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Table of Contents
- play_arrow Virtual Chassis Overview
- Virtual Chassis Overview for Switches
- Understanding EX Series Virtual Chassis
- Understanding QFX Series Virtual Chassis
- Understanding Virtual Chassis Components
- Understanding Mixed EX Series and QFX Series Virtual Chassis
- Understanding How the Primary in a Virtual Chassis Is Elected
- Understanding Global Management of a Virtual Chassis
- Understanding Virtual Chassis Port Link Aggregation
- Understanding Split and Merge in a Virtual Chassis
- Understanding Automatic Software Update on Virtual Chassis Member Switches
- Understanding MAC Address Assignment on a Virtual Chassis
- Understanding High Availability on an EX Series Virtual Chassis
- Understanding HiGig and HGoE Modes in a Virtual Chassis
- play_arrow Virtual Chassis Configuration
- Virtual Chassis Cabling
- Configuring an EX2300, EX3400, EX4100, EX4100-F, EX4300, or EX4400 Virtual Chassis
- Configuring EX4600 Switches in a Mixed or Non-Mixed Virtual Chassis
- Configuring an EX4650 or a QFX Series Virtual Chassis
- Adding a New Switch to an Existing EX2300, EX3400, EX4300, or EX4400 Virtual Chassis
- Adding an EX4600 Switch to a Mixed or Non-mixed Virtual Chassis
- Adding a New Switch to an Existing EX4650 or QFX Series Virtual Chassis
- Removing or Replacing a Member Switch of a Virtual Chassis Configuration
- Configuring Primary Role of a Virtual Chassis
- Configuring the Timer for the Backup Member to Start Using Its Own MAC Address as Primary of a Virtual Chassis
- Setting an Uplink Port on an EX Series or QFX Series Switch as a Virtual Chassis Port
- Disabling Split and Merge in a Virtual Chassis
- Configuring Automatic Software Update on Virtual Chassis Member Switches
- Assigning the Virtual Chassis ID to Determine Precedence During a Virtual Chassis Merge
- Configuring Graceful Routing Engine Switchover in a Virtual Chassis
- play_arrow Upgrading Software on a Virtual Chassis
- Understanding Software Upgrades in a Virtual Chassis
- Upgrading a QFX5100 Switch with a USB Device to Join a QFX5110 Virtual Chassis or Virtual Chassis Fabric
- Understanding Nonstop Software Upgrade on a Virtual Chassis and Mixed Virtual Chassis
- Configuring Line-Card Upgrade Groups for Nonstop Software Upgrade
- Upgrading Software on a Virtual Chassis and Mixed Virtual Chassis Using Nonstop Software Upgrade
- play_arrow Configuration Statements and Operational Commands
- play_arrow Knowledge Base
list Table of Contents
Verifying That Virtual Chassis Ports Are Operational
date_range
24-Nov-23
Purpose
Display the status of Virtual Chassis ports (VCPs) in a Virtual Chassis or Virtual Chassis Fabric (VCF).
Note:
VCPs are not displayed when you issue the show interfaces command.
Action
Display the VCPs:
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user@switch> show virtual-chassis vc-port all-members fpc0: -------------------------------------------------------------------------- Interface Type Trunk Status Speed Neighbor or ID (mbps) ID Interface PIC / Port vcp-0 Dedicated 1 Up 32000 1 vcp-0 vcp-1 Dedicated 2 Up 32000 1 vcp-1 1/0 Configured 3 Up 1000 2 vcp-255/1/0 1/1 Configured 3 Up 1000 2 vcp-255/1/1 1/2 Configured 4 Up 1000 4 vcp-255/0/20 1/3 Configured 4 Up 1000 4 vcp-255/0/21 fpc1: -------------------------------------------------------------------------- Interface Type Trunk Status Speed Neighbor or ID (mbps) ID Interface PIC / Port vcp-0 Dedicated 1 Up 32000 0 vcp-0 vcp-1 Dedicated 2 Up 32000 0 vcp-1 1/0 Configured 3 Up 10000 3 vcp-255/1/0 1/1 Configured 3 Up 10000 3 vcp-255/1/1 fpc2: -------------------------------------------------------------------------- Interface Type Trunk Status Speed Neighbor or ID (mbps) ID Interface PIC / Port vcp-0 Dedicated 1 Up 32000 3 vcp-0 vcp-1 Dedicated 2 Up 32000 3 vcp-1 1/0 Configured 3 Up 1000 0 vcp-255/1/0 1/1 Configured 3 Up 1000 0 vcp-255/1/1 1/2 —1 Down 1000 1/3 —1 Down 1000 fpc3: -------------------------------------------------------------------------- Interface Type Trunk Status Speed Neighbor or ID (mbps) ID Interface PIC / Port vcp-0 Dedicated 1 Up 32000 2 vcp-0 vcp-1 Dedicated 2 Up 32000 2 vcp-1 1/0 Configured 3 Up 10000 1 vcp-255/1/0 1/1 Configured 3 Up 10000 1 vcp-255/1/1 fpc4: -------------------------------------------------------------------------- Interface Type Trunk Status Speed Neighbor or ID (mbps) ID Interface PIC / Port vcp-0 Dedicated 1 Down 32000 vcp-1 Dedicated 2 Down 32000 0/20 Configured 3 Up 1000 0 vcp-255/1/2 0/21 Configured 3 Up 1000 0 vcp-255/1/3
Meaning
The dedicated VCPs are displayed as vcp-0 and vcp-1. The uplink interfaces that have been set as uplink VCPs are displayed as 1/0, 1/1, 1/2, and 1/3. The network interfaces that have been set as VCPs are displayed as 0/20 and 0/21. The neighbor interface names of uplink and network VCPs are of the form vcp-255/pic/port—for example, vcp-255/1/0. In that name, vcp-255 indicates that the interface is a VCP, 1 is the uplink PIC number, and 0 is the port number. The fpc number is the same as the member ID. The trunk ID is a positive number ID assigned to the link aggregation group (LAG) formed by the Virtual Chassis. If no LAG is formed, the value is –1.
Note:
This example uses output from an EX4200 Virtual Chassis. The output is similar on all other types of Virtual Chassis or for a VCF.
