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Active mode - Device immediately sends LACP PDUs when the port comes up.LACP can be configured in one of two modes: It ensures links are only aggregated into a bundle if they are correctly configured and cabled. LACP is the signaling protocol used between members in a LAG. The two major benefits of LAG such as increased throughput and link redundancy can be achieved efficiently using LACP.
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with LACP, errors in configuration, wiring, and link failures can be detected quickly. LACP allows the exchange of information related to link aggregation between the members of the LAG group in protocol packets called Link Aggregation Control Protocol Data Units (PDUs). SonicOS/X supports Dynamic Link Aggregation using Link Aggregation Control Protocol (LACP defined by IEEE 802.3ad) on all SonicWall Security Appliances that support Advanced Switching features. Like a PortShield host, the aggregator port cannot be removed from the LAG as it represents the LAG in the system.Īfter link aggregation has been enabled on VLAN trunk ports, additional VLANs cannot be added or deleted on the LAG. In this case, ports aggregate based on keys alone. A link partner cannot be discovered for Static link aggregation. Ports bond together if connected to the same link partner and their keys match. All the non-aggregator ports should have the same key as the aggregator port. The key must be assigned when the LAG group is configured. The key is not the same as the LAG ID, which is the same as the interface number and cannot be changed. Non-aggregator ports can be optionally configured with a key, which can help prevent an erroneous LAG if the switch connections are wired incorrectly. The aggregator port must be assigned a unique key. Similarly to PortShield configuration, you select an interface that represents the aggregated group.
#Sonic generations the detected configuration does not match your current hardware mac#
The Security Appliance supports one load balancing algorithm based on source and destination MAC address pairs. Load balancing is performed automatically by the hardware. This configuration allows port redundancy, but does not support load balancing in the appliance-to-Server direction because of a hardware limitation on the Security Appliance.Īllowed by enabling Link Aggregation on VLAN trunk ports. Implemented by enabling Link Aggregation on ports within the same VLAN (same PortShield Group). Two main types of usage are enabled by this feature: Firewall to Server With Static Link Aggregation, all configuration settings are set on both participating LAG components. Up to four ports can be aggregated in a logical group, and there can be four Logical Links (LAGs) configured. In Static Link Aggregation, ports that are in the same VLAN (same PortShield Group) or are VLAN trunk ports are eligible for link aggregation. The NETWORK | Switching > Link Aggregation page provides information and statistics about and allows configuration of interfaces for aggregation. Load balancing is controlled by the SonicWall Security Appliance, based on source and destination MAC address pairs. With multiple links present, traffic also can be load balanced in such a way to achieve even distribution. As multiple links are present between two devices, if one link fails, the traffic is transferred through other links without disruption. Link Aggregation allows port redundancy and load balancing in Layer 2 networks by allowing you to inter-connect SonicWall Security Appliances with two or more links between them in such a way that the multiple links are combined into one larger virtual pipe that can carry a higher combined bandwidth.