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- Chapter:
About This Manual
[PDF 80 KB]
- 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
- Chapter:
Network Interfaces and Class of Service Overview
[PDF 9 KB]
- Chapter:
Interfaces and Class of Service Configuration Statements
[PDF 176 KB]
- [edit class-of-service] Hierarchy Level
- [edit interfaces] Hierarchy Level
- [edit protocols connections] Hierarchy Level
- [edit protocols vrrp] Hierarchy Level
- Chapter:
Interfaces Overview
[PDF 67 KB]
- 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
- Chapter:
Interfaces Configuration Statements
[PDF 149 KB]
- Complete Interfaces Configuration Statements
- Minimum Interface Configuration
- Chapter:
Configure Physical Interface Properties
[PDF 299 KB]
- 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
- Chapter:
Configure Logical Interface Properties
[PDF 127 KB]
- Specify the Logical Interface Number
- 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
- Chapter:
Configure Protocol Family and Address Interface Properties
[PDF 174 KB]
- 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
- 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
- Chapter:
Configure Circuit and Translational Cross-Connects
[PDF 67 KB]
- 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
- Chapter:
Trace Interface Operations
[PDF 21 KB]
- Trace Operations of an Individual Router Interface
- Trace Operations of the Interface Process
- Chapter:
Configure Adaptive Services Interfaces
[PDF 53 KB]
- Configure Service Interface Properties
- Configure the Interface Address and Domain
- Configure Default Timeout Settings
- Configure Default System Log Properties
- Apply Filters and Services to an Interface
- Example: Configure a Service Interface
- Chapter:
Configure ATM 1 and ATM 2 Interfaces
[PDF 375 KB]
- ATM 1 Physical and Logical Interface Properties
- ATM 2 Physical and Logical Interface Properties
- Configure ATM 1 and ATM 2 Physical Interface Properties
- Configure Communication with Directly Attached ATM 1 and ATM 2 Switches
- Configure the ATM 1 and ATM 2 PIC Type
- Example: Configure the ATM 1 and ATM 2 PIC Type
- Configure ATM 1 and ATM 2 Cell-Relay Promiscuous Mode
- Example: Configure ATM 1 and ATM 2 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 1 and ATM 2 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 1 and ATM 2 Traffic-Shaping Profile
- Configure ATM 1 and ATM 2 CBR
- Configure ATM 2 Real-Time VBR
- Configure ATM 1 and ATM 2 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 1 and ATM 2 OAM F5 Loopback Cell Period
- Configure the ATM 1 and ATM 2 OAM F5 Loopback Cell Threshold
- Configure ATM 1 and ATM 2 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 1 Interfaces
- Configure SONET/SDH Parameters on ATM 1 and ATM 2 Interfaces
- Configure ATM 2 VC Tunnel CoS Components
- Example: Configure ATM 2 VC Tunnel CoS Components
- Examples: Configure ATM 1 Interfaces
- Examples: Configure ATM 2 Interfaces
- Chapter:
Channelized Interfaces Overview
[PDF 69 KB]
- 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
- Chapter:
Configure Channelized E1 Interfaces
[PDF 108 KB]
- 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
- Example: Configure Channelized E1 Interfaces
- Example: Configure Channelized E1 QPP Interfaces
- Chapter:
Configure Channelized OC-12 Interfaces
[PDF 212 KB]
- 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
- Example: 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
- Chapter:
Configure Channelized STM-1 Interfaces
[PDF 186 KB]
- 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
- Chapter:
Configure Channelized T3 Interfaces
[PDF 194 KB]
- 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
- Chapter:
Configure Discard Interfaces
[PDF 17 KB]
- Chapter:
Configure E1 Interfaces
[PDF 61 KB]
- 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
- Chapter:
Configure E3 Interfaces
[PDF 53 KB]
- 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
- Chapter:
Configure Encryption Interfaces
[PDF 49 KB]
- 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
- Chapter:
Configure Ethernet Interfaces
[PDF 304 KB]
- Configure Ethernet Physical Interface Properties
- Configure Ethernet Link Aggregation
- Configure Aggregated Ethernet Link Speed
- Configure Aggregated Ethernet Minimum Links
- Configure Gigabit Ethernet QPP Interfaces
- Configure a Gigabit Ethernet QPP Policer Profile
- Configure Gigabit Ethernet QPP MAC Address Filtering
- Example: Configure Gigabit Ethernet QPP MAC Address Filtering
- Configure Gigabit Ethernet QPP MAC Address Accounting
- Stack and Rewrite Gigabit Ethernet QPP VLAN Tags
- Examples: Stack and Rewrite Gigabit Ethernet QPP VLAN Tags
- Configure Ethernet MAC Address Filtering
- 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
- 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
- Accept Packets Destined for the Virtual IP Address
- Configure a Logical Interface to Be Tracked
- Trace VRRP Operations
- Example: Configure VRRP
- 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
- Chapter:
Configure Frame Relay
[PDF 70 KB]
- 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
- Chapter:
Configure the Loopback Interface
[PDF 22 KB]
- Example: Configure the Loopback Interface
- Chapter:
Configure Monitoring Services Interfaces
[PDF 34 KB]
- Minimum Traffic Sampling Configuration
- Configure Flow Monitoring
- Chapter:
Configure Multilink and Link Services Interfaces
[PDF 205 KB]
- 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
- Chapter:
Configure Serial Interfaces
[PDF 106 KB]
- 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
- Chapter:
Configure SONET/SDH Interfaces
[PDF 220 KB]
- 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
- Chapter:
Configure T1 Interfaces
[PDF 67 KB]
- 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
- Chapter:
Configure T3 Interfaces
[PDF 89 KB]
- 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
- Chapter:
Configure Tunnel Interfaces
[PDF 69 KB]
- Configure a Unicast Tunnel
- Configure a Multicast 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
- Chapter:
Summary of Interface Configuration Statements
[PDF 1190 KB]
- 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
- 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 (physical interface)
- hold-time (APS)
- 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
- line-encoding
- line-protocol
- linear-red-profile
- linear-red-profiles
- link-mode
- link-speed
- lmi
- lmi-type
- local-name
- lockout
- log-prefix
- 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
- mlfr-uni-nni-bundle-options
- minimum-links
- 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-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
- 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
- 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
- Chapter:
CoS Overview
[PDF 72 KB]
- 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
- Chapter:
CoS Configuration Guidelines
[PDF 304 KB]
- Hardware Capabilities and Limitations
- Define Code-Point Aliases
- Configure Forwarding Classes
- Override Fabric Priority Queuing
- Classify Packets by Behavior Aggregate
- Configure Scheduling Policy Maps
- Associate a Scheduler with a DLCI or VLAN on a Channelized QPP Interface
- Example: Associate a Scheduler with a Logical QPP Interface
- 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
- Chapter:
Summary of CoS Configuration Statements
[PDF 174 KB]
- 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-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)
- priority (forwarding classes)
- priority (schedulers)
- protocol
- protocol (interfaces rewrite rules)
- protocol (schedulers)
- queue
- 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
- Chapter:
Glossary
[PDF 177 KB]
- Chapter:
Index
[]
- Chapter:
Index of Statements and Commands
[]
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