TS 101 270-2 : 1.2.1

Intellectual Property Rights
Foreword
1 Scope
2 References
3 Definitions and abbreviations
  3.1 Definitions
  3.2 Abbreviations
4 Reference models
  4.1 Interface model
  4.2 Protocol model
  4.3 Reference points
  4.4 Deployment configurations
5 Physical Medium Dependent (PMD) layer
  5.1 Multi-carrier PMD sub-layer specification
  5.2 Single carrier PMD sub-layer specification
6 Transmission Convergence (TC) layer
  6.1 TC layer functionality
  6.2 Transport Protocol Specific TC (TPS-TC) sub-layer
  6.3 Physical Medium-Specific TC (PMS-TC) sub-layer
  6.4 PMS-TC functions for multi-carrier modulation
  6.5 PMS-TC for single carrier modulation
7 Operations and maintenance
  7.1 OAM reference model
  7.2 OAM entities
  7.3 OAM primitives and parameters
  7.4 Multi-carrier VDSL overhead channel (VOC)
  7.5 Single carrier VDSL overhead control (VOC) channel
  7.6 VDSL embedded operations channel (eoc)
  7.7 Single carrier specific OAM objects
8 Link activation and de-activation
  8.1 Link state and timing diagram
  8.2 Multi-carrier activation/de-activation
  8.3 Single carrier activation/deactivation
Annex A (informative): UTOPIA Implementation of the
        ATM-TC Interface
Annex B (informative): TC Example Algorithms
      B.1 Frame Delineation Algorithm
      B.2 Convolutional Interleaver
Annex C (informative): Provisional handshake parameters
Annex D (informative): MCM Duplexing
      D.1 Introduction
      D.2 MCM duplexing technique
      D.3 Synchronous versus asynchronous operation
Annex E (informative): Bibliography
History

Describes requirements for transceivers that provide very high bit-rate digital transmission on metallic, unshielded, access network wire pairs. The technology is referred to as Very high speed Digital Subscriber Line (VDSL).