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Juniper ACX2000 Configuration Guide
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}
prot
ocols
{
mpls
{
interf
ace
ge-2/
0/8
.0;
interf
ace
ge-2/
0/9
.0;
interf
ace
ge-2/
0/
10.
0;
}
ospf
{
tra
ffic-engineering;
area
0.
0.
0.0
{
interf
ace
lo0
.0
{
passiv
e;
}
interf
ace
ge-2/
0/8
.0;
interf
ace
ge-2/
0/9
.0;
interf
ace
ge-2/
0/
10.
0;
}
}
ldp
{
interf
ace
ge-2/
0/8
.0;
interf
ace
ge-2/
0/9
.0;
interf
ace
ge-2/
0/
10.
0;
interf
ace
lo0
.0;
}
l2circuit
{
neighbor
192.0.2.3
{
interf
ace
ge-2/
0/
6.
0
{
virtual-circuit-id
200;
backup-neighbor
192.0
.2.4
{
standb
y;
}
}
}
}
}
The
rele
vant
sampl
e
configur
ation
f
or
Rout
er
PE3
foll
ows.
R
outer
PE3
interf
ac
es
{
ge-2/
0/8
{
unit
0
{
description
to_PE2;
famil
y
inet
{
address
10.
10.
4.
1/30;
}
famil
y
mpls;
}
}
ge-2/
0/9
{
unit
0
{
description
to_PE4;
famil
y
inet
{
address
10.
10.
6.
1/30;
}
famil
y
mpls;
}
Cop
yright
©
2017
,
Juniper
Networks,
Inc.
1298
AC
X
Series
Universal
Ac
cess
Router
Configura
tion
Guide
1355
1357
Table of Contents
Default Chapter
3
Table of Contents
3
List of Tables
45
About the Documentation
53
Documentation and Release Notes
53
Supported Platforms
53
Using the Examples in this Manual
53
Merging a Full Example
54
Merging a Snippet
54
Documentation Conventions
55
Documentation Feedback
57
Requesting Technical Support
57
Self-Help Online Tools and Resources
57
Opening a Case with JTAC
58
Overview
59
Chapter 1 ACX Series Universal Access Router Overview
61
ACX Series Router Architecture
62
Junos os
62
Interfaces
62
Mobile Backhaul
62
Junos Space
63
Protocols and Applications Supported by ACX Series Routers
63
Hardware Architecture Overview
79
Hardware Overview (ACX Series, M Series, MX Series, T Series, and TX Matrix Routers)
80
System Memory
81
Storage Media
82
ACX500 Routers Hardware and CLI Terminology Mapping
83
ACX500 Indoor Routers Hardware and CLI Terminology Mapping
83
ACX500 Outdoor Routers Hardware and CLI Terminology Mapping
85
Mapping
86
ACX1000 and ACX1100 Routers Hardware and CLI Terminology Mapping
88
Mapping
88
ACX1100 Routers Hardware and CLI Terminology Mapping
89
ACX2000 and ACX2100 Routers Hardware and CLI Terminology Mapping
91
ACX2000 Hardware and CLI Terminology Mapping
91
Figure 8: ACX2000 Interface Port Mapping
92
ACX2100 Hardware and CLI Terminology Mapping
93
ACX2200 Routers Hardware and CLI Terminology Mapping
94
ACX4000 Routers Hardware and CLI Terminology Mapping
95
ACX5000 Routers Hardware and CLI Terminology Mapping
97
ACX5048 Router Hardware and CLI Terminology Mapping
97
ACX5096 Router Hardware and CLI Terminology Mapping
98
Figure 13: ACX5096 Interface Port Mapping
99
Part 2 Installing and Upgrading ACX Series Routers
101
Chapter 2 Installing and Upgrading Junos os
103
Installing and Upgrading Junos os
103
Routing Engines and Storage Media Names (ACX Series, M Series, MX Series, PTX Series, T Series, TX Matrix, TX Matrix Plus, and JCS 1200 Routers)
103
Boot Sequence on ACX Series Routers
106
Dual-Root Partitioning ACX Series Routers Overview
106
Boot Media and Boot Partition on the ACX Series Routers
106
Important Features of the Dual-Root Partitioning Scheme
107
Understanding How the Primary Junos os Image with Dual-Root Partitioning Recovers on the ACX Series Router
107
Junos os Release 12.2 or Later Upgrades with Dual-Root Partitioning on ACX Series Routers
109
Installing Junos os Upgrades from a Remote Server on ACX Series Routers
110
Installing Junos os Using a USB Storage Device on ACX Series Routers
110
Example: Installing Junos os and Configuring a Dual-Root Partition on ACX Series Routers Using the CLI
111
Upgrading Software Packages
115
Loading and Committing the Configuration File
118
Checking the Current Configuration and Candidate Software Compatibility
119
Unattended Boot Mode in ACX Series
119
Understanding System Snapshot on an ACX Series Router
122
Example: Taking a Snapshot of the Software and Configuration
123
Routers
126
In-Service Software Upgrade Process
127
Routers
127
Preparing the Router for Software Installation
127
Upgrading the Software Using ISSU
129
Verifying a Unified ISSU
131
Chapter 3 Configuring Autoinstallation
133
Supported Autoinstallation Interfaces and Protocols
134
Typical Autoinstallation Process on a New Router
134
Before You Begin Autoinstallation on an ACX Series Universal Access Router
135
Autoinstallation Configuration of ACX Series Universal Access Routers
136
Verifying Autoinstallation on ACX Series Universal Access Routers
137
USB Autoinstallation on ACX Series Routers
138
Autoinstallation on ACX Series Routers in Hybrid Mode Overview
139
Prerequisites for Autoinstallation on ACX Series Routers in Hybrid Mode
141
Autoinstallation Process on a New ACX Series Router in Hybrid Mode
142
Configuring Autoinstallation of ACX Series Routers in Hybrid Mode
145
Part 3 Configuring Interfaces and Chassis on ACX Series Routers
149
Configuring Autoinstallation
133
ACX Series Autoinstallation Overview
133
Chapter 4 Configuring Interfaces and Chassis
151
Understanding Interfaces on ACX Series Universal Access Routers
152
T1 and E1 Time-Division Multiplexing (TDM) Interfaces
153
Inverse Multiplexing for ATM (IMA)
153
Gigabit Ethernet Interfaces
153
Configuring the Media MTU on ACX Series Routers
155
Media MTU Overview
155
How to Configure the Media MTU
156
Encapsulation Overhead by Encapsulation Type
156
Media MTU Sizes by Interface Type for ACX Series Routers
157
Understanding the Loopback Interface
158
Configuring the Loopback Interface
159
Example: Configuring Two Addresses on the Loopback Interface with Host
159
Routes
160
Routes
161
Example: Configuring Two Addresses on the Loopback Interface with Subnetwork Routes
161
Example: Configuring an Ipv4 and an Ipv6 Address on the Loopback Interface with Subnetwork Routes
161
Understanding Encapsulation on an Interface
162
Gigabit Ethernet Autonegotiation Overview
162
BERT Support on CT1 and CE1 Interfaces
163
Channelized OC3/STM1 (Multi-Rate) Circuit Emulation MIC with SFP
164
Overview
164
16-Port Channelized E1/T1 Circuit Emulation MIC Overview
164
Synchronous Ethernet Overview on the ACX Series Universal Access Routers
165
TDM Cesopsn Overview
166
Configuring TDM Cesopsn on ACX Series Routers Overview
166
Channelization up to the DS0 Level
167
Protocol Support
167
Packet Latency
167
Cesopsn Encapsulation
167
Cesopsn Options
168
Show Commands
168
Cesopsn Pseudowires
168
Satop Emulation on T1 and E1 Interfaces Overview
168
Ethernet Ring Protection Switching Overview
169
Understanding Ethernet Ring Protection Switching Functionality
170
Acronyms
171
Ring Nodes
171
Ring Node States
171
Default Logging of Basic State Transitions on EX Series Switches
172
Failure Detection
172
Logical Ring
172
FDB Flush
172
Traffic Blocking and Forwarding
173
RPL Neighbor Node
173
RAPS Message Blocking and Forwarding
173
Dedicated Signaling Control Channel
174
RAPS Message Termination
174
Revertive and Non-Revertive Modes
175
Multiple Rings
175
Node ID
175
Ring ID
175
Bridge Domains with the Ring Port (MX Series Routers Only)
175
Wait-To-Block Timer
175
Adding and Removing a Node
176
Configuring Ethernet Ring Protection Switching
176
Routers
177
Figure 17: Example of a Three-Node Ring Topology
178
Example: Viewing Ethernet Ring Protection Status-Normal Ring Operation
185
Example: Viewing Ethernet Ring Protection Status-Ring Failure Condition
187
Guidelines for Ethernet Ring Protection Switching on ACX Series Routers
189
Dual-Rate SFP+ Optic Modules for ACX Series Routers
192
Dual Rate SFP+ Capabilities
193
Tri-Rate SFP for ACX5000 Series Routers
193
Configuring Logical Tunnel Interfaces
194
Connecting Logical Systems
194
Guidelines for Configuring Logical Tunnels on ACX Series Routers
195
Configuring an Interface in the VRF Domain to Receive Multicast Traffic
198
Configuring a Proxy Logical Interface in the Global Domain
198
Associating the Proxy Logical Interface to a Logical Interface in a VRF Domain
199
Limitations
199
Understanding Poe on ACX Series Universal Access Routers
200
ACX2000 Poe Specifications
200
Poe Classes and Power Ratings
201
Poe Options
201
Example: Configuring Poe on ACX2000 Routers
202
Example: Disabling a Poe Interface on ACX2000 Routers
207
Configuring a Service Package to be Used in Conjunction with PTP
208
Checklist for Monitoring Fast Ethernet and Gigabit Ethernet Interfaces
208
Checklist for Monitoring T1 Interfaces
209
Understanding Ethernet Link Aggregation on ACX Series Routers
210
Load Balancing
212
LACP Monitoring
213
Link Protection
214
Configuring Link Protection for Aggregated Ethernet Interfaces
214
Disabling Link Protection for Aggregated Ethernet Interfaces
214
Understanding the Algorithm Used to Hash LAG Bundle
214
User-Defined Alarm Relay Overview
216
Alarm Contact Port
216
Alarm Input
216
Alarm Output
217
Configuring Chassis Alarm Relays
217
Configuring Chassis Alarm Input
218
Configuring Chassis Alarm Output
219
Chassis Definitions for Router Model MIB for ACX Series Routers
220
Chapter 5 Configuring E1 and T1 Interfaces
223
Configuring E1 BERT Properties
223
Configuring E1 Loopback Capability
225
Configuring T1 BERT Properties
226
Configuring T1 Loopback Capability
228
Chapter 6 Configuring ATM Interfaces
231
ATM Pseudowire Overview
231
Understanding ATM IMA Configuration on ACX Series Router
232
IMA Version
233
IMA Frame Length
233
Transmit Clock
233
IMA Group Symmetry
233
Minimum Active Links
234
State Transition Variables: Alpha, Beta, and Gamma
234
IMA Link Addition and Deletion
234
IMA Test Pattern Procedure
235
IMA Group Alarms and Group Defects
235
IMA Link Alarms and Link Defects
236
IMA Group Statistics
237
IMA Link Statistics
238
IMA Clocking
239
Differential Delay
239
Configuring ATM IMA on ACX Series
239
Creating an IMA Group (ATM Interfaces)
239
Configuring Group ID for an IMA Link on a T1 Interface or an E1 Interface
240
Configuring ATM Encapsulation Options
240
Configuring IMA Group Options
241
Inverse Multiplexing for ATM (IMA) Overview
242
Configuring Inverse Multiplexing for ATM (IMA)
243
ATM OAM F4 and F5 Cells on ACX Series Routers
243
Defining the ATM OAM F5 Loopback Cell Period
245
Configuring the ATM OAM F5 Loopback Cell Threshold
246
Configuring the Timeout for Bundling of Layer 2 Circuit Cell-Relay Cells
246
Configuring the Layer 2 Circuit Cell-Relay Cell Maximum Overview
247
Class-Based Cell Bundling
247
Chapter 7 Configuring Satop Support on Interfaces
249
Configuring Satop Emulation on Channelized T1 and E1 Interfaces
249
Setting the T1/E1 Emulation Mode
250
Configuring One Full T1 or E1 Interface on Channelized T1 and E1 Interfaces
251
Setting the Satop Encapsulation Mode
253
Configure the Layer 2 Circuit
254
Configuring Satop Emulation on T1/E1 Interfaces on 12-Port Channelized T1/E1 Circuit Emulation Pics
254
Setting the Emulation Mode
255
Configuring Satop Emulation on T1/E1 Interfaces
255
Setting the Encapsulation Mode
255
Configuring Loopback for a T1 Interface or an E1 Interface
256
Setting the Satop Options
256
Configuring the Pseudowire Interface
257
Configuring Satop on 16-Port Channelized E1/T1 Circuit Emulation MIC
259
Configuring T1/E1 Framing Mode at the MIC Level
259
Configuring CT1 Ports down to T1 Channels
260
Configuring CT1 Ports down to DS Channels
260
Chapter 8 Configuring Cesopsn Support on Interfaces
263
Configuring Cesopsn Encapsulation on DS Interfaces
263
Configuring Cesopsn on Channelized OC3/STM1 (Multi-Rate) Circuit Emulation
264
MIC with SFP
264
Configuring SONET/SDH Rate-Selectability
264
Configuring SONET/SDH Framing Mode at the MIC Level
265
Configuring Cesopsn Encapsulation on DS Interfaces on CT1 Channels
266
Configuring COC3 Ports down to CT1 Channels
266
Configuring CT1 Channels down to DS Interfaces
267
Configuring Cesopsn on DS Interfaces
268
Configuring Cesopsn Encapsulation on DS Interfaces on CE1 Channels
269
Configuring CSTM1 Ports down to CE1 Channels
269
Configuring CSTM4 Ports down to CE1 Channels
270
Configuring CE1 Channels down to DS Interfaces
271
Configuring Cesopsn on DS Interfaces
272
Configuring Cesopsn Encapsulation on DS Interfaces
273
Setting the Encapsulation Mode
273
Setting the Cesopsn Options
274
Configuring the Pseudowire Interface
275
Configuring CE1 Channels down to DS Interfaces
276
Configuring Cesopsn on Channelized E1/T1 Circuit Emulation MIC
278
Configuring T1/E1 Framing Mode at the MIC Level
278
Configuring CT1 Interface down to DS Channels
279
Configuring Cesopsn on DS Interfaces
280
Chapter 9 Configuring Timing and Synchronization
281
Automatic Clock Selection Overview
282
Clock Source Selection Algorithm
282
Clock Selection and Quality Level
282
Selection Mode for the Incoming ESMC Quality
283
Clock Sources
283
External Clock Synchronization Overview for ACX Series Routers
284
Automatic Clock Selection
284
Clock Source Selection Algorithm
285
Configuring External Clock Synchronization for ACX Series Routers
286
IEEE 1588V2 PTP Boundary Clock Overview
292
IEEE 1588V2 PTP Boundary Clock
292
Figure 21: Boundary Clocks in a Network
293
Clock Clients
294
IEEE 1588V2 Precision Timing Protocol (PTP)
295
PTP over Ethernet on ACX Series Routers Overview
296
Guidelines for Configuring PTP over Ethernet
298
Configuring Precision Time Protocol Clocking
301
Configuring a PTP Master Boundary Clock
302
Configuring the PTP Master Boundary Clock Parameters
303
Configuring a PTP Master Boundary Clock Interface
304
Example: Configuring a PTP Boundary Clock
306
Example: Configuring a PTP Boundary Clock with Unicast Negotiation
308
Configuring a PTP Slave Clock
312
Configuring the PTP Slave Clock Parameters
313
Configuring the PTP Slave Clock Interface
315
Example: Configuring an Ordinary Slave Clock with Unicast-Negotiation
315
Example: Configuring an Ordinary Slave Clock Without Unicast-Negotiation
319
Configuring Precision Time Protocol over Integrated Routing and Bridging
322
Understanding Transparent Clocks in Precision Time Protocol
325
Configuring Transparent Clock Mode for Precision Time Protocol
327
Configuring a PTP Transparent Clock
328
Configuring PHY Timestamping
328
Enabling PHY Timestamping for Ordinary Clock Slave
329
Enabling PHY Timestamping for Boundary Clock
330
Enabling PHY Timestamping for Grandmaster Clock
330
Configuring PHY Timestamping on ACX2200 Routers
331
Enabling PHY Timestamping for Boundary Clock
331
G.703 2.048Mhz Signal Type for BITS Interfaces Overview
332
Configuring PTP Multicast Master and Slave Ports for Ethernet
332
Encapsulation
332
Configuring the PTP over Ethernet Master Boundary Clock Parameters
333
Configuring the PTP over Ethernet Master Boundary Clock Interface
335
Configuring the PTP over Ethernet Slave Clock Parameters
335
Configuring the PTP over Ethernet Slave Clock Interface
337
Configuring PTP Dynamic Ports for Ethernet Encapsulation
338
Example: Configuring PTP over Ethernet for Multicast Master, Slave, and Dynamic Ports
339
Hybrid Mode on ACX Series Routers Overview
346
Hybrid Mode Overview
346
Supporting Platforms
347
Guidelines for Configuring Hybrid Mode on ACX Series Routers
348
Routers
349
Configuring the Router in Hybrid Mode
350
Routers
350
Configuring Hybrid Mode with Mapping of the PTP Clock Class to the ESMC Quality Level
351
Configuring Hybrid Mode with a User-Defined Mapping of the PTP Clock Class to the ESMC Quality Level
351
Example: Configuring Hybrid Mode and ESMC Quality Level Mapping
353
Understanding Timing Defects and Event Management on ACX Series
359
Understanding SNMP MIB for Timing on ACX Series
361
Global Positioning System (GPS) and the ACX Series Routers
364
Integrated Global Navigation Satellite System (GNSS) on ACX500 Series
365
Routers
365
Assisted Partial Timing Support on ACX500 Routers Overview
366
Configuring DHCP on ACX Series Routers
369
Chapter 10 Configuring DHCP Client and DHCP Server
371
Extended DHCP Local Server Overview
373
Interaction Among the DHCP Client, Extended DHCP Local Server, and Address-Assignment Pools
373
Minimal Configuration for Clients
374
DHCP Local Server and Address-Assignment Pools
374
Address-Assignment Pools Overview
375
Configuring Address-Assignment Pools
376
Configuring an Address-Assignment Pool Name and Addresses
377
Configuring a Named Address Range for Dynamic Address Assignment
378
Configuring Static Address Assignment
378
DHCP Attributes for Address-Assignment Pools
379
Configuring How the Extended DHCP Local Server Determines Which Address-Assignment Pool to Use
380
Use of DHCP Option 50 to Request a Specific IP Address
382
Configuring DHCP Client-Specific Attributes
383
Grouping Interfaces with Common DHCP Configurations
384
Guidelines for Configuring Interface Ranges
385
Group-Specific DHCP Local Server Options
386
Overriding Default DHCP Local Server Configuration Settings
387
Deleting DHCP Local Server Settings
388
Specifying the Maximum Number of DHCP Clients Per Interface
389
Disabling ARP Table Population
390
DHCP Auto Logout Overview
391
Auto Logout Overview
391
How DHCP Identifies and Releases Clients
392
Option 60 and Option 82 Requirements
392
Automatically Logging out DHCP Clients
393
DHCP Local Server Handling of Client Information Request Messages
393
Enabling Processing of Client Information Requests
394
Subscriber Binding Retention During Interface Delete Events
395
Configuring the Router to Maintain DHCP Subscribers During Interface Delete
396
Events
396
Verifying and Managing the DHCP Maintain Subscribers Feature
397
Preserving Subscriber Binding Information
397
Configuring DHCP Local Server to Preserve Subscriber Binding Information
398
Understanding Dynamic Reconfiguration of Extended DHCP Local Server
399
Clients
399
Default Client/Server Interaction
400
Dynamic Client/Server Interaction for Dhcpv4
400
Dynamic Configuration Options
400
Configuring Dynamic Reconfiguration of DHCP Clients to Avoid Extended Outages Due to Server Configuration Changes
402
Configuring Dynamic Reconfiguration Attempts for DHCP Clients
403
Configuring Deletion of the Client When Dynamic Reconfiguration Fails
404
Requesting DHCP Local Server to Initiate Reconfiguration of Client Bindings
405
Clearing DHCP Bindings for Subscriber Access
406
Verifying and Managing DHCP Local Server Configuration
407
Enabling MAC Address Filtering
408
Tracing General Authentication Service Processes
409
Configuring the General Authentication Service Processes Trace Log
409
Filename
409
Configuring the Number and Size of General Authentication Service Processes Log Files
410
Configuring Access to the Log File
410
Configuring a Regular Expression for Lines to be Logged
411
Configuring the Trace Operation
411
Tracing Extended DHCP Operations
411
Configuring the Extended DHCP Log Filename
412
Configuring the Number and Size of Extended DHCP Log Files
413
Configuring Access to the Extended DHCP Log File
413
Configuring a Regular Expression for Extended DHCP Messages to be
414
Logged
414
Configuring the Extended DHCP Tracing Flags
414
Are Logged
416
Tracing Extended DHCP Operations for Specific Interfaces
416
Understanding DHCP Client Operation
417
Configuring a DHCP Client
418
Minimum DHCP Client Configuration
418
Configuring Optional DHCP Client Attributes
418
Verifying and Managing DHCP Client Configuration
419
DHCP Duplicate Client Differentiation Using Client Subinterface Overview
420
Guidelines for Configuring Support for DHCP Duplicate Clients
421
Configuring DHCP Duplicate Client Support
422
Chapter 11 Configuring DHCP and Dhcpv6 Relay Agent
425
DHCP Relay Agent on ACX Series Routers
426
Dhcpv6 Relay Agent on ACX Series Routers
428
Inserting the Dhcpv6 Interface Identifier into Dhcpv6 Packets
429
Configuring Group-Specific DHCP Relay Options
430
Overriding the Default DHCP Relay Configuration Settings
431
Changing the Gateway IP Address (Giaddr) Field to the Giaddr of the DHCP Relay Agent
434
Replacing the DHCP Relay Request and Release Packet Source Address
434
Overriding Option 82 Information
435
Using Layer 2 Unicast Transmission for DHCP Packets
435
Trusting Option 82 Information
436
Specifying the Maximum Number of DHCP Clients Per Interface
436
Automatically Logging out DHCP Clients
438
Sending Release Messages When Clients Are Deleted
439
Disabling Automatic Binding of Stray DHCP Requests
439
Using DHCP Relay Agent Option 82 Information
441
Configuring Option 82 Information
442
Including a Prefix in DHCP Options
444
Including a Textual Description in DHCP Options
446
Using DHCP Option Information to Selectively Process DHCP Client Traffic
448
Understanding DHCP Option 82 for Protecting Switching Devices against
450
Attacks
450
DHCP Option 82 Overview
450
Suboption Components of Option 82
451
Switching Device Configurations that Support Option 82
452
Switching Device, DHCP Clients, and the DHCP Server Are on the same VLAN or Bridge Domain
452
Switching Device Acts as a Relay Agent
452
Dhcpv6 Options
453
Configuring DHCP Option 82 to Help Protect the Switching Devices against Attacks (CLI Procedure)
454
Configuring Named Server Groups
456
Configuring Active Server Groups to Apply a Common DHCP Relay Agent Configuration to Named Server Groups
456
Disabling DHCP Relay
457
Configuring Protocols on ACX Series Routers
459
Chapter 12 Configuring Layer 2 Control Protocol
461
Layer 2 Control Protocol on ACX Series Routers
462
Bridge Priority for Election of Root Bridge and Designated Bridge
464
Maximum Age for Awaiting Arrival of Hello Bpdus
464
Hello Time for Root Bridge to Transmit Hello Bpdus
465
Forward Delay before Ports Transition to Forwarding State
465
Spanning-Tree Instance Interface
465
Spanning-Tree Instance Interface Priority
466
Spanning-Tree Instance Interface Cost
466
Spanning-Tree Instance Interface Point-To-Point Link Mode
467
Convergence
467
Spanning-Tree Protocol Trace Options
468
Configuring Rapid Spanning-Tree Protocol
469
Configuring Multiple Spanning-Tree Protocol
471
Configuring MST Instances on a Physical Interface
473
Disabling MSTP
475
Configuring VLAN Spanning-Tree Protocol
475
RSTP or VSTP Forced to Run as IEEE 802.1D STP
478
Reverting RSTP or VSTP from Forced IEEE 802.1D STP
478
Tracing Spanning-Tree Operations
479
Understanding BPDU Protection for Spanning-Tree Instance Interfaces
481
Configuring BPDU Protection for Spanning-Tree Instance Interfaces
482
Configuring BPDU Protection on All Edge Ports
483
Understanding Loop Protection for Spanning-Tree Instance Interfaces
484
Loop Protection for a Spanning-Tree Instance Interface
485
Configuring Loop Protection for a Spanning-Tree Instance Interface
486
Example: Enabling Loop Protection for Spanning-Tree Protocols
487
Understanding Root Protection for Spanning-Tree Instance Interfaces in a Layer 2
487
Switched Network
487
Root Protect for a Spanning-Tree Instance Interface
488
Enabling Root Protection for a Spanning-Tree Instance Interface
488
LLDP Overview
489
Configuring LLDP in ACX Series
490
LLDP Operational Mode Commands
492
Chapter 13 Configuring Layer 2 Protocol Tunneling
495
Layer 2 Protocol Tunneling on ACX Series Overview
495
Enabling Layer 2 Protocol Tunneling on ACX Series
497
Configuring a Layer 2 Protocol Tunnel Interface in ACX Series
497
Configuring a Layer 2 Protocol to be Tunneled in ACX Series
498
Configuring Layer 2 Protocol Tunneling on ACX Series
499
Checking for a MAC Rewrite Error Condition Blocking Layer 2 Interface in ACX Series
500
Clearing a MAC Rewrite Error Condition Blocking a Spanning-Tree Instance Interface in ACX Series
500
Chapter 14 Configuring Internet Group Management Protocol
503
Understanding IGMP
503
Enabling IGMP
505
Configuring IGMP
506
Disabling IGMP
508
Modifying the IGMP Host-Query Message Interval
508
Modifying the IGMP Query Response Interval
509
Specifying Immediate-Leave Host Removal for IGMP
510
Filtering Unwanted IGMP Reports at the IGMP Interface Level
511
Accepting IGMP Messages from Remote Subnetworks
512
Modifying the IGMP Last-Member Query Interval
513
Modifying the IGMP Robustness Variable
514
Limiting the Maximum IGMP Message Rate
515
Changing the IGMP Version
516
Enabling IGMP Static Group Membership
517
Recording IGMP Join and Leave Events
524
Limiting the Number of IGMP Multicast Group Joins on Logical Interfaces
525
Tracing IGMP Protocol Traffic
527
Disabling IGMP
529
Configuring Internet Group Management Protocol Snooping
531
Understanding IGMP Snooping
531
IGMP Snooping Interfaces and Forwarding
533
IGMP Snooping and Proxies
533
Multicast-Router Interfaces and IGMP Snooping Proxy Mode
534
Host-Side Interfaces and IGMP Snooping Proxy Mode
535
IGMP Snooping and Bridge Domains
535
Configuring IGMP Snooping
535
Configuring VLAN-Specific IGMP Snooping Parameters
536
Example: Configuring IGMP Snooping
537
Figure 24: Networks Without IGMP Snooping Configured
540
Figure 25: Networks with IGMP Snooping Configured
541
Configuring IGMP Snooping Trace Operations
544
Configuring Point-To-Point Protocol (PPP)
547
Supported PPP Interface Standards on ACX Series
547
Configuring PPP Address and Control Field Compression
548
Configuring the PPP Restart Timers
549
Configuring PPP CHAP Authentication
550
Configuring the PPP Clear Loop Detected Timer
550
Configuring Dynamic Profiles for PPP
551
Configuring the PPP Challenge Handshake Authentication Protocol
551
PPP Challenge Handshake Authentication Protocol
551
Configuring the PPP Challenge Handshake Authentication Protocol
552
Displaying the Configured PPP Challenge Handshake Authentication
553
Protocol
553
Configuring the PPP Password Authentication Protocol on a Physical
554
Interface
554
Understanding PPP Password Authentication Protocol
554
Configuring the PPP Password Authentication Protocol on a Logical
554
Interface
555
Interface
556
Configuring the PPP Authentication Protocol
557
PPP Encapsulation on ACX Series Routers
558
Configuring Interface Encapsulation on Physical Interfaces in ACX Series
559
Configuring the Encapsulation on a Physical Interface
560
Encapsulation Capabilities
562
Example: Configuring the Encapsulation on a Physical Interface
563
Chapter 17 Configuring MLPPP
565
Routers
567
Configuring Encapsulation for Multilink and Link Services Logical Interfaces
572
Logical Interfaces
573
Configuring MRRU on Multilink and Link Services Logical Interfaces
574
Interfaces
575
Configuring Multiclass MLPPP on LSQ Interfaces
576
Configuring LSQ Interfaces as Nxt1 or Nxe1 Bundles Using MLPPP on ACX Series
578
Example: Configuring an LSQ Interface as an Nxt1 Bundle Using MLPPP
581
Example: Configuring an MLPPP Bundle on ACX Series
583
Configuring MLPPP
565
Understanding MLPPP Bundles on ACX Series Routers
565
Guidelines for Configuring MLPPP with LSQ Interfaces on ACX Series
565
Chapter 18 Configuring Routing Protocols
587
Ipv6 Overview
588
Ipv6 Packet Headers
588
Header Structure
589
Extension Headers
589
Ipv6 Addressing
589
Address Representation
590
Address Types
590
Address Scope
590
Address Structure
591
Ipv6 Support on ACX Series Universal Access Routers
591
IS-IS Overview
594
IS-IS Terminology
594
ISO Network Addresses
595
IS-IS Packets
597
Persistent Route Reachability
598
IS-IS Support for Multipoint Network Clouds
598
Installing a Default Route to the Nearest Routing Device that Operates at both IS-IS Levels
598
Understanding IS-IS Flood Group
599
OSPF Overview
600
OSPF Default Route Preference Values
602
OSPF Routing Algorithm
602
OSPF Three-Way Handshake
603
OSPF Version 3
604
Remote LFA over LDP Tunnels in OSPF Networks Overview
605
Configuring Remote LFA Backup over LDP Tunnels in an OSPF Network
606
Example: Configuring Remote LFA over LDP Tunnels in OSPF Networks
608
Figure 28: Example Remote LFA over LDP Tunnels
609
Understanding Remote LFA over LDP Tunnels in IS-IS Networks
622
Configuring Remote LFA Backup over LDP Tunnels in an IS-IS Network
624
Example: Configuring Remote LFA over LDP Tunnels in IS-IS Networks
626
Figure 29: Configuring Remote LFA over LDP Tunnels in IS-IS Networks
627
Chapter 19 Configuring Generic Routing Encapsulation
639
Understanding Generic Routing Encapsulation on ACX Series
639
Overview of GRE
639
GRE Tunneling
640
Encapsulation and De-Encapsulation on the Router
640
Number of Source and Destination Tunnels Allowed on a Router
640
Configuration Limitations
641
Configuring Generic Routing Encapsulation Tunneling on ACX Series
642
Configuring a GRE Tunnel Port
642
Configuring Tunnels to Use Generic Routing Encapsulation
642
Configuring Unicast Tunnels
643
Chapter 20 Configuring MPLS and Pseudowires
645
MPLS Overview for ACX Series Universal Access Routers
645
TTL Processing on Incoming MPLS Packets
646
Pseudowire Overview for ACX Series Universal Access Routers
648
ATM Pseudowire Overview
650
Example: ATM Pseudowire Base Configuration
650
Ethernet Pseudowire Overview
654
Example: Ethernet Pseudowire Base Configuration
655
TDM Pseudowires Overview
658
Example: TDM Pseudowire Base Configuration
658
Redundant Pseudowires for Layer 2 Circuits and VPLS
662
Types of Redundant Pseudowire Configurations
662
Pseudowire Failure Detection
663
Configuring Redundant Pseudowires for Layer 2 Circuits and VPLS
664
Configuring Pseudowire Redundancy on the PE Router
664
Configuring the Switchover Delay for the Pseudowires
665
Configuring a Revert Time for the Redundant Pseudowire
665
Configuring the Pseudowire Status TLV
666
Example: Configuring the Pseudowire Status TLV
667
Automatic Bandwidth Allocation for Lsps
669
Configuring Automatic Bandwidth Allocation for Lsps
669
Configuring Automatic Bandwidth Allocation on Lsps
670
Configuring the Automatic Bandwidth Allocation Interval
671
Bandwidth
672
Configuring the Automatic Bandwidth Adjustment Threshold
672
Configuring a Limit on Bandwidth Overflow and Underflow
673
Samples
673
Configuring Passive Bandwidth Utilization Monitoring
675
Requesting Automatic Bandwidth Allocation Adjustment
675
Configuring Reporting of Automatic Bandwidth Allocation Statistics for Lsps
677
Understanding Pseudowire Redundancy Mobile Backhaul Scenarios
681
Sample Topology
681
Benefits of Pseudowire Redundancy Mobile Backhaul
682
Layer 2 Virtual Circuit Status TLV Extension
682
How It Works
683
Scenario
685
Figure 33: Pseudowire Redundancy in a Mobile Backhaul Example Topology
686
Chapter 21 Configuring Virtual Router Redundancy Protocol (VRRP)
709
Understanding VRRP on ACX Series Routers
709
Figure 34: Basic VRRP for Ipv4 Family
710
Configuring Basic VRRP Support
711
Configuring the Advertisement Interval for the VRRP Master Router
713
Modifying the Advertisement Interval in Seconds
713
Modifying the Advertisement Interval in Milliseconds
713
Configuring a Backup Router to Preempt the Master Router
714
Modifying the Preemption Hold-Time Value
715
Configuring Asymmetric Hold Time for VRRP Routers
715
Address
716
Configuring a Logical Interface to be Tracked
717
Configuring a Route to be Tracked
719
Configuring the Silent Period
721
Tracing VRRP Operations
722
Example: Configuring VRRP
723
Configuring VRRP for Ipv6
725
Chapter 22 Configuring Multicast Listener Discovery and Protocol-Independent
727
Multicast
727
Understanding MLD in ACX Series
727
Enabling MLD
729
PIM Overview
730
Basic PIM Network Components
732
Designated Router
733
Understanding PIM Sparse Mode
733
Rendezvous Point
735
RP Mapping Options
736
PIM Configuration Statements
736
Changing the PIM Version
738
Modifying the PIM Hello Interval
739
PIM on Aggregated Interfaces
740
Enabling PIM Sparse Mode
740
Configuring BFD for PIM in ACX Series
741
Configuring PIM Trace Options
743
Disabling PIM
745
Disabling the PIM Protocol
746
Disabling PIM on an Interface
747
Disabling PIM for a Family
747
Disabling PIM for a Rendezvous Point
748
Chapter 23 Configuring Path Computation Element Protocol (PCEP)
749
PCEP Overview
749
Support of the Path Computation Element Protocol for RSVP-TE
749
Overview
749
Overview
750
Understanding MPLS RSVP-TE
751
Current MPLS RSVP-TE Limitations
752
Use of an External Path Computing Entity
753
Components of External Path Computing
754
Interaction between a PCE and a PCC Using PCEP
756
LSP Behavior with External Computing
759
Configuration Statements Supported for External Computing
760
PCE-Controlled LSP Protection
761
PCE-Controlled LSP ERO
761
PCE Controlled Point-To-Multipoint RSVP-TE Lsps
762
Auto-Bandwidth and PCE-Controlled LSP
763
TCP-MD5 Authentication for PCEP Sessions
763
Impact of Client-Side PCE Implementation on Network Performance
764
Configuring PCEP
765
Example: Configuring the Path Computation Element Protocol for MPLS
765
Rsvp-Te
765
Figure 40: Configuring PCEP for MPLS RSVP-TE
768
Example: Configuring Path Computation Element Protocol for MPLS RSVP-TE with Support of PCE-Initiated Lsps
779
Figure 41: Example PCE-Initated LSP for MPLS RSVP-TE
781
Configuring Path Computation Element Protocol for MPLS RSVP-TE with Support of PCE-Initiated Lsps
790
Lsps
793
Figure 42: Example PCE-Controlled Point-To-Multipoint Lsps
794
Configuring Layer 2 and Layer 3 Features on ACX Series Routers
811
Chapter 24 Configuring Layer 2 Bridging and Q-In-Q Tunneling
813
Layer 2 Bridge Domains on ACX Series Overview
813
Layer 2 Learning and Forwarding for Bridge Domains Overview
817
Configuring a Bridge Domain on ACX Series Routers
818
Configuring Integrated Routing and Bridging in ACX Series
819
Configuring VLAN Identifiers for Bridge Domains in ACX Series
822
Disabling MAC Learning for Bridge Domains on ACX Series
823
ACX Series
824
Configuring the Size of the MAC Address Table for Bridge Domains in ACX Series
824
Configuring MAC Address Limits on a Logical Interface
825
Configuring MAC Address Limit
826
Configuring MAC Address Limits for Vlans
826
Configuring MAC Address Limits for VPLS
826
CLI Commands to Configure MAC Address Limits
827
Preventing Communication Among Customer Edge Devices as ACX Routers
828
Q-In-Q Tunneling on ACX Series Overview
828
Configuring Q-In-Q Tunneling on ACX Series
829
Chapter 25 Configuring Layer 2 and Layer 3 Services
831
Configuring Interfaces for Layer 2 Circuits Overview
832
Configuring the Address for the Neighbor of the Layer 2 Circuit
832
Configuring the Neighbor Interface for the Layer 2 Circuit
832
Configuring a Community for the Layer 2 Circuit
833
Configuring the Control Word for Layer 2 Circuits
833
Configuring the Encapsulation Type for the Layer 2 Circuit Neighbor Interface
835
Configuring the MTU Advertised for a Layer 2 Circuit
835
Configuring the Protect Interface
836
Configuring the Virtual Circuit ID
836
Configuring the Interface Encapsulation Type for Layer 2 Circuits
837
Configuring Layer 2 Circuits over both RSVP and LDP Lsps
837
Enabling the Layer 2 Circuit When the MTU Does Not Match
838
Enabling the Layer 2 Circuit When the Encapsulation Does Not Match
838
Configuring Local Interface Switching in Layer 2 Circuits
839
Configuring the Interfaces for the Local Interface Switch
839
Enabling Local Interface Switching When the MTU Does Not Match
840
Example: Configuring Layer 2 Circuit Switching Protection
841
PE3 as the Protection Path
842
Accepting Route Updates with Unique Inner VPN Labels in Layer 3 Vpns
843
Accepting up to One Million Layer 3 VPN Route Updates
844
Accepting more than One Million Layer 3 VPN Route Updates
845
Enabling Chained Composite Next Hops for Ipv6 Labeled Unicast
847
Routes
847
Understanding Per-Packet Load Balancing
847
Configuring Per-Packet Load Balancing
848
Per-Packet Load Balancing Examples
850
Configuring Load Balancing Based on MPLS Labels on ACX Series Routers
851
Configuring Load Balancing for Ethernet Pseudowires
855
Configuring Load Balancing Based on MAC Addresses
856
ECMP Flow-Based Forwarding on ACX Series Routers
857
Sample Scenario of H-VPLS on ACX Series Routers for IPTV Services
858
Sample Configuration Scenario of H-VPLS for IPTV Services
858
Guidelines for H-VPLS on ACX Routers
860
Guidelines for Configuring Unicast RPF on ACX Series Routers
861
Configuring Unicast RPF on ACX Series Routers
862
Interworking of Unicast RFF with Different System Conditions
863
Configuring Unicast RPF Strict Mode
863
Configuring Unicast RPF Loose Mode
864
Unicast RPF and Default Routes
864
Unicast RPF Behavior with a Default Route
865
Unicast RPF Behavior Without a Default Route
865
Configuring Unicast RPF on a VPN
865
Example: Configuring Unicast RPF on a VPN
866
Configuring Unicast RPF Fail Filter
866
Verifying Unicast RPF Status
866
Chapter 26 Configuring Layer 3 Vpns
871
Layer 3 VPN Introduction
871
Understanding Layer 3 VPN Attributes
872
Understanding VPN-Ipv4 Addresses and Route Distinguishers
873
Figure 46: Overlapping Addresses Among Different Vpns
874
Understanding Virtual Routing and Forwarding Tables
876
Figure 48: VRF Tables
877
Understanding Ipv4 Route Distribution in a Layer 3 VPN
880
Distribution of Routes from CE to PE Routers
880
Distribution of Routes between PE Routers
881
Figure 51: Distribution of Routes between PE Routers
882
Distribution of Routes from PE to CE Routers
883
Understanding Layer 3 VPN Forwarding through the Core
884
Understanding Routing Instances for Layer 3 Vpns
885
Configuring a VPN Tunnel for VRF Table Lookup
886
Introduction to Configuring Layer 3 Vpns
886
Configuring Routing between PE and CE Routers in Layer 3 Vpns
888
Configuring BGP between the PE and CE Routers
889
Configuring OSPF between the PE and CE Routers
890
Configuring OSPF Version 2 between the PE and CE Routers
890
Configuring OSPF Version 3 between the PE and CE Routers
890
Configuring OSPF Sham Links for Layer 3 Vpns
891
OSPF Sham Links Overview
891
Configuring OSPF Sham Links
892
OSPF Sham Links Example
893
Configuring an OSPF Domain ID
893
Hub-And-Spoke Layer 3 Vpns and OSPF Domain Ids
895
Configuring RIP between the PE and CE Routers
896
Configuring Static Routes between the PE and CE Routers
898
Limiting the Number of Paths and Prefixes Accepted from CE Routers in Layer 3 Vpns
899
Understanding Ipv6 Layer 3 Vpns
900
Layer 3 Vpns for Ipv4 and Ipv6 Overview
900
Configuring Layer 3 Vpns to Carry Ipv6 Traffic
902
Configuring Ipv6 on the PE Router
903
Configuring the Connection between the PE and CE Routers
903
Configuring BGP on the PE Router to Handle Ipv6 Routes
903
Configuring BGP on the PE Router for Ipv4 and Ipv6 Routes
904
Configuring OSPF Version 3 on the PE Router
904
Configuring Static Routes on the PE Router
905
Configuring Ipv6 on the Interfaces
905
Configuring EBGP Multihop Sessions between PE and CE Routers in Layer 3 Vpns
906
Configuring Layer 3 Vpns to Carry IBGP Traffic
907
Configuring a Label Allocation and Substitution Policy for Vpns
908
Configuring Protocol-Independent Load Balancing in Layer 3 Vpns
910
Configuring Load Balancing for Layer 3 Vpns
910
Configuring Load Balancing and Routing Policies
912
Configuring the Algorithm that Determines the Active Route to Evaluate as Numbers in as Paths for VPN Routes
913
Accepting Route Updates with Unique Inner VPN Labels in Layer 3 Vpns
913
Accepting up to One Million Layer 3 VPN Route Updates
914
Accepting more than One Million Layer 3 VPN Route Updates
915
Enabling Chained Composite Next Hops for Ipv6 Labeled Unicast
917
Routes
917
Configuring Class of Service on ACX Series Routers
919
Chapter 27 Configuring Class of Service
921
Cos on ACX Series Universal Access Routers Features Overview
922
Understanding Cos CLI Configuration Statements on ACX Series Universal
923
Access Routers
923
Configuring Cos on ACX Series Universal Access Routers
924
Classifiers and Rewrite Rules at the Global, Physical and Logical Interface Levels Overview
929
Levels
930
Understanding Schedulers Overview
932
Configuring Shared and Dedicated Buffer Memory Pools
934
Cos for PPP and MLPPP Interfaces on ACX Series Routers
935
Limitations that Are Common for Cos on PPP and MLPPP Interfaces
936
Limitations for Cos on PPP Interfaces
937
Guidelines for Configuring Cos on PPP and MLPPP Interfaces
937
Limitations for Cos on MLPPP Interfaces
938
Cos Functionalities for Ipv4 over PPP Interfaces
939
Cos Functionalities for Ipv4 over MLPPP Interfaces
941
Cos for NAT Services on ACX Series Universal Access Routers
945
Configuring the IEEE 802.1P Field for Cos Host Outbound Traffic in ACX Series
947
ACX Series
947
Applying Egress Interface Rewrite Rules to the IEEE 802.1P Field for All Host Outbound Traffic on the Interface in ACX Series
948
Header Fields
949
Configuring Multifield Classifiers
950
Understanding Cos on ATM IMA Pseudowire Interfaces Overview
953
Cell-Based ATM Policing
953
Cell-Based ATM Shaping
954
Fixed Classification
954
Configuring Fixed Classification on an ATM IMA Pseudowire
955
Example: Configuring Fixed Classification on an ATM IMA Pseudowire
956
Configuring Shaping on an ATM IMA Pseudowire
959
Example: Configuring Shaping on an ATM IMA Pseudowire
960
Understanding RED Drop Profiles Overview
965
Configuring RED Drop Profiles
965
Controlling Network Access Using Traffic Policing Overview
966
Congestion Management for IP Traffic Flows
966
Traffic Limits
967
Traffic Color Marking
968
Forwarding Classes and PLP Levels
969
Policer Application to Traffic
970
Configuring Policing on an ATM IMA Pseudowire
970
Configuring an Input Policer
971
Configuring the ATM IMA Interface
972
Example: Configuring Policing on an ATM IMA Pseudowire
973
Hierarchical Policers on ACX Series Routers Overview
978
Guidelines for Configuring Hierarchical Policers on ACX Routers
979
Hierarchical Policer Modes
981
Guarantee Mode
981
Peak Mode
982
Hybrid Mode
984
Processing of Hierarchical Policers
986
Actions Performed for Hierarchical Policers
987
Instantiation Methods for Child and Aggregate Policers
987
Instantiation Methods for Child Policers or Normal Policers
987
Instantiation Methods for Aggregate Policers
987
Configuring Aggregate Parent and Child Policers on ACX Series Routers
989
Hierarchical Class of Service Overview
991
Figure 58: Hierarchical Scheduling Architecture
992
Hierarchical Class of Service in ACX5000
994
Hierarchical Scheduling on the Physical Interface
994
Traffic Control Profiles
995
Schedulers
995
Drop Profiles
996
Scheduler Maps
996
Applying the Traffic Control Profiles
996
Subscriber Services
997
Configuring Hierarchical Class of Service for Layer 3 VPN Service
997
Configuring Hierarchical Class of Service for Layer 2 VPN (Ethernet Pseudowires) Service
998
Configuring Hierarchical Class of Service for VPLS Service
999
Verifying the Hierarchical Class of Service Configurations
1000
Chapter 28 Configuring Behavior Aggregate Classifiers
1007
Understanding How Behavior Aggregate Classifiers Prioritize Trusted Traffic
1008
Default Behavior Aggregate Classification Overview in ACX Series
1011
Default IP Precedence Classifier
1012
Default MPLS EXP Classifier
1013
Default IEEE 802.1P Classifier
1014
Default IEEE 802.1Ad Classifier
1015
Default DSCP and DSCP Ipv6 Classifier
1016
Applying DSCP and DSCP Ipv6 Classifiers
1017
Configuring Network Management and Administration on ACX Series Routers
1019
Chapter 29 Understanding Network Management
1021
Real-Time Performance Monitoring on ACX Series Routers
1021
TWAMP on ACX Series
1022
Series Routers
1023
Storm Control on ACX Series Routers Overview
1024
Standard SNMP Mibs Supported by Junos os
1025
Series Routers
1037
Enterprise-Specific Mibs and Supported Devices
1042
Chapter 30 Configuring IP and MAC Address Validation
1053
IP and MAC Address Validation in ACX Series
1053
Trusted Addresses
1054
Types of IP and MAC Address Validation
1054
Configuring IP and MAC Address Validation for Static Interfaces
1055
Chapter 31 Configuring Network Address Translation (NAT) and Stateful Firewall
1057
Services
1057
Network Address Translation Overview
1057
Series Routers
1058
Network Address Port Translation Overview
1059
Network Address Translation Address Overload in ACX Series
1059
Network Address Translation Constraints on ACX
1061
Network Address Translation Rules Overview
1062
Configuring Match Direction for NAT Rules
1063
Configuring Match Conditions in NAT Rules
1063
Configuring Actions in NAT Rules
1064
Configuring Translation Types
1064
Overview
1065
Endpoint Independent Flow for NAPT
1065
Enabling Inline Services Interface on ACX Series
1066
Algs Available by Default for Junos os Address Aware NAT on ACX500 Router
1067
ALG Support Details
1068
Basic TCP
1069
Basic UDP
1069
Dns
1070
Ftp
1071
Icmp
1074
Tftp
1074
UNIX Remote-Shell Services
1076
Junos Network Secure Overview
1078
Stateful Firewall Support for Application Protocols
1079
Stateful Firewall Anomaly Checking
1079
Configuring Stateful Firewall Rules
1081
Configuring Match Direction for Stateful Firewall Rules
1082
Configuring Match Conditions in Stateful Firewall Rules
1083
Configuring Actions in Stateful Firewall Rules
1084
Configuring IP Option Handling
1085
Understanding Service Sets
1086
Configuring Service Sets for Network Address Translation
1088
Configuring Service Sets to be Applied to Services Interfaces
1089
Configuring Services Interface
1090
Configuring Next-Hop Service Sets
1090
Determining Traffic Direction
1091
Interface-Style Service Sets
1092
Next-Hop-Style Service Sets
1092
Service Filters in ACX Series
1093
Guidelines for Applying Service Filters
1094
Restrictions for Inline Services Interfaces
1094
Statement Hierarchy for Applying Service Filters
1094
Associating Service Rules with Inline Services Interfaces
1095
Filtering Traffic before Accepting Packets for Service Processing
1095
Service Filter Match Conditions for Ipv4 Traffic
1096
Service Filter Actions
1097
Configuring Queuing and Scheduling on Inline Services Interface
1098
Chapter 32 Configuring Firewall Filters
1101
Supported Standards for Filtering
1101
Guidelines for Configuring Firewall Filters
1102
Statement Hierarchy for Configuring Firewall Filters
1102
Firewall Filter Protocol Families
1103
Firewall Filter Names and Options
1104
Firewall Filter Terms
1104
Firewall Filter Match Conditions
1104
Firewall Filter Actions
1106
Guidelines for Applying Standard Firewall Filters
1107
Applying Firewall Filters Overview
1107
Statement Hierarchy for Applying Firewall Filters
1108
Protocol-Independent Firewall Filters on MX Series Routers
1108
All Other Firewall Filters on Logical Interfaces
1109
Restrictions on Applying Firewall Filters
1109
Number of Input and Output Filters Per Logical Interface
1109
MPLS and Layer 2 CCC Firewall Filters in Lists
1110
Layer 2 CCC Firewall Filters on MX Series Routers and EX Series Switches
1110
Overview
1110
Routers
1112
Routers
1113
Routers
1115
Routers
1120
Standard Firewall Filter Terminating Actions on ACX Series Routers
1121
Standard Firewall Filter Nonterminating Actions on ACX Series Routers
1122
Series Routers
1125
Standard Firewall Filter Match Conditions for CCC Family Firewall Filters on ACX Series Routers
1125
Standard Firewall Filter Match Conditions for Bridge Family Firewall Filters on ACX Series Routers
1126
Series Routers
1127
Firewall Filter Match Conditions for VPLS Traffic
1128
Series Routers
1129
Series Routers
1130
Series Routers
1132
Series Routers
1133
Series Routers
1135
Series Routers
1136
Series Routers
1137
Firewall Filter Support on Loopback Interface
1138
Filter-Based Forwarding for Routing Instances
1139
Forwarding Table Filters for Routing Instances on ACX Series Routers
1141
Configuring Forwarding Table Filters
1141
Chapter 33 Configuring Ipsec
1145
Ipsec
1146
Security Associations
1146
Ike
1146
Enabling Inline Services Interface on ACX Series
1147
Understanding Service Sets
1148
Configuring Service Sets to be Applied to Services Interfaces
1150
Configuring Services Interface
1150
Configuring Next-Hop Service Sets
1151
Determining Traffic Direction
1151
Interface-Style Service Sets
1152
Next-Hop-Style Service Sets
1152
Configuring Ipsec Service Sets
1153
Configuring the Local Gateway Address for Ipsec Service Sets
1153
IKE Addresses in VRF Instances
1154
Configuring IKE Access Profiles for Ipsec Service Sets
1154
Configuring or Disabling Antireplay Service
1155
Configuring Ipsec Proposals
1156
Configuring the Authentication Algorithm for an Ipsec Proposal
1156
Configuring the Description for an Ipsec Proposal
1157
Configuring the Encryption Algorithm for an Ipsec Proposal
1157
Configuring the Lifetime for an Ipsec SA
1157
Configuring the Protocol for a Dynamic SA
1157
Configuring IKE Proposals
1158
Configuring the Authentication Algorithm for an IKE Proposal
1158
Configuring the Authentication Method for an IKE Proposal
1158
Configuring the Encryption Algorithm for an IKE Proposal
1159
Configuring the Lifetime for an IKE SA
1159
Example: Configuring an IKE Proposal
1160
Configuring Ipsec Policies
1160
Configuring the Description for an Ipsec Policy
1161
Configuring Perfect Forward Secrecy
1161
Configuring the Proposals in an Ipsec Policy
1161
Configuring IKE Policies
1162
Configuring the Proposals in an IKE Policy
1162
Configuring the Preshared Key for an IKE Policy
1162
Configuring Ipsec Rules
1163
Configuring Match Direction for Ipsec Rules
1164
Configuring Match Conditions in Ipsec Rules
1165
Configuring Actions in Ipsec Rules
1165
Configuring Destination Address
1165
Configuring Ipsec Rule Sets
1166
Tracing Ipsec Operations
1166
Configuring Ipsec
1145
Ipsec for ACX Series Overview
1145
Chapter 34 Configuring Operations, Administration, and Management (OAM)
1169
Understanding Ethernet OAM Link Fault Management for ACX Series
1169
Routers
1169
Routers
1170
Configuring Ethernet Local Management Interface on ACX Series
1171
Ethernet Local Management Interface Overview
1171
Figure 60: Scope of the E-LMI Protocol
1172
Configuring the Ethernet Local Management Interface
1173
Configuring an OAM Protocol (CFM)
1173
Assigning the OAM Protocol to an EVC
1173
Enabling E-LMI on an Interface and Mapping CE VLAN Ids to an EVC
1174
Ethernet Frame Delay Measurements Overview
1175
ITU-T Y.1731 Frame Delay Measurement Feature
1175
Ethernet Frame Delay Measurement
1176
Two-Way Ethernet Frame Delay Measurement
1176
DMM Transmission
1176
DMR Transmission
1176
DMR Reception
1177
Two-Way ETH-DM Statistics
1177
Two-Way ETH-DM Frame Counts
1177
Restrictions for Ethernet Frame Delay Measurement
1178
Ethernet Frame Loss Measurement Overview
1179
Proactive Mode for SLA Measurement
1181
Mode
1182
On-Demand Mode for SLA Measurement
1183
Configuring MEP Interfaces to Support Delay Measurement
1183
Ethernet OAM Connectivity Fault Management
1184
IEEE 802.1Ag OAM Connectivity Fault Management in ACX Series Overview
1186
Connectivity Fault Management Key Elements
1186
Configuring Maintenance Association Intermediate Points in ACX Series
1187
Configuring the Maintenance Domain Bridge Domain
1188
Configuring the Maintenance Domain MIP Half Function
1188
Configuring the Maintenance Association Intermediate Points with Bridge
1188
Domain
1188
Configuring the Maintenance Association Intermediate Points with Circuit
1188
Cross-Connect
1188
Configuring the Maintenance Association Intermediate Points with Bridge Domain When Maintenance Association End Point Is Configured
1189
Configuring the Maintenance Intermediate Points with Circuit Cross-Connect When Maintenance Association End Point Is Configured
1190
Example: Configuring IEEE 802.3Ah OAM Support for an Interface
1191
Enabling Dying Gasp Functionality
1193
Ethernet Alarm Indication Signal Overview
1194
Configuring Alarm Indication Signal on ACX Series Routers
1196
Ethernet Synthetic Loss Measurement Overview
1198
Transmission of ETH-SLM Messages
1199
Initiation and Transmission of SLM Requests
1200
Reception of Slms and Transmission of Slrs
1200
Reception of Slrs
1201
Computation of Frame Loss
1201
Format of ETH-SLM Messages
1202
SLM PDU Format
1202
SLR PDU Format
1203
Data Iterator TLV Format
1203
Guidelines for Configuring ETH-SLM
1204
Scenarios for Configuration of ETH-SLM
1205
Upstream MEP in MPLS Tunnels
1205
Downstream MEP in Ethernet Networks
1205
Managing ETH-SLM Statistics and ETH-SLM Frame Counts
1206
Displaying ETH-SLM Statistics Only
1207
Displaying ETH-SLM Statistics and Frame Counts
1207
Displaying ETH-SLM Frame Counts for Meps by Enclosing CFM Entity
1208
Level
1209
Clearing ETH-SLM Statistics and Frame Counts
1209
Clearing Iterator Statistics
1210
Starting a Proactive ETH-SLM Session
1211
Configuring MEP Interfaces
1211
Configuring an Iterator Profile for ETH-SLM
1212
Associating the Iterator Profile with Meps for ETH-SLM
1213
Starting an On-Demand ETH-SLM Session
1214
Dynamic Ternary Content Addressable Memory Overview
1215
Understanding Dynamic Ternary Content Addressable Memory
1215
Applications Using Dynamic TCAM Infrastructure
1216
Features Using TCAM Resource
1216
Monitoring TCAM Resource Usage
1219
Example: Monitoring and Troubleshooting the TCAM Resource
1220
Service Scaling on ACX5048 and ACX5096 Routers
1225
Understanding Layer 2 Next Generation Mode on ACX5048 and ACX5096
1225
Routers
1225
Understanding and Configuring the Unified Forwarding Table
1227
Using the Unified Forwarding Table to Optimize Address Storage
1227
Using Profiles
1228
Interpreting the Enterprise-Specific Service OAM MIB
1229
Service OAM MIB
1229
Managed Objects for Jnxsoampmmeptable
1230
Managed Objects for Jnxsoamlmcfgtable
1232
Managed Objects for Jnxsoamlmmeasuredstatstable
1242
Managed Objects for Jnxsoamlmcurrentstatstable
1243
Managed Objects for Jnxsoamlmhistorystatstable
1246
Managed Objects for Jnxsoamdmcfgtable
1249
Managed Objects for Jnxsoamdmmeasuredstatstable
1263
Managed Objects for Jnxsoamdmcurrentstatstable
1265
Managed Objects for Jnxsoamdmhistorystatstable
1269
Managed Objects for Jnxsoamlmthresholdcfgtable
1274
Managed Objects for Jnxsoamdmthresholdcfgtable
1277
Managed Objects for Jnxsoampmnotificationobj Table
1284
Managed Objects for Jnxsoampmnotifications Table
1285
Chapter 35 Configuring Virtual Private LAN Service
1293
Introduction to VPLS
1293
Introduction to Configuring VPLS
1294
VPLS Multihoming Overview
1295
Configuring VPLS Routing Instances
1297
Configuring BGP Signaling for VPLS
1298
Configuring the VPLS Site Name and Site Identifier
1299
Configuring Automatic Site Identifiers for VPLS
1300
Configuring the Site Range
1301
Configuring the VPLS Site Interfaces
1303
Configuring the VPLS Site Preference
1303
Configuring LDP Signaling for VPLS
1304
Configuring LDP Signaling for the VPLS Routing Instance
1305
Configuring LDP Signaling on the Router
1306
Configuring VPLS Routing Instance and VPLS Interface Connectivity
1307
Configuring the VPLS Encapsulation Type
1307
Instance
1308
Configuring the VPLS MAC Table Timeout Interval
1309
Configuring the Size of the VPLS MAC Address Table
1309
Limiting the Number of MAC Addresses Learned from an Interface
1310
Removing Addresses from the MAC Address Database
1311
Configuring Interfaces for VPLS Routing in ACX Series
1313
Configuring the VPLS Interface Name
1314
Configuring VPLS Interface Encapsulation
1314
Enabling Flexible VLAN Tagging
1316
Configuring VLAN Ids for Logical Interfaces
1317
Sample Scenario of Hierarchical Virtual Private LAN Service on Logical Tunnel Interface
1317
Configuring Aggregated Ethernet Interfaces for VPLS
1319
Series
1320
Configuring Static Pseudowires for VPLS
1324
Configuring VPLS Without a Tunnel Services PIC
1325
Configuring VPLS Multihoming (FEC 128)
1326
VPLS Multihomed Site Configuration
1327
Specifying an Interface as the Active Interface
1328
Configuring Multihoming on the PE Router
1328
VPLS Single-Homed Site Configuration
1329
Configuring Firewall Filters and Policers for VPLS in ACX Series
1329
Configuring a VPLS Filter
1329
Configuring an Interface-Specific Counter for VPLS
1330
Configuring an Action for the VPLS Filter
1330
Applying a VPLS Filter to an Interface
1330
Configuring a VPLS Policer
1331
Vpls
1332
LDP BGP Interworking Platform Support
1333
Configuring FEC 128 VPLS Mesh Groups for LDP BGP Interworking
1333
Configuring FEC 129 VPLS Mesh Groups for LDP BGP Interworking
1333
Configuring Switching between Pseudowires Using VPLS Mesh Groups
1334
Interworking with VPLS
1335
Configuring Inter-AS VPLS with MAC Processing at the ASBR
1335
Inter-AS VPLS with MAC Operations Configuration Summary
1335
Configuring the Asbrs for Inter-AS VPLS
1336
Interoperability between BGP Signaling and LDP Signaling in VPLS
1337
LDP-Signaled and BGP-Signaled PE Router Topology
1337
Figure 64: BGP and LDP Signaling for a VPLS Routing Instance
1338
Flooding Unknown Packets Across Mesh Groups
1339
Unicast Packet Forwarding
1339
PE Router Mesh Groups for VPLS Routing Instances
1339
Spoke Router
1340
Figure 65: Physical Topology of H-VPLS
1341
Figure 66: Logical Topology of H-VPLS
1342
Example: Configuring LDP-Based H-VPLS Using a Single Mesh Group to Terminate the Layer 2 Circuits
1362
Figure 67: Physical Topology of H-VPLS Using a Single Mesh Group
1363
Example: Configuring H-VPLS with Vlans
1368
Figure 68: Basic H-VPLS with One MTU and Two PE-R Devices
1369
Monitoring and Troubleshooting ACX Series Routers
1383
Chapter 36 Diagnosing Cable States Using Time Domain Reflectometry (TDR)
1385
Time Domain Reflectometry on ACX Series Routers Overview
1385
Diagnosing a Faulty Twisted-Pair Cable on ACX Series Routers
1388
Chapter 37 Configuring RFC 2544-Based Benchmarking Tests
1393
RFC 2544-Based Benchmarking Tests Overview
1393
Figure 69: RFC 2544-Based Benchmarking Test Methodology
1394
Layer 2 and Layer 3 RFC 2544-Based Benchmarking Test Overview
1396
Configuring RFC 2544-Based Benchmarking Tests
1399
Configuring a Test Profile for an RFC 2544-Based Benchmarking Test
1404
Configuring a Test Name for an RFC 2544-Based Benchmarking Test
1406
Starting and Stopping the RFC 2544-Based Benchmarking Test
1412
Copying an RFC 2544-Based Benchmarking Test Result
1412
Configuring Ethernet Loopback for RFC 2544-Based Benchmarking Tests
1413
RFC 2544-Based Benchmarking Test States
1416
Services
1417
Figure 71: RFC 2544-Based Benchmarking Test for a Layer 3 Ipv4 Service
1418
Example: Configuring an RFC 2544-Based Benchmarking Test for NNI Direction of Ethernet Pseudowires
1425
Pseudowire
1426
Example: Configuring an RFC 2544-Based Benchmarking Test for UNI Direction of Ethernet Pseudowires
1433
Pseudowire
1434
Chapter 38 Configuring Port, VLAN, and Flow Mirroring
1443
Port, VLAN, and Flow Mirroring Overview
1443
Port, VLAN, and Flow Mirroring on ACX5000 Series Routers
1444
Configuring Port, VLAN, and Flow Mirroring on ACX5000 Series Routers
1446
Configuring Port Mirroring on ACX5000 Series Routers
1446
Interface
1447
Configuring the Input as a Logical Interface and the Ouput as VLAN
1447
IP Address
1447
Configuring the Input as Logical Interface and Output as VLAN with the No-Tag Option
1448
Configuring VLAN Mirroring on ACX5000 Series Routers
1448
Configuring the Input as VLAN and the Output as Logical Interface
1448
Configuring the Input and the Ouput as VLAN
1449
Address
1449
Configuring Flow Mirroring on ACX5000 Series Routers
1450
Configuring the Family as Ethernet-Switching and Specifying the Output
1450
As Layer 2 Logical Interface
1450
As VLAN
1451
Configuring the Output as VLAN with the No-Tag Option
1452
IP Address
1453
Chapter 39 Configuring Sflow Technology
1455
Overview of Sflow Technology
1455
Configuring Sflow Technology
1457
Chapter 40 Troubleshooting ACX Series Routers
1459
CT1 and CE1 Interfaces Alarms, Errors, and Defects
1459
Troubleshooting Poe Interfaces on ACX2000 Universal Access Routers
1460
Troubleshooting and Monitoring TCAM Resource in ACX Series Routers
1461
Configuration Statements and Operational Commands on ACX Series Routers
1463
Chapter 41 Configuration Statements
1465
Access-Profile
1475
Active
1476
Address (Interfaces)
1477
Aggregate (Routing)
1478
Aggregate (ACX Series)
1480
Aggregate-Policing (ACX Series)
1481
Aggregated-Devices
1482
Alarm (Chassis)
1483
Alarm (Chassis)
1485
Allow-Any-VCI
1486
Announce-Interval (Slave Clock)
1487
Announce-Interval (Master Clock)
1488
As-Path (Routing Options)
1489
As-Path-Compare
1491
Asymmetry
1492
Asymmetric-Hold-Time
1493
Atm-Options
1494
Configuration Statements
1465
Atm-Policer (Firewall)
1496
Atm-Service
1497
Auto-Export
1498
Autoinstallation
1500
Autoinstallation (ACX Series)
1501
Autonomous-System
1502
Backup-Neighbor
1505
Bandwidth-Kbps (RFC 2544 Benchmarking)
1506
Bandwidth (Tunnel Services)
1507
Bits
1508
Bpdu-Block-On-Edge
1509
Bpdu-Timeout-Action
1510
Brief
1511
Bridge-Domains (ACX Series)
1513
Bridge-Options (ACX Series)
1514
Bundle
1514
Cdvt
1515
Cell-Bundle-Size
1515
Cell-Bundle-Size
1516
Cesopsn-Options
1517
Classifiers (Definition)
1518
Classifiers (Physical Interface)
1519
Clear
1519
Clock-Class-To-Quality-Level-Mapping (ACX Series)
1520
Clocking
1521
Clock-Client (Master Clock)
1522
Clock-Mode
1523
Clock-Mode (Chassis Synchronization)
1524
Clock-Source (PTP Unicast Slave Interface)
1525
Color
1526
Copy-Tos-From-Inner-Ip-Header
1527
Copy-Ttl-From-Inner-Ip-Header
1527
Community (Routing Options)
1528
Confederation
1530
Continue-Network-Mode (ACX Series)
1531
Convert-Clock-Class-To-Quality-Level (ACX Series)
1532
Delay-Buffer-Rate
1532
Delete-Upon-Commit (ACX Series)
1533
Delegation-Cleanup-Timeout
1534
Delegation-Priority
1535
Description (Routing Instances)
1536
Destination (Interfaces)
1537
Destination-Ipv4-Address (RFC 2544 Benchmarking)
1538
Destination-Ipv4-Address
1539
Destination-Port
1539
Destination-Mac-Address (RFC2544 Benchmarking)
1540
Destination-Udp-Port (RFC 2544 Benchmarking)
1541
Destination-Networks
1542
Direction (RFC 2544 Benchmarking)
1543
Disable (Interface)
1544
Disable (Routing Options)
1545
Disable-Signature-Check (RFC 2544 Benchmarking)
1546
Discard
1547
Dhcp-Relay (ACX Series)
1549
Dhcpv6 (Dhcpv6 Relay Agent on ACX Series)
1551
Domain-ID
1552
Domain-Type
1553
Domain-Vpn-Tag
1553
Dscp (Cos Classifiers)
1554
Dscp (Cos Interfaces)
1554
Dscp (Rewrite Rules on Physical Interface)
1555
Dscp-Code-Points (RFC 2544 Benchmarking)
1556
Dscp-Ipv6
1558
Dynamic-Tunnels
1560
E1-Options
1561
E1-Options (BITS Interfaces Signal Type)
1562
E2E-Transparent
1563
Ethernet-Switch-Profile (ACX Series)
1564
Encapsulation (Logical Interface)
1565
Encapsulation (Physical Interface)
1569
Esmc-Transmit (Chassis Synchronization)
1570
Export (Routing Options)
1571
Family (RFC 2544 Benchmarking)
1572
Family
1573
Family Inet
1574
Family Mpls
1576
Family Multiservice
1579
Flow
1582
Flow-Map
1584
Force Switch
1585
Forwarding-Cache (Multicast)
1586
Forwarding-Class (Interfaces)
1586
Forwarding-Class (RFC 2544 Benchmarking)
1587
Forwarding-Table
1588
Fragment-Threshold
1589
Framing
1590
Framing (E1 Options for BITS Interfaces)
1591
Framing (T1 Options for BITS Interfaces)
1592
Full
1592
Generate
1593
Gigether-Options (ACX Series)
1594
Global-Arp-Prefix-Limit (Host Fast Reroute)
1595
Global-Mac-Limit
1596
Global-Mac-Table-Aging-Time
1597
Global-No-Mac-Learning
1598
Global-Supplementary-Blackout-Timer (Host Fast Reroute)
1599
Gps (Chassis Synchronization Source)
1600
Graceful-Restart (Enabling Globally)
1601
Grant-Duration
1602
Gre (Routing Options)
1603
Group (Origin Validation for BGP)
1604
Halt-On-Prefix-Down (RFC 2544 Benchmarking)
1605
Hash-Key (Forwarding Options)
1606
Hold-Interval (Chassis Synchronization)
1609
Host-Fast-Reroute
1610
Hybrid (ACX Series)
1611
Ieee-802.1 (Classifier on Physical Interface)
1612
Ieee-802.1 (Rewrite Rules on Physical Interface)
1612
Igmp
1613
Ima-Group-Options
1615
Ima-Link-Options
1617
Independent-Domain
1618
Inline-Services (PIC Level)
1619
Inet-Precedence (Cos Classifiers)
1620
Inet-Precedence (Classifier on Physical Interface)
1621
Inet-Precedence (Rewrite Rules on Physical Interface)
1621
Inet6-Vpn
1622
Ingress (Chained Composite Next Hop)
1623
Input (Chassis Alarm Relay)
1624
Input-Relay (Alarm Relay Output Port)
1625
In-Service (RFC2544 Benchmarking)
1626
Interface
1627
Interface-Mac-Limit
1628
Interface (Master Clock)
1630
Interface (PTP Slave)
1631
Interface-Routes
1632
Interface-Type
1634
Interfaces (Cos)
1635
Interfaces Bits (Chassis Synchronization)
1637
Interfaces (Chassis Synchronization Source)
1638
Ip-Swap (RFC 2544 Benchmarking)
1639
Ipv4-Dscp
1639
Ivlan-Cfi (RFC 2544 Benchmarking)
1640
Ivlan-ID (RFC 2544 Benchmarking)
1640
Ivlan-Priority (RFC 2544 Benchmarking)
1641
L3Vpn
1642
Label-Switched-Path-Template (Multicast)
1644
Link-Protection (Host Fast Reroute)
1645
Local-Gateway (Ipsec)
1645
Local-Ip-Address (PTP Slave Clock Source)
1646
Logical-Interface-Policer
1647
Lsp-External-Controller
1648
Mac-Table-Size
1649
Mac-Validate
1651
Chapter 15 Management
1652
Manual (Master Clock)
1653
Manual Switch
1654
Martians
1655
Master
1657
Match-Direction (Services NAT)
1658
Max-Announce-Interval
1659
Max-Burst-Size
1660
Max-Delay-Response-Interval
1661
Max-Sync-Interval
1662
Max-Unknown-Messages
1663
Maximum-Paths
1664
Maximum-Prefixes
1666
Med-Igp-Update-Interval
1668
Media-Type (Dual-Purpose Uplink Ports)
1669
Metric (Aggregate, Generated, or Static Route)
1670
Message-Rate-Limit
1671
Min-Announce-Interval
1672
Min-Delay-Response-Interval
1673
Min-Sync-Interval
1674
Minimum-Links
1675
Mld
1676
Mode (Chassis Alarm Relay Input and Output)
1677
Mode (Interfaces)
1678
Mode (RFC 2544 Benchmarking)
1679
Mrru
1680
Mtu
1681
Multicast (Virtual Tunnel in Routing Instances)
1685
Multicast-Mode (PTP Master and Slave Interfaces)
1686
Multilink-Max-Classes
1687
Multilink-Class
1688
Multipath (Routing Options)
1689
Native-Vlan-ID
1690
Network-Option
1692
No-Bfd-Triggered-Local-Repair
1693
No-Mac-Learning
1694
No-Local-Switching
1695
No-Local-Switching (VPLS)
1696
No-Partition
1697
No-Root-Port
1698
No-Vrf-Advertise
1699
No-Vrf-Propagate-Ttl
1700
Oam-Liveness
1701
Oam-Period
1702
Options (Routing Options)
1703
Outer-Tag-Protocol-ID (RFC 2544 Benchmarking)
1704
Output (Chassis Alarm Relay)
1704
Overrides (DHCP Relay Agent) for ACX
1705
Ovlan-Cfi (RFC 2544 Benchmarking)
1706
Ovlan-ID (RFC 2544 Benchmarking)
1706
Packet-Action
1707
Ovlan-Priority (RFC 2544 Benchmarking)
1710
Packet-Loss-Priority (RFC 2544 Benchmarking)
1710
Packet-Size (RFC 2544 Benchmarking)
1711
Partition
1712
Passive (Routing Options)
1712
Pce
1713
Pcep
1715
Pce-Group (PCE)
1716
Pce-Group (Protocols PCEP)
1717
Pce-Type
1718
Peak-Rate
1719
Pim
1720
Policing-Action
1724
Policy (Aggregate and Generated Routes)
1725
Port (Alarm Relay Input)
1726
Port (Alarm Relay Output)
1727
Ppm
1728
Ppp-Options
1730
Preference (Routing Options)
1732
Primary (Virtual Tunnel in Routing Instances)
1734
Priority-Hold-Time
1735
Profiles (RFC 2544 Benchmarking)
1736
Protect Core
1737
Protection-Group
1738
Promiscuous-Mode
1740
Propagate-Settings
1741
Priority (Chassis Synchronization Source)
1742
Psn-VCI (ATM CCC Cell-Relay Promiscuous Mode VPI/VCI Swapping)
1743
Psn-Vpi (ATM CCC Cell-Relay Promiscuous Mode VPI/VCI Swapping)
1744
Quality-Level (Chassis Synchronization Source Interface)
1745
Quality-Level (Clock Class Mapping PTP Slave)
1747
Quality-Mode-Enable
1748
Querier (Performance-Monitoring)
1749
Receive-Failure-Threshold (RFC 2544 Benchmarking)
1750
Relay (Chassis Alarm)
1751
Request (Chassis Synchronization Source)
1752
Rewrite-Rules (Physical Interfaces)
1753
Reflect-Etype (RFC 2544 Benchmarking)
1754
Reflect-Mode (RFC2544 Benchmarking)
1755
Rfc2544-Benchmarking
1756
Rib (General)
1757
Rib-Group (Routing Options)
1759
Rpf-Check (Interfaces)
1760
Route-Distinguisher-ID
1761
Route-Record
1762
Router-ID
1763
Routing-Options
1764
Rule (Services NAT)
1765
Selection-Mode (Chassis Synchronization)
1767
Service-Set (Services)
1768
Service-Filter (Interfaces)
1770
Service-Filter (Firewall)
1771
Service-Package (ACX Series)
1772
Service-Type (RFC2544 Benchmarking)
1773
Satop-Options (Physical Interface)
1774
Service-Plane-Recovery (Inline Services)
1775
Short-Sequence
1776
Signal-Type (BITS Interfaces)
1777
Slave (ACX Series)
1778
Source (Chassis Synchronization)
1779
Source-Address (Routing Options)
1780
Skip-Arp-Iteration (RFC 2544 Benchmarking)
1781
Source-Ipv4-Address (RFC 2544 Benchmarking)
1782
Source-Mac-Address (RFC2544 Benchmarking)
1783
Source-Udp-Port (RFC 2544 Benchmarking)
1784
Source-Routing
1785
Speed (10-Gigabit Ethernet)
1786
Standby
1787
Static-Mac
1788
Stateful (ACX Series)
1789
Static (Protocols Layer 2 Circuit)
1790
Static (Origin Validation for BGP)
1791
Step-Percent (RFC 2544 Benchmarking)
1792
Sustained-Rate
1793
Switchover-Mode
1794
Sync-Interval (Slave)
1795
Sync-Interval (Master)
1796
Synchronization (ACX Series)
1797
System-Defaults
1798
Tag (Routing Options)
1799
T1-Options
1800
T1-Options (BITS Interfaces Signal Type)
1801
Temperature (Alarm Relay Output)
1801
Test-Finish-Wait-Duration (RFC 2544 Benchmarking)
1802
Test-Interface (RFC 2544 Benchmarking)
1802
Test-Iterator-Duration (RFC 2544 Benchmarking)
1803
Test-Iterator-Pass-Threshold (RFC 2544 Benchmarking)
1803
Test-Name (RFC 2544 Benchmarking)
1804
Test-Profile (RFC 2544 Benchmarking)
1805
Test-Type (RFC 2544 Benchmarking)
1806
Tests (RFC 2544 Benchmarking)
1807
Timeslots
1808
Timestamp-Format (RFC 2544 Benchmarking)
1808
Tos
1809
Traceoptions
1810
Traceoptions (PCE)
1813
Traceoptions (Protocols PCEP)
1815
Traffic-Control-Profiles
1816
Translation-Type
1817
Transport Ipv4 (PTP Unicast Master and Slave Interface)
1819
Transport 802.3 (PTP Multicast Master and Slave)
1820
Transmit-Failure-Threshold (RFC 2544 Benchmarking)
1821
Trigger (Chassis Alarm Relay Input)
1821
Ttl
1822
Tunnel-Services (Chassis)
1823
Udp-Tcp-Port-Swap (RFC 2544 Benchmarking)
1824
Unicast (Virtual Tunnel in Routing Instances)
1825
Unicast-Mode (Master Clock)
1826
Unicast-Mode (PTP Slave Interface)
1827
Unicast-Reverse-Path
1828
Update-Rate-Limit
1829
Validation (Origin Validation for BGP)
1830
VCI
1831
Vlan-ID (Bridge Domain in ACX Series)
1832
Vpi (Logical Interface and Interworking)
1833
Vpi (ATM CCC Cell-Relay Promiscuous Mode)
1834
Vpi (Define Virtual Path)
1835
Vrf-Propagate-Ttl
1836
Vrf-Table-Label
1837
Wait-To-Restore (Chassis Synchronization Source)
1838
Chapter 42 Operational Commands
1839
Clear Bridge Mac-Table
1844
Clear Oam Ethernet Connectivity-Fault-Management Sla-Iterator-Statistics
1845
Clear Oam Ethernet Connectivity-Fault-Management Synthetic-Loss-Measurement
1846
Clear Dhcp Relay Statistics
1847
Clear Dhcp Relay Binding
1850
Clear Path-Computation-Client Statistics
1853
Monitor Ethernet Synthetic-Loss-Measurement
1854
Restart Chassis-Control
1858
Request Chassis Feb
1860
Request Diagnostics Tdr (ACX Series)
1862
Request Path-Computation-Client Active-Pce
1864
Request System Snapshot (ACX Series)
1865
Show Bgp Neighbor
1868
Show Bgp Replication
1886
Show Bgp Summary
1889
Show Bridge Domain
1895
Show Bridge Mac-Table
1897
Show Chassis Alarms
1903
Show Chassis Beacon
1921
Show Chassis Craft-Interface
1923
Show Chassis Environment
1941
Show Chassis Environment Fpc
2014
Show Chassis Environment Pem
2052
Show Chassis Environment Routing-Engine
2064
Operational Commands
1839
Show Chassis Feb
2071
Show Chassis Firmware
2075
Show Chassis Fpc
2090
Show Chassis Fan
2135
Show Chassis Hardware
2150
Show Chassis Led
2373
Show Chassis Mac-Addresses
2384
Show Chassis Pic
2391
Show Chassis Routing-Engine
2416
Show Chassis Synchronization
2444
Show Chassis Temperature-Thresholds
2451
Show Class-Of-Service Interface
2479
Show Class-Of-Service System-Defaults
2508
Show Dhcp Relay Statistics
2509
Show Dhcp Relay Binding
2513
Show Diagnostics Tdr
2519
Show Filter Aggregate Policer
2524
Show Filter Policer Template
2527
Show Interfaces (ATM)
2529
Show Interfaces (T1, E1, or DS)
2564
Show Interfaces Statistics
2589
Show Interfaces Queue
2602
Show Interfaces (Link Services)
2644
Show Interfaces (10-Gigabit Ethernet)
2657
Show Interfaces (Gigabit Ethernet)
2682
Show Interfaces (Fast Ethernet)
2707
Show Interfaces (Aggregated Ethernet)
2724
Show Isis Database
2735
Show Isis Hostname
2749
Show Isis Interface
2751
Show Isis Overview
2756
Show Isis Route
2760
Show Isis Spf
2764
Show Isis Statistics
2769
Show L2-Learning Global-Information
2772
Show L2-Learning Global-Mac-Count
2774
Show L2-Learning Instance
2775
Show L2-Learning Interface
2777
Show Lacp Interfaces
2779
Show Lacp Statistics
2784
Clear Lldp Neighbors
2786
Clear Lldp Statistics
2787
Show Lldp
2788
Show Lldp Local-Information
2791
Show Lldp Neighbors
2794
Show Lldp Remote-Global-Statistics
2800
Show Lldp Statistics
2802
Show Multicast Snooping Route
2805
Show Multicast Snooping Next-Hops
2809
Show Igmp Snooping Interface
2812
Show Igmp Snooping Membership
2817
Show Igmp Snooping Statistics
2821
Show Oam Ethernet Connectivity-Fault-Management Interfaces
2826
Show Oam Ethernet Connectivity-Fault-Management Mep-Statistics
2837
Show Oam Ethernet Connectivity-Fault-Management Mep-Database
2849
Show Oam Ethernet Connectivity-Fault-Management Sla-Iterator-Statistics
2860
Show Oam Ethernet Connectivity-Fault-Management
2861
Show Oam Ethernet Connectivity-Fault-Management
2862
Show Oam Ethernet Connectivity-Fault-Management
2863
Synthetic-Loss-Statistics
2865
Show Oam Ethernet Connectivity-Fault-Management Server-Mep
2868
Show Ospf Database
2870
Show Ospf3 Database
2881
Show (Ospf | Ospf3) Interface
2892
Show (Ospf | Ospf3) Io-Statistics
2898
Show (Ospf | Ospf3) Log
2900
Show (Ospf | Ospf3) Neighbor
2903
Show (Ospf | Ospf3) Overview
2910
Show (Ospf | Ospf3) Route
2915
Show (Ospf | Ospf3) Statistics
2921
Show Pfe Tcam App
2926
Show Pfe Tcam Usage
2927
Show Pfe Tcam Errors
2935
Clear Pfe Tcam-Errors
2940
Show Path-Computation-Client Active-Pce
2942
Show Path-Computation-Client Statistics
2946
Show Poe Controller
2951
Show Poe Telemetries Interface (ACX2000 Routers)
2954
Show Ppp Interface
2956
Show Ppp Summary
2965
Show Ppp Statistics
2967
Show Protection-Group Ethernet-Ring Aps
2974
Show Protection-Group Ethernet-Ring Interface
2978
Show Protection-Group Ethernet-Ring Node-State
2981
Show Protection-Group Ethernet-Ring Statistics
2985
Show Protection-Group Ethernet-Ring Vlan
2990
Show Ptp Clock
2994
Show Ptp Global-Information
2997
Show Ptp Hybrid
3001
Show Ptp Lock-Status
3003
Show Ptp Statistics
3006
Show Route
3009
Show Route Active-Path
3030
Show Route Advertising-Protocol
3035
Show Route All
3040
Show Route Aspath-Regex
3042
Show Route Best
3044
Show Route Brief
3047
Show Route Community
3049
Show Route Community-Name
3051
Show Route Damping
3053
Show Route Detail
3058
Show Route Exact
3078
Show Route Export
3080
Show Route Extensive
3083
Show Route Flow Validation
3101
Show Route Forwarding-Table
3103
Show Route Hidden
3120
Show Route Inactive-Path
3123
Show Route Inactive-Prefix
3127
Show Route Instance
3129
Show Route Next-Hop
3137
Show Route No-Community
3143
Show Route Output
3146
Show Route Protocol
3151
Show Route Receive-Protocol
3164
Show Route Table
3173
Show Route Terse
3211
Show Services Rpm Rfc2544-Benchmarking
3214
Show Services Rpm Rfc2544-Benchmarking Test-ID
3219
Show System Autoinstallation Status
3236
Show System Storage Partitions (ACX Series)
3238
Show Validation Database
3240
Show Validation Group
3242
Show Validation Replication Database
3244
Show Validation Session
3246
Show Validation Statistics
3249
Show Version
3251
Test Interface E1-Bert-Start
3265
Test Interface E1-Bert-Stop
3266
Test Interface T1-Bert-Start
3267
Test Interface T1-Bert-Stop
3268
Test Services Rpm Rfc2544-Benchmarking Test
3269
Other manuals for Juniper ACX2000
Quick Start
30 pages
Hardware Guide
190 pages
4
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Juniper ACX2000 Specifications
General
Brand
Juniper
Model
ACX2000
Category
Network Router
Language
English
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