�1���� Scope����������
�2���� References
�3���� Definitions
������� 3.1���� Terms
defined elsewhere�������
������� 3.2���� Terms
defined in this Recommendation�����������
�4���� Abbreviations
and acronyms�������������
�5���� Conventions
�6���� Physical layer
frequency performance requirements��������������
�7���� Performance
requirements for T-BC-A and T-TSC-A
������� 7.1���� Frequency
accuracy
������� 7.2���� Time
error noise generation
������� 7.3���� Noise
tolerance
������� 7.4���� Local
time reference (1PPS) to PTP and local time reference (1PPS) to 1PPS noise
transfer
������� 7.5���� PTP
output and 1PPS output transient response (short term) due to loss and
restoration of local time reference (1PPS) input����
������� 7.6���� Holdover
performance
�8���� Performance
requirements for T-BC-P and T-TSC-P
������� 8.1���� Frequency
accuracy
������� 8.2���� Time
error noise generation
������� 8.3���� Noise
tolerance
������� 8.4���� Noise
transfer
������� 8.5���� Transient
response (short-term)
������� 8.6���� Holdover
performance
�9���� Interfaces
������� 9.1���� Phase
and time interfaces
������� 9.2���� Frequency
interfaces
Annex A � T-TSC-A and T-BC-A functional model
Annex B � T-TSC-P and T-BC-P functional model
Appendix I � Consideration of slave clocks embedded in
end applications
Appendix II � Consideration of variable temperature
testing
Appendix III � Consideration of the use of a
synchronous equipment clock to maintain� time holdover for partial timing
support networks
Appendix IV � Use of a synchronous equipment clock to
assist a PTP time lock
Appendix V � Synchronization interworking function P-F
node limits
Appendix VI � PTP noise tolerance testing for PTS and
APTS clocks
������ VI.1����
Testing set-up for PTP noise tolerance testing
������ VI.2���� Statistical
PDV model
������ VI.3���� Parameters
for the PDV model�������������
������ VI.4���� Different
requirements for APTS and PTS models���������
������ VI.5���� Example
delay patterns
������ VI.6���� Output
requirements
Appendix VII � Analysis of conversion of network
limits to equipment specification for APTS
����� VII.1���� Total
noise budget between network limits����
����� VII.2���� Holdover
operation
����� VII.3���� Transient
operation and switching������
����� VII.4���� Dynamic
noise accumulation for APTS��������������
Appendix VIII � Analysis of conversion of network
limits to equipment specification for PTS
���� VIII.1���� Total
noise between network limit C and network limit D���������
���� VIII.2���� Holdover
operation
���� VIII.3���� Transient
operation and switching
���� VIII.4���� Dynamic
noise accumulation for PTS (constant temperature)�
Bibliography