This section provides a web example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 3 and connect to switches in upstream and downstream directions.
This section provides a CLI example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 3 and connect to switches in upstream and downstream directions.
This section provides an example for how to connect two FWs to core switches of a data center in out-of-path mode and configure static routes on the switches to divert traffic to the FWs.
This section provides an example for how to connect two FWs to core switches of a data center in out-of-path mode and configure static routes on the switches to divert traffic to the FWs. The FWs work in active/standby mode.
This section provides a web example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers in upstream and downstream directions.
This section provides a CLI example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers in upstream and downstream directions.
This section provides a web example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers through OSPF in the upstream direction and switches in the downstream direction.
This section provides a CLI example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers through OSPF in the upstream direction and switches in the downstream direction.
This section provides a web example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 2 and connect to switches in upstream and downstream directions.
This section provides a CLI example of configuring hot standby in active/standby mode in which the service interfaces of the firewalls work at Layer 2 and connect to switches in upstream and downstream directions.
This section provides an example of configuring hot standby in load balancing mode in which multi-ISP accesses are provided, the service interfaces work at Layer 3 and are upstream and downstream connected to switches.
This section provides an example of configuring hot standby in load balancing mode in which multi-ISP accesses are provided, the service interfaces work at Layer 3 and are upstream and downstream connected to switches.
This section provides a web example of configuring hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 3 and connect to switches in upstream and downstream directions.
This section provides a CLI example of configuring hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 3 and connect to switches in upstream and downstream directions.
This section provides a web example for how to connect two FWs to core switches of a data center in out-of-path mode and configure static routes on the switches to divert traffic to the FWs. The FWs work in load balancing mode.
This section provides a CLI example for how to connect two FWs to core switches of a data center in out-of-path mode and configure static routes on the switches to divert traffic to the FWs. The FWs work in load balancing mode.
This section provides a web example of configuring hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers in upstream and downstream directions.
This section provides a CLI example of configuring hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers in upstream and downstream directions.
This section provides a web example of configuring hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers through OSPF in the upstream direction and switches in the downstream direction.
This section provides a CLI example of configuring hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 3 and connect to routers through OSPF in the upstream direction and switches in the downstream direction.
This section provides a web example of how to configure hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 2 and connect to routers in upstream and downstream directions.
This section provides a CLI example of how to configure hot standby in load balancing mode in which the service interfaces of the firewalls work at Layer 2 and connect to routers in upstream and downstream directions.
This section provides a CLI example of how to configure hot standby in active/standby mode in which the service interfaces of each FW work at Layer 3 and connect to switches after virtual systems are configured on the FW.
This section provides an example of how to configure hot standby in active/standby mode in which the service interfaces of each FW work at Layer 3 and connect respectively to upstream routers or downstream switches after virtual systems are configured on the FW.
This section provides an example of how to configure hot standby in load balancing mode in which the service interfaces of each FW work at Layer 3 and connect to switches after virtual systems are configured on the FW.
This section provides an example of how to configure hot standby in load balancing mode in which the service interfaces of each FW work at Layer 3 and connect respectively to upstream routers or downstream switches after virtual systems are configured on the FW.
This section provides a Web example for configuring hot standby in load balancing mode in which multiple virtual systems configured on the FW connect to different downstream subnets through switches and share an upstream public system interface to connect to routers.
This section provides a CLI example for configuring hot standby in load balancing mode in which multiple virtual systems configured on the FW connect to different downstream subnets through switches and share an upstream public system interface to connect to routers.