Global Route Selection Policy (Outbound Link Selection Based on Equal-cost Routes or Default Routes)

In multi-egress scenarios, if the FW has multiple equal-cost routes or default routes, the global route selection policy can dynamically select an outbound interface for the traffic that matches a equal-cost route or a default route to ensure that link resources are fully used and user experience is improved.

Understanding Global Route Selection Policy: This section describes the overview of the global route selection policy, intelligent uplink selection mode, and the sticky session function.

Key Points for Configuring the Global Route Selection Policy: This section describes how to configure a global route selection policy.

Web: Example for Configuring Load Balancing by Link Bandwidth: This section provides an example for configuring load balancing by link bandwidth for the FW to forward traffic to each link based on the specified bandwidth ratio to maximize the efficiency of bandwidth resources.

CLI: Example for Configuring Load Balancing by Link Bandwidth: This section provides an example for configuring load balancing by link bandwidth for the FW to forward traffic to each link based on the specified bandwidth ratio to maximize the efficiency of bandwidth resources.

Web: Example for Configuring Load Balancing by Link Quality: After load balancing by link quality is configured, the FW can forward traffic through the link of the best quality.

CLI: Example for Configuring Load Balancing by Link Quality: After load balancing by link quality is configured, the FW can forward traffic through the link of the best quality.

Web: Example for Configuring Load Balancing by Link Weight: This section provides an example for configuring load balancing by link weight for the FW to forward more traffic to the link with higher performance, which maximizes link resource efficiency and improves the Internet access experience of most users.

CLI: Example for Configuring Load Balancing by Link Weight: This section provides an example for configuring load balancing by link weight for the FW to forward more traffic to the link with higher performance, which maximizes link resource efficiency and improves the Internet access experience of most users.

Web: Example for Configuring Load Balancing by Link Priority: This section provides an example for configuring load balancing by link priority for the FW to use the standby interface link to forward traffic when the active interface link is faulty or overloaded to improve transmission availability.

CLI: Example for Configuring Load Balancing by Link Priority: This section provides an example for configuring load balancing by link priority for the FW to use the standby interface link to forward traffic when the active interface link is faulty or overloaded to improve transmission availability.

Web: Example for Configuring Active/Standby Backup by Link Priority: This section provides an example for configuring active/standby backup by link priority for the FW to use the standby interface link to forward traffic when the active interface link is faulty to improve transmission availability.

CLI: Example for Configuring Active/Standby Backup by Link Priority: This section provides an example for configuring active/standby backup by link priority for the FW to use the standby interface link to forward traffic when the active interface link is faulty to improve transmission availability.