1
Scope
1.1 Introduction and
purpose
1.2 Background
2 References
2.1 Normative references
2.2 Informative references
2.3 Reference acquisition
3 Definitions
4 Abbreviations, acronyms and
conventions
4.1 Abbreviations and
acronyms
4.2 Conventions
5 Functional assumptions
5.1 Equipment assumptions
5.2 RF channel assumptions
5.3 Transmission levels
5.4 Frequency inversion
6 Physical media dependent
sublayer specification
6.1 Scope
6.2 Upstream
6.3 Downstream
Annex A – Timing requirements for supporting business services
over DOCSIS
A.1 CMTS
A.2 CM
Annex B – Additions and modifications for 8 MHz channel
spacing
B.1 Scope
B.2 References
B.3 Terms and definitions
B.4 Abbreviations and
acronyms
B.5 Functional assumptions
B.6 Physical media
dependent sublayer specification
Annex C – MPEG header synchronization and recovery
C.1 MPEG header
synchronization and recovery in the North American technology option
C.2 MPEG header
synchronization and recovery in the European technology option
Annex D – Japan specification additions
D.1 Scope
D.2 References
D.3 Terms and definitions
D.4 Abbreviations,
acronyms and conventions
D.5 Functional assumptions
D.6 Physical media
dependent sublayer specification
Appendix I – Example preamble sequence
I.1 Introduction
I.2 Example preamble
sequence
Appendix II – S-CDMA framing
II.1 Coded subsymbol
numbering
II.2 Uncoded subsymbol
numbering
II.3 Framer output
numbering
II.4 Comments
Appendix III – Ambient temperature and wind loading effects
III.1 Synchronization
tolerances to plant delay variations
III.2 Change in propagation
delay due to temperature changes
Appendix IV – Description of upstream transmit channel set
capability: Example calculations for reporting and figuring the number of
active channels supported
Appendix V – Description of upstream channel power control
with multiple upstream channels
V.1 DOCSIS 2.0 parameters
extended to multiple transmit channel mode
V.2 New parameters in
DOCSIS 3.0 upstream power control ("loading", Pload_n, Pload_min_set,
Dynamic Range Window, Plow_multi_n)
V.3 Example upstream power
control with multiple transmit channel mode enabled
V.4 Examples regarding
concurrent and cnsecutive changes in Pr_n and Pload_min_set
Appendix VI – Example spurious emissions noise power limits
with multiple channels bursting