Add a Container LSP

Properties

Provisioning Method

Only PCEP is available.

Provision Type

Select RSVP or SR.

Container Name

Enter name for the Container LSP. Only alphanumeric characters, hyphens, and underscores are allowed. Other special characters and spaces are not allowed.

Node A

Click the Node A list and select the name of the ingress (source) node from the list.

Node Z

Click the Node Z list and select an egress (destination) node from the list.

Merging Bandwidth

Enter merging bandwidth value.

The container normalization task computes aggregated bandwidth for each container LSP and sends it to the Path Computation Server (PCS). Aggregate bandwidth thresholds are used to trigger merging of sub-LSPs during normalization. When the average bandwidth per sub-LSP (computed using aggregate bandwidth of container and current number of sub-LSPs) falls below the merging bandwidth (the lower threshold), sub-LSPs are reduced during normalization.

Splitting Bandwidth

Enter splitting bandwidth value.

The container normalization task computes aggregated bandwidth for each container LSP and sends it to the Path Computation Server (PCS). Aggregate bandwidth thresholds are used to trigger splitting of sub-LSPs during normalization. When the average bandwidth per sub-LSP (computed using aggregate bandwidth of the container and current number of sub-LSPs) is above the splitting bandwidth (upper threshold), sub-LSPs are added during normalization.

Minimum and Maximum LSP Count

Enter the minimum and maximum number of sub-LSPs that can be created in the container LSP. Range is 1 through 32767.

Minimum and Maximum LSP Bandwidth

Enter the minimum and maximum bandwidth that can be signaled for the sub-LSPs during normalization or initialization, immediately followed by units (no space in between). Valid units are:

• B or b (bps)

• M or m (Mbps)

• K or k (Kbps)

• G or g (Gbps)

For example, 50M, 1000b, 25g.

If you enter a value without units, bps is applied.

Planned Metric

Enter the metric value for static tunnel or use the up and down arrows to increment or decrement the value. For more information, see Basic LSP Configuration in MPLS Applications User Guide.

Setup

Enter the RSVP setup priority for the tunnel traffic. Priority levels range from 0 (highest priority) through 7 (lowest priority). The default is 7, which is the standard MPLS LSP definition in Junos OS.

Hold

Enter the RSVP hold priority for the tunnel traffic. Priority levels range from 0 (highest priority) through 7 (lowest priority). The default is 7, which is the standard MPLS LSP definition in Junos OS.

Routing Method

Select a routing method from the following:

• Admin Weight

• Constant

• Default

  Note:

  Do not change the routing method for PCEP-provisioned sub-LSPs; they should always have a routing method of “default”.

• Delay

• Distance

• ISIS

• OSPF

• Route by Device

Bandwidth Sizing

Toggle the button to enable bandwidth sizing. By default, this option is disabled.

Once enabled, configure the following parameters:

• Adjustment threshold (in percentage)—Controls the sensitivity of the automatic bandwidth adjustment. The new planned bandwidth is only considered if it differs from the existing bandwidth by the value of this setting percentage or more.

• Minimum and Maximum (planned) Bandwidth:

  If the new planned bandwidth is greater than the maximum setting, Paragon PathFinder signals the LSP with the maximum bandwidth.

  If the new planned bandwidth is less than the minimum setting, Paragon PathFinder signals the LSP with the minimum bandwidth.

  If the new planned bandwidth falls in between the maximum and minimum settings, Paragon Pathfinder signals the LSP with the new planned bandwidth.

• Minimum Variation Threshold—Specifies the sensitivity of the automatic bandwidth adjustment when the new planned bandwidth is compared to the current planned bandwidth. The new planned bandwidth is only considered if the difference is greater than or equal to the value of this setting. This can be used to prevent small fluctuations from triggering unnecessary bandwidth changes. If both the adjustment threshold and the minimum variation threshold are greater than zero, both settings are taken into consideration. In that case, the new planned bandwidth is considered if:

  • The percentage difference is greater than or equal to the adjustment threshold and

  • The actual difference is greater than or equal to the minimum variation.

Constraints

Enables you to configure administrative groups to bypass label-switched paths (LSPs). For more information, see Assign Names to Admin Group Bits.

Admin Group Include All

Specifies the administrative groups whose links the bypass LSP must traverse. Select one or more bit-level link coloring options from the list.

Admin Group Include Any

Specifies the administrative groups whose links the bypass LSP can traverse. Select one or more bit-level link coloring options from the list.

Admin Group Exclude

Specifies the administrative groups to exclude for a bypass LSP. Select one or more bit-level link coloring options from the list.

Advanced

Description

Enter a description for the Container LSP.

IP Z

IP address of Node Z.

Custom Attributes

Simple name-value pairs which can be used to add any arbitrary customer-specific information. For example, to differentiate between properties for different vendor nodes.

To add custom properties associated with the node:

1. Click add (+) icon to add a new row.

2. Click the newly added row to enter the Name and Value.

3. Click √ icon to save your changes.

80th, 90th, 95th, 99th Percentile

Aggregation is based on the selected percentile.

The ‘X’ percentile is the value at which ‘X’ percent of all the samples taken in the previous sampling period lie at or below the calculated value.

Average

For each interval, the samples within that interval are averaged. If there are N samples for a particular interval, the result is the sum of all the sample values divided by N.

Max

For each interval, the maximum of the sample values within that interval is used.