Table of Contents

About This Manual
Objectives
Audience
Document Organization
Part Organization
Using the Indexes
Documentation Conventions
General Conventions
Conventions for Software Commands and Statements
List of Technical Publications
Documentation Feedback
How to Request Support
Network Interfaces and Class of Service Overview
Interfaces and Class of Service Configuration Statements
[edit class-of-service] Hierarchy Level
[edit interfaces] Hierarchy Level
[edit logical-routers] Hierarchy Level
[edit protocols connections] Hierarchy Level
[edit protocols vrrp] Hierarchy Level
Interfaces Overview
Types of Interfaces
Permanent Interfaces
Transient Interfaces
Services Interfaces
Interface Descriptors
Interface Naming
Physical Part of an Interface Name
Logical Part of an Interface Name
Separators in an Interface Name
Channel Part of an Interface Name
Examples: Interface Naming
How Interface Configurations Are Displayed
Interface and Router Clock Sources
Interfaces Configuration Statements
Complete Interfaces Configuration Statements
Minimum Interface Configuration
Configure Physical Interface Properties
Configure Aggregated Interfaces
Add an Interface Description to the Configuration
Example: Add an Interface Description to the Configuration
Configure the Link Characteristics
Configure the Media MTU
Configure Interface Encapsulation
Configure the Encapsulation on a Physical Interface
Encapsulation Capabilities
Example: Configure the Encapsulation on a Physical Interface
Configure PPP Challenge Handshake Authentication Protocol
Assign an Access Profile to an Interface
Configure the Local Name
Configure Passive Mode
Example: Configure PPP Challenge Handshake Authentication Protocol
Configure the Interface Speed
Configure Keepalives
Configure the Clock Source
Configure the Router as a DCE
Configure Receive and Transmit Leaky Bucket Properties
Configure Accounting for the Physical Interface
Apply an Accounting Profile to the Physical Interface
Example: Apply an Accounting Profile to the Physical Interface
Configure BERT Properties
Trace Operations of an Individual Router Interface
Damp Interface Transitions
Configure Multiservice Physical Interface Properties
Enable or Disable SNMP Notifications on Physical Interfaces
Disable a Physical Interface
Example: Disable a Physical Interface
Configure Logical Interface Properties
Specify the Logical Interface Number
Configure Logical Router Interface Properties
Example: Configure Logical Router Interface Properties
Add a Logical Unit Description to the Configuration
Configure a Point-to-Point Connection
Configure a Multipoint Connection
Configure Accounting for the Logical Interface
Apply an Accounting Profile to the Logical Interface
Example: Apply an Accounting Profile to the Logical Interface
Configure the Interface Bandwidth
Enable or Disable SNMP Notifications on Logical Interfaces
Configure Interface Encapsulation
Configure the Encapsulation on a Logical Interface
Disable a Logical Interface
Configure Protocol Family and Address Interface Properties
Configure the Protocol Family
IPv6 Introduction
IPv4-to-IPv6 Transition
Configure the Interface Address
Configure the IPv6 Address on an Interface
Configure an Unnumbered Interface
Example: Configure an Unnumbered Interface
Set the Protocol MTU
Disable the Removal of Address and Control Bytes
Disable the Sending of Asynchronous Notification Upon Link Failure
Disable the Sending of Redirect Messages on an Interface
Configure Default, Primary, and Preferred Addresses and Interfaces
Configure the Primary Interface for the Router
Configure the Primary Address for an Interface
Configure the Preferred Address for an Interface
Apply Policers
Apply a Filter to an Interface
Define Interface Groups in Firewall Filters
Configure Unicast RPF
Configure Unicast RPF Strict Mode
Configure Unicast RPF Loose Mode
Unicast RPF and Default Routes
Unicast RPF Behavior with a Default Route
Unicast RPF Behavior without a Default Route
Unicast RPF with Routing Asymmetry
Example: Configure Unicast RPF
Enable Source Class and Destination Class Usage
Examples: Enable Source Class and Destination Class Usage
Configure Circuit and Translational Cross-Connects
Configure Switching Cross-Connects
Define the Encapsulation for Switching Cross-Connects
Define the Connection for Switching Cross-Connects
Configure MPLS for Switching Cross-Connects
Examples: Configure Switching Cross-Connects
Trace Interface Operations
Trace Operations of an Individual Router Interface
Trace Operations of the Interface Process
Configure Adaptive Services Interfaces
Configure Service Interface Properties
Configure the Interface Address and Domain
Configure Default Timeout Settings
Configure Default System Log Properties
Enable Fragmentation on GRE Tunnels
Specify an MTU Setting for the Tunnel
Apply Filters and Services to an Interface
Example: Configure a Service Interface
Configure ATM Interfaces
ATM 1 Physical and Logical Interface Properties
ATM 2 Physical and Logical Interface Properties
Configure ATM Physical Interface Properties
Configure Communication with Directly Attached ATM Switches
Configure the ATM PIC Type
Example: Configure the ATM PIC Type
Configure ATM Cell-Relay Promiscuous Mode
Example: Configure ATM Cell-Relay Promiscuous Mode
Configure the Maximum Number of ATM 1 VCs on a VP
Configure ATM 2 Layer 2 Circuit Transport Mode
Example: Configure ATM 2 Layer 2 Circuit Transport Mode
Configure ATM 2 Layer 2 Circuit Cell-Relay Promiscuous Mode
Example: Configure ATM 2 Layer 2 Circuit Cell-Relay Promiscuous Mode
Configure the ATM 2 Layer 2 Circuit Cell-Relay Cell Maximum
Configure the ATM 2 OAM F4 Cell Flows
Define Virtual Path Tunnels on ATM 2 Interfaces
Configure ATM Logical Interface Properties
Configure a Point-to-Point ATM 1 or ATM 2 Connection
Configure a Point-to-Multipoint ATM 1 or ATM 2 Connection
Configure a Multicast-Capable ATM 1 or ATM 2 Connection
Configure Inverse ATM 1 or ATM 2 ARP
Define the ATM Traffic-Shaping Profile
Configure ATM CBR
Configure ATM 2 Real-Time VBR
Configure ATM VBR
Specify ATM 1 Shaping Values
Example: Specify ATM 1 Shaping Values
Specify ATM 2 Shaping Values
Configure the ATM 1 Queue Length
Configure the ATM 2 EPD Threshold
Example: Configure the ATM 2 EPD Threshold
Configure the ATM 2 Transmission Weight
Define the ATM OAM F5 Loopback Cell Period
Configure the ATM OAM F5 Loopback Cell Threshold
Configure ATM Interface Encapsulation
Configure an ATM 1 Cell-Relay Circuit
Examples: Configure an ATM 1 Cell-Relay Circuit
Configure PPP over ATM 2 Encapsulation
Example: Configure PPP over ATM 2 Encapsulation
Configure E3 and T3 Parameters on ATM Interfaces
Configure SONET/SDH Parameters on ATM Interfaces
Configure ATM 2 VC Tunnel CoS Components
Configure Linear RED Profiles
Configure an ATM Scheduler Map
Configure VC CoS Mode
Configure ATM CoS on the Logical Interface
Example: Configure ATM 2 VC Tunnel CoS Components
Examples: Configure ATM 1 Interfaces
Examples: Configure ATM 2 Interfaces
Channelized Interfaces Overview
Channelized Interface Capabilities
Data Link Connection Identifiers on Channelized Interfaces
Clock Sources on Channelized Interfaces
Channelized QPP Interface Properties
Structure of Channelized PICs with QPP
Configure Channelized E1 Interfaces
Configure Channelized E1 QPP Interfaces
Configure E1 QPP Interfaces
Configure Fractional E1 QPP Interfaces
Example: Configure Fractional E1 QPP Interfaces
Configure an NxDS-0 QPP Interface
Example: Configure an NxDS-0 QPP Interface
Configure Channelized E1 QPP Interface Properties
Specify Options at the Channelized E1 QPP Interface Level
Specify Options at the E1 QPP Interface Level
Specify Options at the NxDS-0 QPP Interface Level
Configure Channelized E1 Interfaces
Configure Channelized E1 Interface Properties
Example: Configure Channelized E1 Interfaces
Example: Configure Channelized E1 QPP Interfaces
Configure Channelized OC-12 Interfaces
Configure Channelized OC-12 QPP Interfaces
Configure an OC-12 QPP Interface
Configure T3 QPP Interfaces
Example: Configure T3 QPP Interfaces
Configure OC-3 QPP Interfaces
Example: Configure OC-3 QPP Interfaces
Configure T1 QPP Interfaces
Example: Configure T1 QPP Interfaces
Configure NxDS-0 QPP Channels
Example: Configure an NxDS-0 QPP Interface
Configure Fractional T1 QPP Interfaces
Examples: Configure Fractional T1 QPP Interfaces
Configure Channelized OC-12 QPP Interface Properties
Specify Options at the Channelized OC-12 QPP Level
Specify Options at the Channelized OC-1 QPP Level
Specify Options at the Channelized T3 QPP Level
Specify Options at the Channelized T1 QPP Level
Specify Options at the T3 QPP Interface Level
Specify Options at the T1 QPP Interface Level
Specify Options at the NxDS-0 QPP Interface Level
Configure Channelized OC-12 Interfaces
Example: Configure Channelized OC-12 QPP Interfaces
Example: Configure Channelized OC-12 Interfaces
Configure Channelized STM-1 Interfaces
Configure Channelized STM-1 QPP Interfaces
Configure an STM-1 QPP Interface
Configure E1 QPP Interfaces
Example: Configure E1 QPP Interfaces
Configure Fractional E1 QPP Interfaces
Example: Configure Fractional E1 QPP Interfaces
Configure an NxDS-0 QPP Interface
Example: Configure an NxDS-0 QPP Interface
Configure Channelized STM-1 QPP Interface Properties
Specify Options at the Channelized STM-1 QPP Level
Specify Options at the Channelized AU-4 QPP Level
Configure Virtual Tributary Mapping of Channelized STM-1 QPP Interface
Specify Options at the E1 QPP Interface Level
Specify Options at the NxDS-0 QPP Interface Level
Example: Configure Channelized STM-1 QPP Interfaces
Configure Channelized STM-1 Interfaces
Configure Channelized STM-1 Interface Properties
Configure Virtual Tributary Mapping of Channelized STM-1 Interface
Example: Configure Channelized STM-1 Interfaces
Configure Channelized T3 Interfaces
Configure Channelized T3 QPP Interfaces
Configure T3 QPP Interfaces
Configure T1 QPP Interfaces
Example: Configure T1 QPP Interfaces
Configure Fractional T1 QPP Interfaces
Example: Configure Fractional T1 QPP Interfaces
Configure an NxDS-0 QPP Interface
Example: Configure an NxDS-0 QPP Interface
Configure Channelized T3 QPP Interface Properties
Specify Options at the Channelized T3 QPP Level
Specify Options at the Channelized T1 QPP Level
Specify Options at the T3 QPP Interface Level
Specify Options at the T1 QPP Interface Level
Specify Options at the NxDS-0 QPP Interface Level
Configure Channelized DS-3 to DS-0 Interfaces
Configure Channelized DS-3 to DS-1 Interfaces
Example: Configure Channelized T3 QPP Interfaces
Examples: Configure Channelized DS-3 to DS-0 Interfaces
Examples: Configure Channelized DS-3 to DS-1 Interfaces
Configure Discard Interfaces
Configure E1 Interfaces
Configure E1 BERT Properties
Configure the E1 Frame Checksum
Configure E1 Framing
Configure the E1 Idle Cycle Flag
Configure E1 Data Inversion
Configure E1 Loopback Capability
Example: Configure E1 Loopback Capability
Configure E1 Start End Flags
Configure Fractional E1 Time Slots
Example: Configure Fractional E1 Time Slots
Configure E3 Interfaces
Configure E3 BERT Properties
Configure the E3 CSU Compatibility Mode
Configure the E3 Frame Checksum
Configure the E3 Idle Cycle Flag
Configure E3 Loopback Capability
Example: Configure E3 Loopback Capability
Configure E3 HDLC Payload Scrambling
Configure the E3 Start End Flags
Configure E3 QPP Unframed Mode
Configure Encryption Interfaces
Configure an Encryption Interface
Specify the Security Association Name
Example: Configure an Encryption Interface
Configure ES PIC Redundancy
Example: Configure ES PIC Redundancy
Configure IPSec Tunnel Redundancy
Configure Ethernet Interfaces
Configure Ethernet Physical Interface Properties
Configure Ethernet Link Aggregation
Configure Aggregated Ethernet LACP
Configure Aggregated Ethernet Link Speed
Configure Aggregated Ethernet Minimum Links
Enable Ethernet MAC Address Filtering
Filter Specific MAC Addresses
Configure Ethernet Loopback Capability
Configure Flow Control
Configure the Link Characteristics
Configure Gratuitous ARP
Configure the Interface Speed
Configure the Ingress Rate Limit
Configure 802.1Q VLANs
Enable VLAN Tagging
Bind a VLAN ID to a Logical Interface
Configure VLAN CCC or VPLS Encapsulation
Example: Configure VLAN CCC or VPLS Encapsulation
Configure Extended VLAN CCC or VLAN VPLS Encapsulation
Example: Configure Extended VLAN CCC or VLAN VPLS Encapsulation
Configure TCC and Layer 2.5 Switching
Configure Extended VLAN TCC Encapsulation
Configure an Ethernet TCC or Extended VLAN TCC
Example: Configure an Ethernet TCC or Extended VLAN TCC
Configure Static ARP Table Entries
Example: Configure Static ARP Table Entries
Configure VRRP
Configure Basic VRRP Support
Configure VRRP Authentication
Configure the Advertisement Interval for the VRRP Master Router
Configure a Backup Router to Preempt the Master Router
Modify the Preemption Hold-Time Value
Accept Packets Destined for the Virtual IP Address
Configure a Logical Interface to Be Tracked
Trace VRRP Operations
Example: Configure VRRP
Configure Gigabit Ethernet QPP Interfaces
Configure a Gigabit Ethernet QPP Policer
Specify Premium IEEE 802.1p Bits
Apply a Gigabit Ethernet QPP Policer
Configure Gigabit Ethernet QPP MAC Address Filtering
Example: Configure a Gigabit Ethernet QPP Policer
Configure Gigabit Ethernet QPP MAC Address Accounting
Stack and Rewrite Gigabit Ethernet QPP VLAN Tags
Stack a VLAN Tag on All Tagged Frames Entering the Interface
Stack a VLAN Tag on All Tagged Frames Exiting the Interface
Remove a VLAN Tag from All Tagged Frames Entering the Interface
Remove a VLAN Tag from All Tagged Frames Exiting the Interface
Configure Frames with Particular TPIDs to be Processed as Tagged Frames
Rewrite the VLAN Tag on All Tagged Frames Entering the Interface
Rewrite the VLAN Tag on All Tagged Frames Exiting the Interface
Configure Stacked VLAN Tagging
Configure Dual VLAN Tags
Examples: Stack and Rewrite Gigabit Ethernet QPP VLAN Tags
Configure the Management Ethernet Interface
Configure the MAC Address on the Management Ethernet Interface
Configure the Internal Ethernet Interface
Configure Aggregated Ethernet Interfaces
Example: Configure Fast Ethernet Interfaces
Example: Configure Gigabit Ethernet Interfaces
Example: Configure Aggregated Ethernet Interfaces
Configure Frame Relay
Configure Frame Relay Interface Encapsulation
Configure the Frame Relay Encapsulation on a Physical Interface
Example: Configure the Encapsulation on a Physical Interface
Configure the Frame Relay Encapsulation on a Logical Interface
Configure Frame Relay Control Bit Translation
Configure the Media MTU
Set the Protocol MTU
Configure Frame Relay Keepalives
Configure Tunable Keepalives for Frame Relay LMI
Configure Inverse Frame Relay ARP
Configure the Router as a DCE
Configure Frame Relay DLCIs
Configure a Point-to-Point Frame Relay Connection
Configure a Point-to-Multipoint Frame Relay Connection
Configure a Multicast-Capable Frame Relay Connection
Configure the Loopback Interface
Example: Configure the Loopback Interface
Configure Monitoring Services Interfaces
Minimum Traffic Sampling Configuration
Configure Flow Monitoring
Configure Multilink and Link Services Interfaces
Configure Multilink and Link Services Logical Interface Properties
Default Settings for Multilink and Link Services Logical Interfaces
Configure a Link Services Point-to-Point DLCI
Configure a Link Services Multicast-Capable DLCI
Configure a Multilink and Link Services Drop Timeout Period
Configure Multilink and Link Services Logical Interface Encapsulation
Configure a Multilink and Link Services Fragmentation Threshold
Configure Link Services Delay-Sensitive Packet Interleaving
Configure Multilink and Link Services Minimum Links
Configure Multilink and Link Services MRRU
Configure Multilink and Link Services Sequence Format
Configure Link Services Physical Interface Properties
Default Settings for Link Services Interfaces
Configure Link Services Physical Interface Encapsulation
Configure Link Services Acknowledgment Timers
Configure Link Services Differential Delay
Configure Link Services Keepalive Settings on Frame Relay LMI
Multilink and Link Services Interface Structure
Multilink Services and Link Services PIC Capacities
Link Services PIC Capabilities
Configure Multilink and Link Services Bundles
Configure Link Services CoS Components
Example: Configure Link Services CoS Components
Examples: Configure Multilink Interfaces
Examples: Configure Link Services Interfaces
Configure Serial Interfaces
Configure the Serial Line Protocol
Serial Interface Default Settings
Serial Interface Invalid Statements
Configure the Serial Clocking Mode
Invert the Serial Interface Transmit Clock
Configure the DTE Clock Rate
Configure the Serial Signal Handling
Configure the Serial DTR Circuit
Configure Serial Signal Polarities
Configure Serial Loopback Capability
Example: Configure Serial Loopback Capability
Configure Serial Line Encoding
Configure SONET/SDH Interfaces
Configure SONET/SDH Physical Interface Properties
Configure SONET Header Byte Values
Configure an Incrementing STM ID
Configure the SONET Frame Checksum
Configure SONET Loopback Capability
Example: Configure SONET Loopback Capability
Configure the SONET Path Trace Identifier
Configure SONET HDLC Payload Scrambling
Configure SONET RFC 2615 Support
Configure Virtual Tributary Mapping
Configure APS
Configure Basic APS Support
Example: Configure Basic APS Support
Configure Switching between the Working and Protect Circuits
Configure Revertive Mode
Configure APS Timers
Configure APS Load Sharing between Circuit Pairs
Example: Configure APS Load Sharing between Circuit Pairs
Configure the Media MTU
Enable Passive Monitoring
Configure the Clock Source
Configure Receive and Transmit Leaky Bucket Properties
Damp Interface Transitions
Configure Interface Encapsulation
Configure the Encapsulation on a Physical Interface
Example: Configure the Encapsulation on a Physical Interface
Configure the Encapsulation on a Logical Interface
Example: Configure SONET Interfaces
Configure Aggregated SONET/SDH Interfaces
Configure SONET Link Aggregation
Configure Aggregated SONET Link Speed
Configure Aggregated SONET Minimum Links
Configure Filters or Sampling on Aggregated SONET Links
Examples: Configure Filters or Sampling on Aggregated SONET Links
Example: Configure Aggregated SONET/SDH Interfaces
Configure T1 Interfaces
Configure T1 BERT Properties
Configure T1 Buildout
Configure T1 Byte Encoding
Configure T1 Data Inversion
Configure T1 Frame Checksum
Configure T1 Remote Loopback Response
Configure T1 Framing
Configure T1 Line Encoding
Configure T1 Loopback Capability
Configure the T1 Idle Cycle Flag
Configure T1 Start End Flags
Configure Fractional T1 Time Slots
Example: Configure Fractional T1 Time Slots
Configure T3 Interfaces
Configure T3 BERT Properties
Disable T3 C-Bit Parity Mode
Configure the T3 CSU Compatibility Mode
Configure the T3 Frame Checksum
Configure the T3 FEAC Response
Configure the T3 Idle Cycle Flag
Configure the T3 Line Buildout
Configure the Channelized T3 Loop Timing
Configure T3 Loopback Capability
Configure T3 HDLC Payload Scrambling
Configure the T3 Start End Flags
Examples: Configure T3 Interfaces
Configure Tunnel Interfaces
Configure a Unicast Tunnel
Configure a Multicast Tunnel
Configure a Logical Tunnel
Example: Configure a Logical Tunnel
Configure a Tunnel Interface for Routing Table Lookup
Configure a Tunnel Interface for VRF Table Lookup
Configure PIM Tunnels
Configure an IPv6-over-IPv4 Tunnel
Example: Configure Unicast Tunnels
Example: Configure a Virtual Loopback Tunnel Interface for VRF Table Lookup
Example: Configure an IPv6-over-IPv4 Tunnel
Summary of Interface Configuration Statements
802.3ad
accept-data
accept-source-mac
access-profile
accounting
accounting-profile
acknowledge-retries
acknowledge-timer
action-red-differential-delay
address
advertise-interval
advertise-interval (APS)
advertise-interval (VRRP)
aggregate
aggregate (Gigabit Ethernet CoS Policer)
aggregate (SONET/SDH)
aggregated-ether-options
aggregated-sonet-options
allow-any-vci
aps
arp
atm-encapsulation
atm-options
atm-scheduler-map
authentication-key
authentication-key (APS)
authentication-key (VRRP)
authentication-type
auto-synchronize
backup-destination
backup-interface
bandwidth
bert-algorithm
bert-error-rate
bert-period
boot-command
broadcast
buildout
buildout (T1 interfaces)
buildout (E3 or T3 over ATM interfaces)
bundle
byte-encoding
bytes
cbit-parity
cbr
cell-bundle-size
chap
clear-dont-fragment-bit
clock-rate
clocking
clocking-mode
compatibility-mode
connections
control-leads
control-polarity
control-signal
core-dump
cts
cts-polarity
dcd
dcd-polarity
dce
description
destination
destination (address)
destination (routing instance)
destination-class-usage
disable
dlci
drop-timeout
ds0-options
dsr
dsr-polarity
dtr
dtr-circuit
dtr-polarity
e1-options
e3-options
encapsulation
encapsulation (logical interface)
encapsulation (physical interface)
encoding
epd-threshold
epd-threshold (forwarding class)
epd-threshold (unit)
es-options
ethernet-policer-profile
ethernet-switch-profile
eui-64
facility-override
family
fastether-options
fcs
feac-loop-respond
filter
flow-control
force
forwarding-class
fragment-threshold
framing
gigether-options
gratuitous-arp-reply
hello-timer
high-plp-max-threshold
high-plp-threshold
hold-time
hold-time (APS)
hold-time (physical interface)
hold-time (VRRP)
host
idle-cycle-flag
ieee802.1-priority-map
ignore-all
ilmi
inactivity-timeout
indication
indication-polarity
ingress-rate-limit
input
input-vlan-map
interface-type
interfaces
interface-switch
interleave-fragments
inverse-arp
invert-data
ipsec-sa
keep-address-and-control
keepalives
lacp
line-encoding
line-protocol
linear-red-profile
linear-red-profiles
link-mode
link-speed
lmi
lmi-type
local-name
lockout
log-prefix
logical-routers
long-buildout
loop-timing
loopback
loopback (Aggregated Ethernet, Fast Ethernet, and Gigabit Ethernet)
loopback (E1/E3, SONET, and T1/T3)
loopback (serial)
low-plp-max-threshold
low-plp-threshold
mac
mac-address
mac-learn-enable
maximum-vcs
minimum-links
mlfr-uni-nni-bundle-options
mode
mrru
mtu
multicast-dlci
multicast-vci
multicasts-only
multipoint
multipoint-destination
multiservice-options
n391
n392
n393
neighbor
no-accept-data
no-asynchronous-notification
no-cbit-parity
no-core-dump
no-feac-loop-respond
no-flow-control
no-gratuitous-arp-reply
no-gratuitous-arp-request
no-keepalives
no-loopback
no-long-buildout
no-mac-learn-enable
no-partition
no-partition (Channelized E1, OC-12, and T3 QPP interfaces)
no-partition (Channelized OC-1 QPP interfaces)
no-partition (Channelized STM-1 QPP interfaces)
no-payload-scrambler
no-preempt
no-redirects
no-source-filtering
no-syslog
no-translate-discard-eligible
no-translate-fecn-and-becn
no-unframed
no-z0-increment
oam-liveness
oam-period
oc-slice
open-timeout
output
output-vlan-map
overflow
paired-group
partition
passive
passive-monitor-mode
path-trace
payload-scrambler
peer-unit
periodic
per-unit-scheduler
pic-type
point-to-point
policer
policer (CoS)
policer (interface)
policer (MAC)
pop
post-service-filter
ppp-options
preempt
preferred
premium
primary
priority
priority (schedulers)
priority (vrrp)
promiscuous-mode
protect-circuit
proxy
push
queue-depth
queue-length
rate
receive-bucket
red-differential-delay
remote
remote-loopback-respond
request
revert-time
rfc-2615
routing-instance
rpf-check
rts
rts-polarity
rtvbr
sampling
scheduler-maps
serial-options
service
service-domain
service-filter
service-set
service-options
services
shaping
short-sequence
sonet-options
source
source-address-filter
source-class-usage
source-filtering
speed
stacked-vlan-tagging
start-end-flag
swap
syslog
syslog (interfaces)
syslog (monitoring)
t1-options
t3-options
t391
t392
tag-protocol-id
tag-protocol-id (TPIDs expected to be sent or received)
tag-protocol-id (TPID to rewrite)
threshold
timeslots
tm
tm-polarity
traceoptions
traceoptions (individual interfaces)
traceoptions (interface process)
traceoptions (VRRP)
track
translate-discard-eligible
translate-fecn-and-becn
transmit-bucket
transmit-clock
transmit-weight
transmit-weight (ATM 2 Virtual Circuit)
transmit-weight (ATM 2 CoS Forwarding Class)
traps
ttl
tunnel
unframed
unit
vbr
vc-cos-mode
vci
virtual-address
vlan-id
vlan-id (VLAN ID to be bound to a logical interface)
vlan-id (VLAN ID to rewrite)
vlan-tag
vlan-tagging
vpi
vrrp-group
vtmapping
working-circuit
yellow-differential-delay
z0-increment
CoS Overview
CoS-Configurable Interfaces
CoS Applications
JUNOS CoS Components
Traffic Classifiers
Default Classifier
Behavior Aggregate Classifier
Multifield Classifier
Forwarding Classes
Transmission Scheduling and Rate Control
Scheduling Priority
Fabric Priority Queuing
Transmission Rate Control
Allocation of Leftover Bandwidth
Default Congestion and Transmission Control
RED Congestion Control
Rewrite Markers
Hardware Capabilities and Limitations
CoS Configuration Guidelines
Hardware Capabilities and Limitations
Define Code-Point Aliases
Configure Forwarding Classes
Override Fabric Priority Queuing
Configure up to Eight Forwarding Classes
Examples: Configure up to Eight Forwarding Classes
Classify Packets by Behavior Aggregate
Override the Default PLP on T-Series Platforms
Example: Override the Default PLP on T-Series Platforms
Configure Scheduling Policy Maps
Configure Logical Interface Scheduling
Example: Configure Logical Interface Scheduling
Associate a Scheduler with a Fabric Priority
Configure RED Drop Profiles
Packet Loss Priority
Rewrite Packet Header Information
Rewrite EXP Bits on a Particular Node
Example: Rewrite EXP Bits on a Particular Node
Rewrite MPLS and IPv4 Packet Headers
Example: Rewrite MPLS and IPv4 Packet Headers
Rewrite the EXP Bits of All Three Labels of an Outgoing Packet
Example: Rewrite the EXP Bits of All Three Labels of an Outgoing Packet
Rewrite IEEE 802.1p Packet Headers with MPLS EXP Value
Configure CoS-Based Forwarding
Example: Configure CoS-Based Forwarding
Override the Input Classification
Example: Configure Class of Service
Summary of CoS Configuration Statements
bandwidth
buffer-size
class
class-of-service
classification-override
classifiers
classifiers (define)
classifiers (apply)
code-point
code-point-aliases
code-points
drop-probability
drop-probability (percentage)
drop-probability (interpolated value)
drop-profile
drop-profile-map
drop-profiles
exp-push-push-push
exp-swap-push-push
fabric
fill-level
fill-level (percentage)
fill-level (interpolated value)
forwarding-class
forwarding-class (classifiers)
forwarding-class (forwarding policy)
forwarding-class (restricted queues)
forwarding-classes
forwarding-policy
import
import classifiers
import rewrite-rules
interfaces
interpolate
loss-priority
lsp-next-hop
next-hop
next-hop-map
priority
priority (fabric queues, schedulers)
priority (override fabric priority)
priority (schedulers)
protocol
protocol (interfaces rewrite rules)
protocol (schedulers)
queue
queue (global queues)
queue (restricted queues)
restricted-queues
rewrite-rules
rewrite-rules (interfaces)
scheduler
scheduler (scheduler map)
scheduler (fabric queues)
scheduler-map
scheduler-map (fabric queues)
scheduler-map (interfaces)
scheduler-maps
schedulers
transmit-rate
unit
Index
Index of Statements and Commands