ITU-T J.183-2016
Time-division multiplexing of multiple MPEG-2 transport streams and generic formats of transport streams over cable television systems (Study Group 9)

Standard No.
ITU-T J.183-2016
Release Date
2016
Published By
ITU-T - International Telecommunication Union/ITU Telcommunication Sector
Latest
ITU-T J.183-2016
Scope
This Recommendation specifies a time-division multiplexing (TDM) frame format for adapting multiple Motion Picture Experts Group version 2 (MPEG-2) transport streams (TSs) or generic formats of TSs@ some of which exceed the transmission rate per channel@ into the existing physical layer interface specified in Annex C of [ITU-T J.83]. This format may be applicable to other transmission systems. The frame format aims to multiplex TSs without change@ except that some of the service information (SI) related to the network is replaced. By using this frame structure as an optional addition to conventional digital transmission equipment@ multiple TSs can be multiplexed as they are. The functionality of multiplexing TSs into a single TS is not needed. In addition@ the expansion of the frame format@ being compliant with the first edition (2001-03-09) of this Recommendation@ can provide the functionality for a high-speed transmission scheme by channel-bonding technology. The frame format enables a cable television operator to pack multiple TSs into a single channel or multiple channels. Operation of a cable distribution network would become flexible if services could be integrated on the basis of the TS. This Recommendation provides the information needed by designers and manufacturers of equipment (including receivers) for distributing digital multi-programme signals by cable networks.

ITU-T J.183-2016 history

  • 2016 ITU-T J.183-2016 Time-division multiplexing of multiple MPEG-2 transport streams and generic formats of transport streams over cable television systems (Study Group 9)
  • 2001 ITU-T J.183-2001 Time-division multiplexing of multiple MPEG-2 transport streams over cable television systems Study Group 9



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