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show mpls call-admission-control

date_range 19-Nov-23

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Syntax

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show mpls call-admission-control 
<instance instance-name>
<logical-system (all | logical-system-name)>
<lsp-name>

Syntax (EX Series Switches)

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show mpls call-admission-control 
<lsp-name>

Description

Display Multiprotocol Label Switching (MPLS) label-switched path (LSP) call admission control (CAC) information.

Options

none	Display CAC information for all LSPs.
instance `instance-name`	(Optional) Display MPLS LSP CAC information for the specified instance. If `instance-name` is omitted, MPLS LSP CAC information for the master instance is displayed.
logical-system (all \| `logical-system-name`)	(Optional) Perform this operation on all logical systems or on a particular logical system.
`lsp-name`	(Optional) Display CAC information for the specified LSP only.

Additional Information

The available bandwidth on an LSP path at a particular class type is the total path bandwidth at that class type minus the total bandwidth reserved by any Layer 2 connection at that class type.

Required Privilege Level

view

Output Fields

Table 1 describes the output fields for the show mpls call-admission-control command. Output fields are listed in the approximate order in which they appear.

Table 1: show mpls call-admission-control Output Fields
Field Name	Field Description
Available bandwidth	Current available bandwidth on each LSP path. Depending on whether the LSP is an E-LSP or a regular LSP, either per-class bandwidth or a single bandwidth value (corresponding to best-effort bandwidth at ct0) is displayed. The available bandwidth on an LSP path at a particular class type is the total path bandwidth at that class type minus the total bandwidth reserved by some Layer 2 connections at that class type.
Layer2 connections	Different Layer 2 connections that had some bandwidth requirement and were admitted into an LSP path.
LSP name	LSP pathname.
Neighbor address	Neighbor address from which CAC and bandwidth booking are configured for Layer 2 circuits.
Circuit	Interface name and circuit information.
Primary	LSP's primary standby path.
Standby	LSP's secondary standby path.
VC bandwidth	Bandwidth constraints associated with a Layer 2 circuit route.

Sample Output