The equipment that can participate with this product is pre-provisioned from the factory to directly connect to ExtremeCloud. No provisioning of your local infrastructure is required.
The supported APs and switches provide automatic discovery using the standard HTTPS/SSL port number 443 that is allowed by most firewalls. Additional information about firewall and port requirements can be found in the Prerequisites to Deployment section.
Cloud-enabled switches and APs communicate with ExtremeCloud for management, configuration and reporting. Cloud-enabled switches and APs place user payload traffic directly on your network. No user network traffic is communicated to the cloud; only analytics are captured and communicated to the cloud.
ExtremeCloud-enabled switches provide the optimal access solution for cloud-enabled ExtremeWireless APs. The cloud-switches require little configuration when used to provide the wired network access layer for the supported cloud-enabled APs. Larger deployments will benefit using both cloud-enabled switches and access points.
Significant simplifications can be realized by deploying cloud-enabled ExtremeWireless APs and switches together. However, there is no requirement to use ExtremeCloud-enabled switches. This option can be sufficient for smaller deployments. You can deploy cloud-enabled ExtremeWireless APs in your environment with existing switches that are not ExtremeCloud-enabled. The cloud-enabled APs will communicate with ExtremeCloud through the switch, but the switch will not be manageable from the ExtremeCloud user interface. Instead, you will continue to manage your switch through the existing software interface.
Topology Manager is a feature in the user interface that visualizes your topology.
Topology Manager monitors the network topology state for physical devices, showing L2 switch interconnects and the end device connections to the switch. The data is displayed in the user interface using a physical layer diagram to show a switch and what is connected to each port. Zoom in and out to see the state of nodes and edge devices in a network.