Building Blocks of a BFD Profile
Table of Contents
11.0 (EoL)
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-
- Firewall Overview
- Features and Benefits
- Last Login Time and Failed Login Attempts
- Message of the Day
- Task Manager
- Language
- Alarms
- Commit Changes
- Save Candidate Configurations
- Revert Changes
- Lock Configurations
- Global Find
- Threat Details
- AutoFocus Intelligence Summary
- Configuration Table Export
- Change Boot Mode
-
- Objects > Addresses
- Objects > Address Groups
- Objects > Regions
- Objects > Dynamic User Groups
- Objects > Application Groups
- Objects > Application Filters
- Objects > Services
- Objects > Service Groups
- Objects > Devices
- Objects > External Dynamic Lists
- Objects > Custom Objects > Spyware/Vulnerability
- Objects > Custom Objects > URL Category
- Objects > Security Profiles > Antivirus
- Objects > Security Profiles > Anti-Spyware Profile
- Objects > Security Profiles > Vulnerability Protection
- Objects > Security Profiles > File Blocking
- Objects > Security Profiles > WildFire Analysis
- Objects > Security Profiles > Data Filtering
- Objects > Security Profiles > DoS Protection
- Objects > Security Profiles > Mobile Network Protection
- Objects > Security Profiles > SCTP Protection
- Objects > Security Profile Groups
- Objects > Log Forwarding
- Objects > Authentication
- Objects > Packet Broker Profile
- Objects > Schedules
-
-
- Firewall Interfaces Overview
- Common Building Blocks for Firewall Interfaces
- Common Building Blocks for PA-7000 Series Firewall Interfaces
- Tap Interface
- HA Interface
- Virtual Wire Interface
- Virtual Wire Subinterface
- PA-7000 Series Layer 2 Interface
- PA-7000 Series Layer 2 Subinterface
- PA-7000 Series Layer 3 Interface
- Layer 3 Interface
- Layer 3 Subinterface
- Log Card Interface
- Log Card Subinterface
- Decrypt Mirror Interface
- Aggregate Ethernet (AE) Interface Group
- Aggregate Ethernet (AE) Interface
- Network > Interfaces > VLAN
- Network > Interfaces > Loopback
- Network > Interfaces > Tunnel
- Network > Interfaces > SD-WAN
- Network > Interfaces > PoE
- Network > VLANs
- Network > Virtual Wires
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- Network > Routing > Logical Routers > General
- Network > Routing > Logical Routers > Static
- Network > Routing > Logical Routers > OSPF
- Network > Routing > Logical Routers > OSPFv3
- Network > Routing > Logical Routers > RIPv2
- Network > Routing > Logical Routers > BGP
- Network > Routing > Logical Routers > Multicast
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- Network > Routing > Routing Profiles > BGP
- Network > Routing > Routing Profiles > BFD
- Network > Routing > Routing Profiles > OSPF
- Network > Routing > Routing Profiles > OSPFv3
- Network > Routing > Routing Profiles > RIPv2
- Network > Routing > Routing Profiles > Filters
- Network > Routing > Routing Profiles > Multicast
- Network > Proxy
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- Network > Network Profiles > GlobalProtect IPSec Crypto
- Network > Network Profiles > IPSec Crypto
- Network > Network Profiles > IKE Crypto
- Network > Network Profiles > Monitor
- Network > Network Profiles > Interface Mgmt
- Network > Network Profiles > QoS
- Network > Network Profiles > LLDP Profile
- Network > Network Profiles > SD-WAN Interface Profile
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-
- Device > Setup
- Device > Setup > Management
- Device > Setup > Interfaces
- Device > Setup > Telemetry
- Device > Setup > Content-ID
- Device > Setup > WildFire
- Device > Setup > ACE
- Device > Setup > DLP
- Device > Log Forwarding Card
- Device > Config Audit
- Device > Administrators
- Device > Admin Roles
- Device > Access Domain
- Device > Authentication Sequence
- Device > IoT > DHCP Server
- Device > Device Quarantine
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- Security Policy Match
- QoS Policy Match
- Authentication Policy Match
- Decryption/SSL Policy Match
- NAT Policy Match
- Policy Based Forwarding Policy Match
- DoS Policy Match
- Routing
- Test Wildfire
- Threat Vault
- Ping
- Trace Route
- Log Collector Connectivity
- External Dynamic List
- Update Server
- Test Cloud Logging Service Status
- Test Cloud GP Service Status
- Device > Virtual Systems
- Device > Shared Gateways
- Device > Certificate Management
- Device > Certificate Management > Certificate Profile
- Device > Certificate Management > OCSP Responder
- Device > Certificate Management > SSL/TLS Service Profile
- Device > Certificate Management > SCEP
- Device > Certificate Management > SSL Decryption Exclusion
- Device > Certificate Management > SSH Service Profile
- Device > Response Pages
- Device > Server Profiles
- Device > Server Profiles > SNMP Trap
- Device > Server Profiles > Syslog
- Device > Server Profiles > Email
- Device > Server Profiles > HTTP
- Device > Server Profiles > NetFlow
- Device > Server Profiles > RADIUS
- Device > Server Profiles > SCP
- Device > Server Profiles > TACACS+
- Device > Server Profiles > LDAP
- Device > Server Profiles > Kerberos
- Device > Server Profiles > SAML Identity Provider
- Device > Server Profiles > DNS
- Device > Server Profiles > Multi Factor Authentication
- Device > Local User Database > Users
- Device > Local User Database > User Groups
- Device > Scheduled Log Export
- Device > Software
- Device > Dynamic Updates
- Device > Licenses
- Device > Support
- Device > Policy Recommendation > IoT
- Device > Policy > Recommendation SaaS
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- Device > User Identification > Connection Security
- Device > User Identification > Terminal Server Agents
- Device > User Identification > Group Mapping Settings
- Device > User Identification> Trusted Source Address
- Device > User Identification > Authentication Portal Settings
- Device > User Identification > Cloud Identity Engine
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- Network > GlobalProtect > MDM
- Network > GlobalProtect > Clientless Apps
- Network > GlobalProtect > Clientless App Groups
- Objects > GlobalProtect > HIP Profiles
-
- Use the Panorama Web Interface
- Context Switch
- Panorama Commit Operations
- Defining Policies on Panorama
- Log Storage Partitions for a Panorama Virtual Appliance in Legacy Mode
- Panorama > Setup > Interfaces
- Panorama > High Availability
- Panorama > Firewall Clusters
- Panorama > Administrators
- Panorama > Admin Roles
- Panorama > Access Domains
- Panorama > Device Groups
- Panorama > Plugins
- Panorama > Log Ingestion Profile
- Panorama > Log Settings
- Panorama > Server Profiles > SCP
- Panorama > Scheduled Config Export
- Panorama > Device Registration Auth Key
End-of-Life (EoL)
Building Blocks of a BFD Profile
- Network > Network Profiles > BFD Profile
You can enable BFD for a static route or dynamic routing protocol
by applying the default BFD profile or a BFD profile that you create.
The default profile uses the default BFD settings and cannot be
changed. You can Add a new BFD profile and specify
the following information.
BFD Profile Settings | Description |
---|---|
Name | Name of the BFD profile (up to 31 characters).
The name is case-sensitive and must be unique on the firewall. Use
only letters, numbers, spaces, hyphens, and underscores. |
Mode | Mode in which BFD operates:
|
Desired Minimum Tx Interval (ms) | Minimum interval (in milliseconds) at which
you want the BFD protocol to send BFD control packets. Minimum value
on PA-7000 Series, PA-5450, PA-5430, PA-5420, PA-5410, and PA-3400
Series is 50; minimum on PA‑3200 Series is 100; minimum on the PA-400
is 150; minimum on VM-Series is 200 (maximum value is 10,000; default
is 1000). If you have multiple protocols
that use different BFD profiles on the same interface, configure
the BFD profiles with the same Desired Minimum Tx Interval. |
Required Minimum Rx Interval (ms) | Minimum interval (in milliseconds) at which
BFD can receive BFD control packets. Minimum value on PA-7000 Series,
PA-5450, PA-5430, PA-5420, PA-5410, and PA-3400 Series is 50; minimum
on PA-3200 Series is 100; minimum on the PA-400 is 150; minimum
on VM-Series is 200 (maximum value is 10,000; default is 1000). |
Detection Time Multiplier | The local system calculates the detection
time as the Detection Time Multiplier received
from the remote system multiplied by the agreed transmit interval
of the remote system (the greater of the Required Minimum
Rx Interval and the last received Desired
Minimum Tx Interval). If BFD does not receive a BFD
control packet from its peer before the detection time expires,
a failure has occurred (range is 2 to 50; default is 3). |
Hold Time (ms) | Delay (in milliseconds) after a link comes
up before the firewall transmits BFD control packets. Hold
Time applies to BFD Active mode only. If the firewall receives
BFD control packets during the Hold Time,
it ignores them (range is 0-120000; default is 0). The default setting
of 0 means no transmit Hold Time is used;
the firewall sends and receives BFD control packets immediately
after the link is established. |
Enable Multihop | Enables BFD over multiple hops. Applies
to BGP implementation only. |
Minimum Rx TTL | Minimum Time-to-Live value (number of hops)
BFD will accept (receive) when it supports multihop BFD. Applies
to BGP implementation only (range is 1-254; there is no default). |