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Traffic Management User Guide for OCX Series Devices
- play_arrow CoS Overview
- play_arrow Basic Concepts
- play_arrow Configuration Statements for Basic Concepts
- play_arrow Monitoring Commands for Basic Concepts
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- play_arrow Classifying and Rewriting Traffic
- play_arrow Using Classifiers, Forwarding Classes, and Rewrite Rules
- Understanding Default CoS Scheduling and Classification
- Understanding CoS Classifiers
- Defining CoS BA Classifiers (DSCP, DSCP IPv6, IEEE 802.1p)
- Defining CoS BA Classifiers (DSCP, DSCP IPv6, IEEE 802.1p)
- Understanding Host Inbound Traffic Classification
- Understanding CoS Code-Point Aliases
- Defining CoS Code-Point Aliases
- Understanding CoS Forwarding Classes
- Defining CoS Forwarding Classes
- Example: Configuring Forwarding Classes
- Understanding CoS Forwarding Class Sets (Priority Groups)
- Defining CoS Forwarding Class Sets
- Example: Configuring Forwarding Class Sets
- Understanding Host Routing Engine Outbound Traffic Queues and Defaults
- Changing the Host Outbound Traffic Default Queue Mapping
- Understanding CoS Rewrite Rules
- Defining CoS Rewrite Rules
- Understanding Applying CoS Classifiers and Rewrite Rules to Interfaces
- Troubleshooting an Unexpected Rewrite Value
- play_arrow Configuration Statements for Classifiers and Rewrite Rules
- class (Forwarding Classes)
- class (Forwarding Class Sets)
- classifiers
- code-point (Rewrite Rules)
- code-point-aliases
- code-points
- dscp
- dscp-ipv6
- dscp-code-point
- forwarding-class
- forwarding-class (Host Outbound Traffic)
- forwarding-class-sets
- forwarding-classes
- host-outbound-traffic
- ieee-802.1
- import
- interfaces (Class of Service)
- loss-priority (Classifiers)
- loss-priority (Rewrite Rules)
- multi-destination
- queue-num
- rewrite-rules
- unit
- play_arrow Monitoring Commands for Classifiers and Rewrite Rules
- Monitoring CoS Classifiers
- Monitoring CoS Forwarding Classes
- Monitoring CoS Rewrite Rules
- Monitoring CoS Code-Point Value Aliases
- show class-of-service classifier
- show class-of-service code-point-aliases
- show class-of-service forwarding-class
- show class-of-service forwarding-class-set
- show class-of-service forwarding-table
- show class-of-service forwarding-table classifier
- show class-of-service forwarding-table classifier mapping
- show class-of-service forwarding-table rewrite-rule
- show class-of-service forwarding-table rewrite-rule mapping
- show class-of-service interface
- show class-of-service multi-destination
- show class-of-service rewrite-rule
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- play_arrow Scheduling Traffic
- play_arrow Using Schedulers
- Understanding Default CoS Scheduling and Classification
- Understanding CoS Scheduling Behavior and Configuration Considerations
- Understanding CoS Output Queue Schedulers
- Defining CoS Queue Schedulers
- Example: Configuring Queue Schedulers
- Defining CoS Queue Scheduling Priority
- Example: Configuring Queue Scheduling Priority
- Understanding CoS Traffic Control Profiles
- Understanding CoS Priority Group Scheduling
- Defining CoS Traffic Control Profiles (Priority Group Scheduling)
- Example: Configuring Traffic Control Profiles (Priority Group Scheduling)
- Understanding CoS Hierarchical Port Scheduling (ETS)
- Example: Configuring CoS Hierarchical Port Scheduling (ETS)
- Understanding CoS Priority Group and Queue Guaranteed Minimum Bandwidth
- Example: Configuring Minimum Guaranteed Output Bandwidth
- Understanding CoS Priority Group Shaping and Queue Shaping (Maximum Bandwidth)
- Example: Configuring Maximum Output Bandwidth
- Understanding CoS WRED Drop Profiles
- Configuring CoS WRED Drop Profiles
- Example: Configuring WRED Drop Profiles
- Configuring CoS Drop Profile Maps
- Example: Configuring Drop Profile Maps
- Understanding CoS Explicit Congestion Notification
- Example: Configuring ECN
- Troubleshooting Egress Bandwidth That Exceeds the Configured Minimum Bandwidth
- Troubleshooting Egress Bandwidth That Exceeds the Configured Maximum Bandwidth
- Troubleshooting Egress Queue Bandwidth Impacted by Congestion
- play_arrow Configuration Statements for Scheduling
- buffer-size
- drop-probability
- drop-profile
- drop-profile-map
- drop-profiles
- explicit-congestion-notification
- fill-level
- forwarding-class
- forwarding-class-set
- guaranteed-rate
- interpolate
- loss-priority (Drop Profiles)
- output-traffic-control-profile
- priority (Schedulers)
- protocol (Drop Profile Map)
- scheduler
- scheduler-map
- scheduler-maps
- schedulers
- shaping-rate
- traffic-control-profiles
- transmit-rate
- play_arrow Monitoring Commands for Scheduling
- Monitoring CoS Scheduler Maps
- show class-of-service drop-profile
- show class-of-service forwarding-table
- show class-of-service forwarding-table drop-profile
- show class-of-service forwarding-table scheduler-map
- show class-of-service interface
- show class-of-service scheduler-map
- show class-of-service traffic-control-profile
- show interfaces queue
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- play_arrow Ethernet PAUSE
- play_arrow Using Ethernet PAUSE
- play_arrow Configuration Statements for Ethernet PAUSE
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- play_arrow Buffers
- play_arrow Using Buffers
- Understanding CoS Buffer Configuration
- Configuring Global Ingress and Egress Shared Buffers
- Example: Recommended Configuration of the Shared Buffer Pool for Networks with Mostly Best-Effort Unicast Traffic
- Example: Recommended Configuration of the Shared Buffer Pool for Networks with Mostly Best-Effort Traffic on Links with Ethernet PAUSE Enabled
- Example: Recommended Configuration of the Shared Buffer Pool for Networks with Mostly Multicast Traffic
- play_arrow Configuration Statements for Buffers
- play_arrow Monitoring Commands for Buffers
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- play_arrow Downloads
list Table of Contents
Traffic Management User Guide for OCX Series Devices
date_range
16-Jun-20
Use this guide to understand and configure class of service (CoS) features in Junos OS to define service levels that provide different delay, jitter, and packet loss characteristics to particular applications served by specific traffic flows. Applying CoS features to each device in your network ensures quality of service (QoS) for traffic throughout your entire network.
