originally developed by the Open IPTV Forum (OIPF). They specify the user-to-network interface (UNI) for consumer terminals to access IPTV and open internet multimedia services over managed or nonmanaged networks as defined by OIPF.
BS IEC 62766-1 defines general common elements and specifies the document structure, the scopes of, and relationships between the other parts, which deal with specific aspects of the OIPF consumer terminal function and network interfaces.
