Interface

Specifies the interface on which to configure the DHCP client.

Enter the name of the interface.

Lease Time

Specifies the time in seconds, to negotiate and exchange DHCP messages.

Enter a value from 60 through 2,147,483,647.

DHCP Server Address

Specifies the preferred DHCP server that the DHCP clients contact with DHCP queries.

Enter the IPv4 address of the DHCP server.

Update Server

Specifies whether the propagation of TCP/IP settings is enabled on the specified interface (if it is acting as a DHCP client) to the DHCP server that is configured on the router.

Select the check box.

Domain Name

Specifies the domain name that the clients must use to resolve hostnames.

Enter the domain name.

Propagate Interface

Specifies the name of the interface on the router through which the resolved DHCP queries are propagated to the DHCP pool.

Enter the name of the interface.

Name Servers

Specifies a list of DNS servers that the client can use, in order of preference from top to bottom. The options available are:

• Add—Adds a DNS server.

• Delete—Deletes a DNS server.

Click an option.

WINS Servers

Specifies the name of the SNMP trap group being configured. The options available are:

• Add—Adds a NetBIOS name server.

• Delete—Deletes a NetBIOS name server.

Select an option.

Maximum Lease Time

Specifies the maximum length of time in seconds, a client can hold a lease. (Dynamic BOOTP lease lengths can exceed this maximum time.)

Enter a from value 60 through 1,209,600.

Boot File

Specifies the path and filename of the initial boot file to be used by the client.

Enter the path and filename.

Code / Type / Value

Defines a list of option codes, types, and values, in order of preference from top to bottom. It is mandatory to define all the options

• Option Code—Type a number.

• Option Type—Select a type from the list that corresponds to the code.

• Option Value—Type a valid option value based on the type.

The options available are

• Add—Adds the code/type/value.

• Delete—Deletes the code/type/value.

Select an option.

Address Pool Subnet

Specifies the pool subnet on which DHCP is configured.

Enter an IP address prefix.

Address Range High

Specifies the highest address in the IP address pool range.

Enter an IP address that is part of the subnet specified in Address Pool Subnet. This address must be greater than the address specified in Address Range Low.

Domain Name

Specifies the domain name to be assigned to the address pool.

Enter the domain name.

Propagate Interface

Specifies the interface name to propagate TCP/IP settings to the pool

Enter the interface name.

DNS Name Servers

Specifies the DNS name to assign to the DHCP client in the address pool. The options available are:

• Add—Adds the DNS name in the address pool.

• Delete—Deletes the DNS name in the address pool.

Select an option.

WINS Servers

Specifies the WINS servers to assign to the DHCP client in the address pool. The options available are:

• Add—Adds WINS servers to the address pool.

• Delete—Deletes WINS servers from the address pool.

Select an option.

Maximum Lease Time

Specifies the maximum amount of time in seconds, that DHCP should lease an address.

Enter a value.

Boot File

Specifies the boot file to be assigned to any DHCP client in the pool address.

Enter the boot file name.

DHCP MAC Address

Specifies the hardware MAC address to statically assign DHCP information.

Enter the MAC address.

Fixed Address

Specifies the fixed address to assign the DHCP client to the MAC address. The options available are:

• Add—Adds the fixed address.

• Delete—Deletes the fixed address.

Select an option.

Domain Name

Specifies the domain name to assign the DHCP client to the MAC address.

Enter the domain name.

Domain Search

Specifies the domain name to be serached. The options available are:

• Add—Adds a domain name to be searched.

• Delete—Deletes a domain name to be searched.

Enter the domain name to be searched.

Name Servers

Specifies the name servers to assign to the specific MAC address. The options available are:

• Add—Adds name servers in the address pool.

• Delete—Deletes name servers in the address pool.

Select an option.

Boot Server

Specifies a boot server to be assigned to the specific MAC address.

Enter the boot server name.

Code / Type / Value

Defines a list of option codes, types, and values, in order of preference from top to bottom. It is mandatory to define all the options.

• Option Code—Type a number.

• Option Type—Select a type from the list corresponding to the code.

• Option Value—Type a valid option value based on the type.

The options available are:

• Add—Adds an option code, type and value.

• Delete—Deletes an option code, type and value.

Select an option.

Type

Identifies the routing instance type.

Description

Displays the description of the routing instances.

Name

Specify the name of the routing instances.

Enter a unique name for the routing instance that contains a corresponding IP unicast table; no special characters are allowed and the keyword default cannot be used.

Instance Type

Specify the type of routing instance.

Select the type of routing instance from the drop down list:

• Virtual Router- Used for non-VPN related applications.

• VPLS- This instance is applicable only for root or super admin. This option will not be applicable for LSYS admin. Interfaces with Encapsulation Ethernet-VPLS will be listed when VPLS instance type is selected.

Name

Displays the interface name.

Select interfaces from the available interfaces.

Route

Displays the static route selected.

IPv4

Specifies an IPv4 address.

Click the IPv4 radio button.

IP address

Specifies the IP address of the static route.

Enter the static route IP address.

Nexthop

Displays the nex-thop address created. The options available are:

• Delete—Adds the nexthop.

• Delete—Deletes the nexthop.

Select an option.

Neighbors

Displays the neighbors selected.

Import Policies

Displays the import policies selected.

Update Interval

Displays the update interval selected.

Preference

Specifies the preference order of external routes learned by RIP as compared to those learned from other routing protocols.

Enter the preference of the external routes.

Update Interval

Specifies an update time interval to periodically send out routes learned by RIP to neighbors.

Enter the update time.

Export Policy

Specifies one or more policies to control which summary LSAs are flooded into an area. The options available are:

• Add—Adds an export policy.

• Move up—Moves the selected policy up the list of policies.

• Move down—Moves the selected policy dowm the list of policies.

• Remove—Removes an export policy.

Select an option.

RIP-Enabled Interfaces

Selects interface(s) to associate with the instance.

Select the box next to the interface name to enable RIP on an interface.

Click Edit to modify an interface’s settings.

Note: Only logical interfaces for RIP are displayed.

Send

Specifies RIP send options. The options available are:

• Broadcast

• Multicast

• None

• Version-1

Select an option.

Route timeout (sec)

Specifies the route timeout interval for RIP.

Enter the route timeout interval value.

Hold timeout (sec)

Specifies period for which the expired route is retained in the routing table before being removed.

Enter the hold timeout interval period.

RIB Group

Specifies a routing table group to install RIP routes into multiple routing tables.

Select the routing table group.

Check Zero

Specifies whether the reserved fields in a RIP packet are set to zero. The options available are:

• check-zero—Discards version 1 packets that have nonzero values in the reserved fields and version 2 packets that have nonzero values in the fields that must be zero. This default behavior implements the RIP version 1 and version 2 specifications.

• no-check-zero—Receives RIP version 1 packets with nonzero values in the reserved fields or RIP version 2 packets with nonzero values in the fields that must be zero. This behavior violates the specifications in RFC 1058 and RFC 2453.

Select an option.

Restart time (sec)

Specifies the estimated time for the restart to complete.

Enter the time in seconds.

Number of Files

Specifies the maximum number of trace files.

Enter the filename.

World Readable

Specifies whether or not the trace file can be read by any user or not. The options available are:

• True—Allows any user to read the file.

• False up—Restricts all users being able to read the file.

Select an option.

Available Flags

Specifies the available trace operation to perform.

–

Area Type

Displays the area type selected.

Import Policy

Displays the import policy selected.

Area Id

Specifies the uniquely identified area within its AS.

Type a 32-bit numeric identifier for the area. Type an integer or select and edit the value.

If you enter an integer, the value is converted to a 32-bit equivalent. For example, if you enter 3, the value assigned to the area is 0.0.0.3.

Area Range

Displays a range of IP addresses for the summary link state advertisements (LSAs) to be sent within an area. The options available are:

• Add—Adds the selected area range.

• Edit—Edits the selected area range.

• Delete—Deletes the selected area range.

Select an option.

Area Range

Specifies the area range address.

Enter the area range address.

Override metric

Specifies the option to override the metric for the IP address range.

Enter a metric value.

Enforce exact match for advertisement of this area range

Specifies that the summary of a route must be advertised only when an exact match is made within the configured summary range

Select the check box.

Default Metric

Specifies the default metric value for NSSA option.

Enter a metric value.

Flood Type-7 LSAs

Specifies the option to flood Type-7 LSAs into the NSSA area.

Select the check box.

Interfaces

Specifies the interfaces to be associated with the OSPF configuration.

Select the interface(s) to associate with the area. Click Edit to edit one or more interface settings.

Note: Only logical interfaces for OSPF are displayed.

Import Policy

Specifies one or more policies to control which routes learned from an area are used to generate summary link-state advertisements (LSAs) into other areas. The options available are:

• Add—Adds an import policy.

• Move up—Moves the selected policy up the list of policies.

• Move down—Moves the selected policy up the list of policies down.

• Remove— Removes the import policy.

Select an option.

Router Id

Specifies the ID for the routing device.

Enter the ID for the router.

Internal Route Preference

Specifies the route preference for internal groups.

Enter the internal route preference. By default, internal OSPF routes have a preference value of 10.

Restart Duration

Specifies the estimated time to restart a full OSPF neighbor from each area.

Enter the duration.

Graceful restart Helper Capability

Specifies graceful restart helper capability.

Select the check box. Helper mode is enabled by default.

Delay Time

Specifies the delay period to wait to run the SPF algorithm after a network topology change is detected, the maximum number of times the SPF algorithm can run in succession.

Enter the delay time.

Rapid Runs

Specifies the maximum number of times the SPF algorithm can run in succession. After the maximum is reached, the hold down interval begins.

Enter the maximum number of rapid runs.

Import Policy

Specifies one or more policies to use to control which routes learned from an area are used to generate summary link-state advertisements LSAs into other areas. The options available are:

• Add—Adds an import policy.

• Move up—Moves the selected policy up the list of policies.

• Move down—Moves the selected policy down the list of policies.

• Remove— Removes an export policy.

Select an option.

Number of Files

Specifies the maximum number of trace files.

Enter the filename.

World Readable

Specifies whether the trace file can be read by any user or not. The options available are:

• True—Allows any user to read the file.

• False up—Prevents all users from reading the file.

Select an option.

Available Flags

Specifies the available trace operation to be performed.

–

Status

Displays the status of the group.

Type

Displays the group type.

Static Peers

Displays the static peers selected.

Export Policy

Displays the export policy selected.

Group Type

Specifies the group as an internal BGP (IBGP) group or an external BGP (EBGP) group. The options available are:

• Internal

• External

Select an option.

ASN

Specifies the unique numeric identifier of the AS in which the routing device is configured.

Enter the routing device’s 32-bit AS number, in dotted decimal notation.

If you enter an integer, the value is converted to a 32-bit equivalent. For example, if you enter 3, the value assigned to the AS is 0.0.0.3.

Cluster Id

Specifies the cluster identifier to be used by the route reflector cluster in an internal BGP group.

Enter the IPv6 or IPv4 address to be used as the identifier.

Damping

Specifies whether or not route flap damping is enabled.

Select the check box to enable route flap damping.

Do not select the check box to disable route flap damping .

Advertise Peer AS Routes

Specifies whether or not to disable the default behavior of suppressing AS routes.

Select the check box to advertising of peer AS routes, select the check box.

Clear the check to disable advertising of peer AS routes.

Dynamic Neighbors

Configures a neighbor (peer). The options available are:

• Add—Adds the selected dynamic neighbor.

• Edit—Edits the selected dynamic neighbor.

• Delete—Deletes the selected dynamic neighbor.

Select an option.

All address/IPAddress

Specifies whether to select all address or IP address.

Select an option.

Subnet Mask

Specifies the subnet mask for the neighbor.

Enter the subnet mask.

Import Policy

Specifies one or more routing policies for routes being imported into the routing table from BGP. The options available are:

• Add—Adds an import policy.

• Move up—Moves the selected policy up the list of policies.

• Move down—Moves the selected policy down.

• Remove — Removes an import policy.

Select an option.

Router ASN

Specifies the routing device’s AS number.

Enter the router ASN value.

BGP Status

Enables or disables BGP.

To enable BGP, select Enabled.

To disable BGP, select Disabled.

Confederation Number

Specifies the routing device’s confederation AS number.

Enter the value.

MTU Discovery

Specifies the option for configure MTU discovery.

Enable MTU discovery.

Graceful Restart

Specifies the period of time after which a restart is expected to be complete. Specifies the maximum time that stale routes are kept during restart.

Enter the time period for a graceful restart and the maximum time that stale routes must be kept.

Authentication Type

Specifies the authentication algorithm: None, MD5, or SHA1.

Select the authentication algorithm. If you select MD5, specify an MD5 authentication key (password).

Import Policy

Applies one or more policies to routes being imported into the local routing device from the neighbors. The options available are:

• Add—Adds an import policy.

• Move up—Moves the selected policy up the list of policies.

• Move down—Moves the selected policy down

• Remove—Removes an export policy.

Select an option.

Number of Files

Specifies the maximum number of trace files.

Type or select and edit the number.

World Readable

Specifies whether the trace file can be read by any user.

True—allows any user to read the file.

False—prevents all users from reading

Available Flags

Specifies the available trace operation to perform.

–

From: Prefix

Displays the policy prefix.

From: Interface or Address

Need Input

To: Interface or Address

Displays the selected interface or address.

Move To

Need Input

Name

Displays the name of the prefix list. The options available are:

• Add—Adds the prefix list.

• Edit—Edits the prefix list.

• Removes—Removes the prefix list.

Select an option.

IP Address

Specifies the member IP address.

Enter the member IP address.

IP Address

Specifies the prefix list IP address.

Enter the prefix list IP address.

Regular Expression

Specifies the regular expression of the As path.

Enter the regular expression.

Routing Instance

Specifies a routing instance.

Select a value from the list.

Preference

Specifies the individual preference value for the route.

Enter a preference value.

Interface

Specifies the name or IP address of one or more routing device interfaces. Do not use this qualifier with protocols that are not interface-specific, such as internal BGP (IBGP).

To add an interface, select Add > Interface. Select the interface from the list.

To add an address, select Add > Address. Select the address from the list.

To remove an interface, select it and click Remove.

Protocol

Specifies the name of the protocol from which the route was learned or to which the route is being advertised.

Click Add and select the protocol from the list.

To remove a protocol, select it and click Remove.

OSPF Area ID

Specifies the area identifier.

Enter the IP address.

Local Preference

Specifies the BGP local preference.

Type a local preference value.

External

Specifies the type of route.

Select an option from the list.

Routing Instance

Specifies a routing instance.

Select a value from the list.

Preference

Specifies the individual preference value for the route.

Type a preference value.

Default Action

Specifies that any action that is intrinsic to the protocol is overridden. This action is also nonterminating so that various policy terms can be evaluated before the policy is terminated.

Select a value from the list.

Priority

Specifies a priority for prefixes included in an OSPF import policy. Prefixes learned through OSPF are installed in the routing table based on the priority assigned to the prefixes.

Select a value from the list.

AS Path Prepend

Affixes an AS number at the beginning of the AS path. AS numbers are added after the local AS number has been added to the path. This action adds an AS number to AS sequences only, not to AS sets. If the existing AS path begins with a confederation sequence or set, the affixed AS number is placed within a confederation sequence. Otherwise, the affixed AS number is placed with a nonconfederation sequence.

Enter AS path prepend value.

Type

Extracts the last AS number in the existing AS path and affixes that AS number to the beginning of the AS path n times, where n is a number from 1 through 32. The AS number is added before the local AS number has been added to the path. This action adds AS numbers to AS sequences only, not to AS sets. If the existing AS path begins with a confederation sequence or set, the affixed AS numbers are placed within a confederation sequence. Otherwise, the affixed AS numbers are placed within a nonconfederation sequence. This option is typically used in non-IBGP export policies.

Select the type and type a value.

Value

Specifies the preference value.

Enter the preference value.

Action

Specifies the BGP local preference action.

Select the action and type a value.

Load Balance Per Packet

Specifies that all next-hop addresses in the forwarding table must be installed and have the forwarding table perform per-packet load balancing. This policy action allows you to optimize VPLS traffic flows across multiple paths.

Select the check box to enable the option.

Action

Specifies the tag value. The tag action sets the 32-bit tag field in OSPF external link-state advertisement (LSA) packets.

Select the action and type a value.

Value

Specifies the metric value.

Enter the metric value.

External

Specifies whether or not the route is external.

Select the External check box to enable the option, and select the OSPF type.

Source Class

Specifies that the value entered here maintains the packet counts for a route passing through your network, based on the source address.

Enter the source class.

Forwarding Class

Need Input

Enter the forwarding class.

Alias type

Displays the code point type.

The following types of code points are supported:

• DSCP—Defines aliases for Differentiated Services code point (DSCP) for IPv4 values. You can refer to these aliases when you configure classes and define classifiers.

• DSCP-IPv6—Defines aliases for DSCP IPv6 values. You can refer to these aliases when you configure classes and define classifiers.

• EXP—Defines aliases for MPLS experimental (EXP) bits. You can map MPLS EXP bits to the device forwarding classes.

• inet-precedence—Defines aliases for IPv4 precedence values. Precedence values are modified in the IPv4 TOS field and mapped to values that correspond to levels of service.

Code point type

Specifies a code point type.

Select a code point type from the list.

Queue number

Displays the internal queue numbers to which forwarding classes are assigned.

By default, if a packet is not classified, it is assigned to the class associated with queue 0. You can have more than one forwarding class assigned to a queue number.

Forwarding class name

Specifies the forwarding class name assigned to the internal queue number.

Enter a forwarding class name.

Classifier type

Displays the classifier type.

The following type of classifiers are supported on :

• J Series (J6350), SRX210, SRX240, SRX650:

  • dscp—Differentiated Services code point classifier for IPv4

  • dscp-ipv6—Differentiated Services code point classifier for IPv6 (default and compatibility)

  • exp—MPLS experimental (EXP) bits classifier

  • ieee-802.1—IEEE-802.1 classifier

  • ieee-802.1ad—IEEE-802.1ad classifier

  • inet-precedence—IPv4 precedence classifier (default and compatibility)

• SRX3400, SRX3600, SRX5600, SRX5800:

  • dscp—Differentiated Services code point classifier for IPv4

  • dscp-ipv6—Differentiated Services code point classifier for IPv6

  • ieee-802.1—IEEE-802.1 classifier

  • ieee-802.1ad—IEEE-802.1ad classifier

  • inet-precedence—Precedence classifier for IPv4

Incoming code point

Displays CoS values and the aliases to which the forwarding class and loss priority are mapped.

Loss priority

Displays loss priorities that are assigned to specific CoS values and aliases of a classifier.

Classifier type

Specifies a classifier type.

Select a classifier type from the list.

• J Series (J6350), SRX210, SRX240, SRX650:

  • dscp—Differentiated Services code point classifier for IPv4.

  • dscp-ipv6—Differentiated Services code point classifier for IPv6.

  • exp—MPLS experimental bits classifier.

  • ieee-802.1—IEEE-802.1 classifier.

  • ieee-802.1ad—IEEE-802.1ad classifier.

  • inet-precedence—Precedence classifier for IPv4.

• SRX3400, SRX3600, SRX5600, SRX5800:

  • dscp—Differentiated Services code point classifier for IPv4.

  • dscp-ipv6—Differentiated Services code point classifier for IPv6.

  • ieee-802.1—IEEE-802.1 classifier.

  • ieee-802.1ad—IEEE-802.1ad classifier.

  • inet-precedence—Precedence classifier for IPv4.

Code point

Specifies the CoS value in bits and the alias of a classifier.

Select the CoS value in bits and the alias of a classifier from the list.

Loss priority

Specifies a loss priority for the specified CoS value and alias.

Select the loss priority for the specified CoS value and alias from the list.

Rewrite rule type

Displays the rewrite rule type.

Egress/Outgoing Code point

Displays the CoS values and aliases that a specific rewrite rule has set for a specific forwarding class and loss priority.

Loss priority

Displays the loss priority values associated with a specific rewrite rule.

Rewrite rule type

Specifies a rewrite rule type.

Select a rewrite rule type from the list.

The following rule types are supported for J6350 and all SRX Series devices:

• dscp—Defines the Differentiated Services code point rewrite rule.

• ieee-802.1—Defines the IEEE-802.1 rewrite rule.

• inet-precedence—Defines the precedence rewrite rule for IPv4.

• exp—Defines the MPLS EXP rewrite rule (not supported for SRX3400, SRX3600, SRX5600, and SRX5800 devices).

• dscp-ipv6—Defines the Differentiated Services code point rewrite rule for IPv6.

• ieee-802.1ad—Defines the IEEE-802.1ad rewrite rule.

• frame-relay-de—Defines the frame relay discard eligible bit rewrite rule (not supported for SRX3400, SRX3600, SRX5600, and SRX5800 devices).

Code point

Specifies the CoS value in bits and the alias of a classifier.

Select a CoS value and alias from the list.

Loss priority

Specifies that it assigns a loss priority to the specified rewrite rule.

Select the loss priority of the rewrite rule from the list.

Scheduler priority

Displays the scheduler transmission priority, which determines the order in which an output interface transmits traffic from the queues.

Name

Displays the scheduler name.

Scheduler priority

Specifies scheduler transmission priority, which determines the order in which an output interface transmits traffic from the queues.

Select the scheduler priority from the list.

• high—Packets in this queue have high priority.

• low—Packets in this queue are transmitted last.

• medium-low—Packets in this queue have medium-low priority.

• medium-high—Packets in this queue have medium-high priority.

• strict-high—Packets in this queue are transmitted first.

Shaping rate

Specifies the minimum bandwidth allocated to a queue.

Select one of the options from the list.

• rate—Shaping rate as an absolute number of bits per second. Select and type an integer from 3200 through 160,000,000,000 bits per second.

• percent—Shaping rate as a percentage. Select and type an integer from 0 through 100.

Schedulers

Displays the schedulers assigned for each map.

Value

Displays the CoS values.

best-effort

Specifies no service profile. Loss priority is typically not carried in a CoS value.

Select an option from the list.

assured-forwarding

Specifies the group of defined values.

Select an option from the list.

Profile type

Displays whether a RED drop profile type is interpolated or segmented.

Interpolated

Specifies whether the value pairs are interpolated to produce a smooth profile.

Select Interpolated.

Add Data Point

Specifies the data point created. The options available are:

• Add—Adds a data point.

• Edit—Edits the selected data point.

• Delete—Deletes a record.

Select an option.

Drop Probability

Specifies the percentage value of drop probability for the Y-coordinate.

Enter a percentage value for drop probability, for example, 85.

Virtual Channel Name

Displays the name of defined virtual channels.

Scheduler Map

Displays the scheduler map assigned to a particular virtual channel.

Scheduler Map

Specifies a predefined scheduler map to assign to a virtual channel.

Scheduler maps associate schedulers with forwarding classes.

Select a scheduler map from the list.

Shaping Rate

Specifies the shaping rate for a virtual channel.

Configuring a shaping rate is optional. If no shaping rate is configured, a virtual channel without a shaper can use the full logical interface bandwidth. The options available are:

• Absolute Rate—Configures a shaping rate as an absolute number of bits per second. The range is 3200 through 320000000000.

• Percent—Configures a shaping rate as a percentage. The range is 0 through 100.

Select an option.

Scheduler map

Displays the predefined scheduler maps for the physical interface.

Unit

Displays the name of a logical interface.

Scheduler map

Displays the scheduler maps assigned to a particular interface.

Classifier[dscp,dscpv6,exp,inet]

Displays the classifiers assigned to a particular interface—for example, information about DSCP and DSCPv6, EXP, and IPv4 (inet precedence) classifiers.

Associate system default scheduler map

Specifies that you can associate the system default scheduler map with the selected interface.

Select Associate system default scheduler map.

Scheduler map

Specifies a predefined scheduler map for this interface.

Select a scheduler map from the list.

Virtual channel group

Applies a virtual channel group to a logical interface.

Select a virtual channel group from the list.

dscp

Specifies the Differentiated Services Code Point of the classifier type assigned to a particular interface.

Select a classifier DSCP value from the list.

exp

Specifies the EXP classifier type assigned to a particular interface.

Select an EXP classifier value from the list.

dscp v6

Specifies the Differentiated Services Code Point version 6 of the rewrite rule type assigned to a particular interface.

Select a rewrite rule DSCPv6 value from the list.

inet precedence

Specifies the IPv4 precedence rewrite rule type assigned to a particular interface.

Select an IPv4 precedence rewrite rule value from the list.

Family IPv6

Supports IPv6 protocol traffic, including Routing Information Protocol for IPv6 (RIPng).

If your device is operating in a secure context, IPv6 is disabled and the device drops IPv6 packets by default. You must enable IPv6 for a device in secure mode to enable forwarding of IPv6 packets.

Select the check box to enable forwarding of IPv6 packets. The default is flow mode.

Family MPLS

Supports MPLS traffic.

If your device is operating in a secure context, MPLS is disabled. You must enable the MPLS protocol to allow MPLS traffic to pass through.

Select the check box to enable forwarding of MPLS packets. The default is flow mode.

Caution: When you select this check box to enable packet-based MPLS, the following warning appears: “This will deactivate all security services. Are you sure?” If you select Yes, all security polices will be disabled. Disabling MPLS will not enable security policies. You can only enable security policies with the CLI.