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JUNOSE 11.0.X PHYSICAL LAYER
Juniper JUNOSE 11.0.X PHYSICAL LAYER Manuals
Manuals and User Guides for Juniper JUNOSE 11.0.X PHYSICAL LAYER. We have
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Juniper JUNOSE 11.0.X PHYSICAL LAYER manual available for free PDF download: Configuration Manual
Juniper JUNOSE 11.0.X PHYSICAL LAYER Configuration Manual (262 pages)
for E Series Broadband Services Routers - PHYSICAL LAYER configuration
Brand:
Juniper
| Category:
Software
| Size: 2.54 MB
Table of Contents
Table of Contents
9
List of Tables
17
About the Documentation
19
Audience
19
Documentation Feedback
19
E Series and Junose Documentation and Release Notes
19
E Series and Junose Text and Syntax Conventions
19
Obtaining Documentation
19
Requesting Technical Support
19
Table 1: Notice Icons
20
Table 2: Text and Syntax Conventions
20
About the Documentation
21
Opening a Case with JTAC
22
Self-Help Online Tools and Resources
22
Part 1 Chapters
23
Chapter 1 Configuring Channelized T3 Interfaces
23
Chapter 2 Configuring T3 and E3 Interfaces
23
Chapter 3 Configuring Unchannelized Ocx/Stmx Interfaces
23
Chapters
23
Chapter 4 Configuring Channelized Ocx/Stmx Interfaces
23
Configuring Channelized T3 Interfaces
25
Overview
25
MDL/FDL Support
25
MDL Standards
26
FDL Standards
26
Timeout of Received MDL and FDL Messages
26
Table 3: MDL and FDL Message Strings and Message Types
26
Frequency of FDL Path Messages
27
Higher-Level Protocols
27
Chapter 1 Configuring Channelized T3 Interfaces
27
CT3/T3-F0 Line Modules and CT3/T3 12 I/O Modules
28
Exchanging Modules
28
Interface Stack
29
Numbering Scheme
29
T3 Controllers
29
Figure 1: Stack for Channelized T3 Interface
29
T1 Channels
30
Fractional T1
30
Figure 2: T1 Channels and DS0 Timeslots on a T3 Line
30
Table 4: Sample T1 Subchannel/Timeslot Assignments
30
HDLC Channels
31
Platform Considerations
27
Before You Configure an Interface
31
References
31
Configuration Tasks
32
Configuring a T3 Controller
32
Configuring MDL Messages
33
Other Optional Tasks
34
Configuring T1 Channels
36
Optional Tasks
36
Configuring FDL Messages
39
Configuring an HDLC Channel
42
Optional Tasks
42
Configuration Example
45
Testing Interfaces
45
Testing at the T3 Layer
45
Testing at the T1 Layer
48
Monitoring Interfaces
50
Setting a Baseline
51
Displaying Counters and Time Intervals
51
Output Filtering
51
Configuring T3 and E3 Interfaces
67
Overview
67
MDL Support
67
MDL Standards
68
Timeout of Received MDL Messages
68
Table 5: MDL Message Strings and Message Types
68
Higher-Level Protocols
69
Chapter 2 Configuring T3 and E3 Interfaces
69
Ocx/Stmx/Ds3-ATM Line Modules and 4Xds3 ATM I/O Modules
70
CT3/T3-F0 Line Modules and CT3/T3 12 I/O Modules
70
Interface Stack
71
Numbering Scheme
71
Figure 3: Stack for T3 ATM Interfaces
71
Figure 4: Stack for T3 Frame and E3 Frame Interfaces
71
Platform Considerations
69
COCX-F3 Line Modules and Associated I/O Modules
69
Before You Configure an Interface
72
References
72
Configuration Tasks
73
Configuring a T3 or an E3 Controller
73
Configuring MDL Messages
74
Optional Tasks
76
Configuring Fractional T3
78
Configuring an HDLC Channel
79
Optional Tasks
79
Configuration Examples
82
Testing Interfaces
83
Sending BERT Patterns
83
Enabling Local, Network, and Payload Loopback
84
Enabling Remote Loopback
84
Monitoring Interfaces
86
Setting a Baseline
86
Displaying Counters and Time Intervals
86
Output Filtering
87
Configuring Unchannelized Ocx/Stmx Interfaces
95
Overview
95
APS and MSP
95
Automatic Switchover
96
Manual Switchover
96
Switching Mechanisms
96
Table 6: Sample Pairings for Valid APS/MSP Groups
96
Reversion after Switchover
97
Communication Methods
97
Chapter 3 Configuring Unchannelized Ocx/Stmx Interfaces
97
Table 7: Explanation of K1 Byte
98
Table 8: Explanation of K2 Byte
98
Higher-Level Protocols
99
Platform Considerations
99
Ocx/Stmx/Ds3-ATM Line Modules
100
Ocx/Stmx POS Line Modules
100
Figure 5: Interface Stack for Ocx/Stmx/Ds3-ATM Interfaces
100
OC48 Line Modules
101
OC3/STM1 GE/FE Line Module
101
Figure 6: Interface Stack for Ocx/Stmx POS and OC48/STM16
101
ES2 4G Line Module
102
E120 Router Configuration
102
E320 Router Configuration
102
Ocx/Stmx ATM Ioas
103
Ocx/Stmx POS Ioas
103
Numbering Scheme
103
Figure 7: Interface Stack for Ocx/Stmx POS Interfaces
103
E120 and E320 Routers
104
Erx7Xx Models, Erx14Xx Models, and the ERX310 Router
104
Interface Specifier
105
Exchanging Modules
105
Configuration Tasks
106
Configuring the SONET/SDH Layers
106
Configuring APS/MSP
111
Configuring the Working Interface
112
Configuring the Protect Interface
113
Configuring SONET/SDH Alarms
115
Configuration Example
116
Configuring APS Event Collection
116
Manual Switching to a Redundant Port
117
References
106
Testing Interfaces
118
Loopback Testing
118
Testing Connectivity
118
Monitoring SONET/SDH Interfaces
119
Monitoring Interface Statistics
119
Monitoring APS/MSP
127
Configuring Channelized Ocx/Stmx Interfaces
131
Overview
131
SONET APS and SDH MSP
131
MDL/FDL Support
131
MDL Standards
132
FDL Standards
132
Timeout of Received MDL and FDL Messages
132
Frequency of FDL Path Messages
133
Higher-Level Protocols
133
Table 9: MDL and FDL Message Strings and Message Types
133
Platform Considerations
134
Cocx/Stmx FO Line Module
134
Interface Stack
135
SONET/SDH VT Controllers
135
Figure 8: Stack for Cocx/Stmx Interfaces
135
Figure 9: SONET Multiplexing
136
Table 10: Tributary Standards that Cocx/Stmx Interfaces Support
136
Figure 10: SDH Multiplexing
137
Table 11: Identifiers for SONET/SDH VT Controllers
137
Table 12: Definitions for Identifiers for SONET/SDH VT Controllers
137
T3 Controllers
138
Hdlc
138
Table 13: Identifiers for T3 Controllers
138
Numbering Scheme
139
References
139
Before You Configure an Interface
140
Configuration Tasks
141
SONET/SDH Configuration Tasks
141
Configuring Higher Layers
146
T1/E1 Configuration Tasks
146
Configuring an Unframed E1 Line
147
Configuring T1 and E1 Lines
147
Configuring T1 Interfaces to Send FDL Messages
150
Disabling Interfaces and Channel Groups
152
Configuring Higher Layers
152
T3 Configuration Tasks
152
Configuring T3 Line Parameters
153
Configuring T3 Interfaces to Send MDL Messages
155
Configuring T1 Channels on T3 Interfaces
156
Configuring T1 Channels to Send FDL Messages
159
Configuring Higher Layers
161
HDLC Channel Configuration Tasks
161
Optional Tasks
161
Configuration Examples
164
Example 1: Configuring Interfaces in SONET Mode
164
Figure 11: Configuring Fractional T1 in SONET Mode
164
Example 2: Configuring Interfaces in SDH Mode
165
Figure 12: Configuring Fractional E1 and Unframed E1 in SDH Mode
165
Example 3: Configuring Frame Relay
166
Example 4: Configuring PPP
166
Testing Interfaces
167
Sending BERT Patterns
167
Receiving BERT Patterns
169
Enabling Local or Network Loopback
169
Enabling Remote Loopback Testing
171
Testing Connectivity
174
Monitoring Interfaces
175
Setting a Baseline
176
Output Filtering
176
Monitoring APS/MSP
195
Configuring Ethernet Interfaces
197
Ethernet Overview
197
Features
198
Ethernet Interface Platform Considerations
198
Chapter 5 Configuring Ethernet Interfaces
199
Numbering Scheme
199
Erx7Xx Models, Erx14Xx Models, and the ERX310 Router
199
E120 and E320 Routers
199
Fast Ethernet I/O Modules
200
FE-8 I/O Module
200
GE-2 SFP I/O Module
201
Interface Specifier
200
Gigabit Ethernet I/O Modules and Ioas
201
GE I/O Module
201
GE-2 SFP I/O Module
202
Ports on GE-2 SFP I/O Module
202
Bandwidth and Line Rate Considerations
202
GE-8 I/O Module
202
Bandwidth and Line Rate Considerations
203
Table 14: Average Data Rate for ERX310 Router or in Slots 2 or 4 of an
203
Managing High-Density Ethernet
204
OC3-2 GE APS I/O Module
204
Es2-S1 Ge-4 Ioa
204
Table 15: Average Data Rate When Installed in All Other Slots on an ERX1440
204
Es2-S1 Ge-8 Ioa
205
ES2 4G LM Combination
205
Table 16: Average Data Rate for One ES2-S1 GE-8 IOA Installed with an ES2
206
Table 17: Average Data Rate for Two ES2-S1 GE-8 Ioas Installed with an
206
Table 18: Average Data Rate for ES2-S1 GE-8 IOA Combined with Other IOA Types in same Slot
207
ES2 10G LM Combination
208
Table 19: Average Data Rate for One ES2-S1 GE-8 IOA Installed with an ES2
208
ES2 10G ADV LM Combination
209
Table 20: Average Data Rate for Two ES2-S1 GE-8 Ioas Installed with an
209
Es2-S3 Ge-20 Ioa
210
Table 21: Average Data Rate for One ES2-S1 GE-8 IOA Installed with an ES2
210
Table 22: Average Data Rate for Two ES2-S1 GE-8 Ioas Installed with an
210
Bandwidth and Line Rate Considerations
211
ES2 10G LM Combination
211
Managing High-Density Ethernet
211
Bandwidth and Line Rate Considerations
212
ES2 10G ADV LM Combination
212
Managing High-Density Ethernet
212
10-Gigabit Ethernet Ioas
213
Es2-S1 10Ge Ioa
213
Managing High-Density Ethernet
213
Es2-S2 10Ge Pr Ioa
213
ES2 10G Uplink LM Combination
214
ES2 10G LM Combination
215
ES2 10G ADV LM Combination
216
Ethernet References
217
High-Density Ethernet
218
Managing Port Redundancy on Gigabit Ethernet I/O Modules
219
Configuration Tasks for Ethernet
220
Configuring the Physical Interface
221
Disabling Ethernet Interfaces
227
Monitoring Ethernet Interfaces
227
Setting Statistics Baselines
227
Using Ethernet Show Commands
228
Figure 13: Interface Stacking for Tunnel-Service Interfaces
237
Types of Tunnel-Server Ports
238
Dedicated Tunnel-Server Ports
238
Shared Tunnel-Server Ports
238
Types of Tunnel-Service Interfaces
238
Managing Tunnel-Service and Ipsec-Service Interfaces
237
Tunnel-Service and Ipsec-Service Overview
237
Tunnel-Service Interface Platform Considerations
239
Supported Modules for Dedicated Tunnel-Server Ports
239
Erx7Xx Models, Erx14Xx Models, and the ERX310 Router
240
E120 and E320 Routers
240
Supported Modules for Shared Tunnel-Server Ports
240
Erx14Xx Models and the ERX310 Broadband Services Router
240
Numbering Scheme
241
Erx7Xx Models, Erx14Xx Models, and the ERX310 Router
241
E120 and E320 Routers
241
Interface Specifier
242
Supported Applications for Dedicated and Shared Tunnel-Server Ports
242
Redundancy and Interface Distribution of Tunnel-Service Interfaces
243
Sms, ES2-S1 Service IOA, and Shared Tunnel-Server Modules
243
Static IP Tunnel-Service Interfaces
243
Dynamic Tunnel-Service Interfaces
244
Interface Allocation for Shared Tunnel-Server Modules
244
Isms
244
Tunnel-Service Interface Considerations
245
Provisioning Tunnel-Service Interfaces
245
Bandwidth Limitations of Shared Tunnel-Server Ports
246
Exchanging Tunnel-Server Modules
246
Unprovisioned Tunnel-Service Interfaces
246
Configuring Tunnel-Server Ports and Tunnel-Service Interfaces
247
Identifying the Physical Location of the Tunnel-Server Port
247
Provisioning the Maximum Number of Interfaces on a Tunnel-Server Port
247
Verifying the Tunnel-Server Interface Configuration
248
Unprovisioning Tunnel-Service Interfaces
248
Monitoring Tunnel-Service Interfaces
250
Part 2 Index
253
Index
255
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