Viewing ports on a Huijue fiber optic switch

You can view the ports and their World Wide Names (WWNs) on a Huijue fiber optic switch using either CLI commands like switchShow or GUI-based port views.Using CLI CommandsswitchShow Command The switchShow command displays detailed information about the switch and its ports, including the port index, slot number, port number, port WWN, speed, and state. It also shows whether an SFP module is installed and its serial ID, which is useful for identifying optical modules . Example output fields include:Port index: Identifies the port relative to the switchPort WWN: The unique World Wide Name for each Fibre Channel portPort state: Online, Offline, or FaultySpeed: Negotiated or fixed port speedMedia/SFP info: Indicates if an optical or copper module is installedOptical Module Details To view detailed information about optical transceivers, use:CodeCopydisplay transceiverdisplay transceiver interface This shows transceiver type, connector type, wavelength, transfer distance, vendor, serial number, and diagnostic monitoring data. Adding the verbose parameter provides receive and transmit power information .Using GUI or Web InterfacePort Table or Graph View Log in to the switch management interface and navigate to the Ports section. You can toggle between Table view and Graph view to see:Port number and IDOnline/offline statusPort WWNConnected device WWN and host IPSpeed and negotiated rateSubscriber ID and tags Detailed Port Information Clicking on a specific port in the GUI displays a dialog with:Port name and locationHealth and running statusWWPN (World Wide Port Name)Configured and working rate SummaryTo effectively view ports and WWNs on a Huijue fiber optic switch:Use switchShow for a quick CLI overview of all ports and their WWNs.Use display transceiver commands for optical module details.Use the GUI Ports view for a visual representation of port connections, WWNs, and status. This combination allows administrators to monitor port health, verify connectivity, and manage zoning in Fibre Channel fabrics efficiently.