•
Framing type, clock source, and the cable length for each controller
•
Framing type, line code, and clock source for each channel
•
Timeslot mapping and line speed for each fractional channel
•
HDLC channel information, such as data inversion information, CRC type, idle character,
MTU, and MRU
Configuration Tasks
The following sections describe how to configure the layers on cOCx/STMx interfaces.
SONET/SDH Configuration Tasks
To configure SONET/SDH on a cOCx/STMx interface:
1.
Select an interface.
2.
Specify a clock source for the interface.
3.
Specify that the mode be SDH, or accept the default mode, SONET.
4.
(Optional) Assign a text description or an alias to the interface.
5.
(Optional) Disable processing of SNMP link status information for the section and
line layers of the interface.
6.
Configure the path for the interface.
7.
(Optional—not recommended) Overwrite the automatic setting for the path signal
label (C2) byte.
8.
(Optional) Enable processing of SNMP link status information for the path layer of
the interface.
9.
(Optional) Configure the router to use remote defect indications (RDIs) at the path
layer to determine the operational status of a path.
10.
(MPLS fast reroute over SONET/SDH interfaces) Specify the time duration after
which the router sets an alarm when it records a defect at the path layer.
11.
(MPLS fast reroute over SONET/SDH interfaces) Specify the time duration after
which the router sets an alarm when it records a defect at the line or section layer.
12.
Configure APS/MSP for the interface.
For information about configuring APS/MSP, see “Configuring APS/MSP” on page 87
in “Configuring Unchannelized OCx/STMx Interfaces” on page 71.
You must now configure the next layer on the interface: E1, T1, or E3. See “T1/E1
Configuration Tasks” on page 119 or “T3 Configuration Tasks” on page 126.
clock source
•
Use to configure the transmit clock source for the interface.
•
For production networks, configure all STMx ports on the line module for internal
chassis timing. You must also ensure that the chassis reference clock is of good quality
115
Copyright © 2010, Juniper Networks, Inc.
Chapter 4: Configuring Channelized OCx/STMx Interfaces
Summary of Contents for JUNOSE 11.2.X MULTICAST ROUTING
Page 6: ...Copyright 2010 Juniper Networks Inc vi...
Page 8: ...Copyright 2010 Juniper Networks Inc viii JunosE 11 2 x Physical Layer Configuration Guide...
Page 16: ...Copyright 2010 Juniper Networks Inc xvi JunosE 11 2 x Physical Layer Configuration Guide...
Page 24: ...Copyright 2010 Juniper Networks Inc 2 JunosE 11 2 x Physical Layer Configuration Guide...
Page 66: ...Copyright 2010 Juniper Networks Inc 44 JunosE 11 2 x Physical Layer Configuration Guide...
Page 228: ...Copyright 2010 Juniper Networks Inc 206 JunosE 11 2 x Physical Layer Configuration Guide...
Page 247: ...PART 2 Index Index on page 227 225 Copyright 2010 Juniper Networks Inc...
Page 248: ...Copyright 2010 Juniper Networks Inc 226 JunosE 11 2 x Physical Layer Configuration Guide...