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Guides on accessing and navigating the web-based switch configuration utility.
Process for logging into the device configuration utility.
Explains how to use RMON for proactive traffic monitoring and alarms.
Configures global log parameters, enabling/disabling logging and aggregation.
Process for upgrading or backing up firmware, boot code, or language files.
Allows selection of the firmware image to be used after reboot.
Enables backup of configuration files or flash log to another device.
Procedure for rebooting the switch, including saving configuration.
Configures current time, time zone, DST, and time source for the switch.
Configures the switch to synchronize its system clock with an SNTP server.
Performs integrated cable tests on copper cables attached to ports.
Configures global and per-port settings for all ports.
Bundles multiple physical ports into a single logical channel for increased bandwidth.
Explains the switch's role as Power Sourcing Equipment (PSE) for PoE devices.
Sets PoE mode (Port Limit/Class Limit) and configures PoE traps.
Configures PoE port settings including power, priority, and class.
Process for creating new VLANs, with support for 256 VLANs and a discard VLAN.
Configures VLAN-related parameters for interfaces, including mode and PVID.
Globally configures Voice VLAN feature, including VLAN ID, traffic class, and OUI.
Configures STP status, operation mode, BPDU handling, and bridge priority.
Configures STP settings on a per-port basis and views protocol learned information.
Enables faster STP convergence without creating forwarding loops.
Assigns static MAC addresses to specific interfaces and VLANs for filtering.
Supports selective multicast forwarding (IPv4) by monitoring IGMP packets.
Supports selective multicast forwarding (IPv6) by monitoring MLD packets.
Explains IP interface address configuration, DHCP, and IP address assignment rules.
Manages the switch IPv4 management IP address, configured manually or via DHCP.
Configures multiple IP addresses for switch management and routing services in Layer 3.
Assigns an IPv6 address to an IPv6 interface, supporting Link Local and Global types.
Configures and views IPv4 static routes on the switch for Layer 3 mode.
Acts as a DHCP Relay agent, listening for and relaying DHCP messages.
Configures DNS servers and the default domain used by the switch for name resolution.
Manages user accounts, including adding new users and setting passwords.
Sets general password complexity rules and aging for user authentication.
Configures the switch as a TACACS+ client for centralized security.
Enables configuration of RADIUS server parameters for centralized security.
Assigns authentication methods to management access methods like SSH, console, Telnet.
Limits the number of frames entering the switch to prevent network storms.
Increases network security by limiting port access to users with specific MAC addresses.
Implements port-based network access control for device authentication.
Globally enables 802.1X and configures port-based authentication methods.
Increases network security by preventing malicious packets from entering the network.
Defines ordered lists of classification filters and actions for traffic management.
Filters traffic based on Layer 2 fields, checking all frames for a match.
Defines an IPv4-based Access Control List for filtering IPv4 packets.
Defines an IPv6-based Access Control List for filtering IPv6 packets.
Binds ACLs to interfaces, applying ACE rules to incoming packets.
Sets the QoS mode for the system and defines default CoS priority for interfaces.
Configures four egress queues per interface, using Strict Priority or Weighted Round Robin.
Defines ingress rate limits and egress shaping values for traffic on interfaces.
Configures trust settings (CoS/802.1p or DSCP) for QoS Basic mode.
Supports per-flow QoS using policies, class maps, and policers for traffic prioritization.
Measures traffic rate against rules and enforces limits, like file-transfer rate.
Applies access control and trap mechanisms to v1/v2 PDUs, defining User Security Model.
Defines SNMP users with login credentials, context, scope, and group association.
Establishes a connection to the console interface using a terminal emulation application.
Reboots the switch with factory default settings, erasing startup configuration.
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