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General| Ports | 24 |
|---|---|
| Uplink Ports | 4 |
| Switching Capacity | 48 Gbps |
| Forwarding Rate | 35.7 Mpps |
| Manageable | Yes |
| Jumbo Frame Support | Yes |
| Power Supply | Internal power supply |
| Routing Protocol | RIP-1, RIP-2, static IP routing |
| Management | Web-based, CLI, SNMP |
| Features | Quality of Service (QoS), VLAN support, Layer 3 switching |
| Compliant Standards | IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE 802.1Q, IEEE 802.1p, IEEE 802.3ad, IEEE 802.1x, IEEE 802.1w, IEEE 802.1s |
| Operating Temperature | 0 to 50 °C |
| Operating Humidity | 10% to 90% (non-condensing) |
Explains how static VLANs form broadcast domains and their comparative operation.
Details rules for DHCP/Bootp, per-VLAN features, default VLAN, port assignments, and VoIP.
Discusses forwarding database types and their impact on VLAN configurations and cabling.
Describes how to configure port-based VLANs using the Menu interface and CLI.
Explains the general applications and options of 802.1Q VLAN tagging technology.
Describes creating an isolated network for managing HP ProCurve switches.
Explains how to configure voice VLANs to separate, prioritize, and authenticate voice traffic.
Lists restrictions for ports, VLAN membership, routing, and deleting static VLANs.
Details how GVRP enables dynamic VLAN creation and learns VLANs through advertisements.
Explains options like Learn, Block, and Disable for handling unknown VLAN advertisements.
Details parameters controlling VLAN propagation behavior for dynamic VLANs.
Provides procedures for viewing, enabling, disabling, and specifying port advertisement handling.
Covers notes on dynamic VLANs, maximum VLANs, rebooting, and GVRP assignments.
Details IGMP features, operation, and how configuring IGMP manages multicast traffic.
Explains basic operation and enhancements like High Priority, Auto/Blocked/Forward, and Querier Capability.
Covers CLI commands for configuring and displaying IGMP settings, including priority and querier.
Explains the Internet Group Management Protocol (IGMP) and its messages (Query, Report, Leave Group).
Explains the Fast-Leave IGMP feature and its automatic operation criteria.
Details Forced Fast-Leave IGMP for blocking unnecessary traffic to switch ports.
Provides syntax and examples for configuring Forced Fast-Leave on specific ports.
Details PIM-DM features including routing protocol support, interface support, and IGMP compatibility.
Explains how PIM-DM directs traffic for multicast groups and uses unicast routing tables.
Provides details on how routing switches manage forwarding and pruned flows in PIM-DM.
Outlines rules for PIM-DM operation, including flow capacity and multicast routing table.
Lists CLI commands for configuring PIM-DM at global and VLAN interface contexts.
Describes global configuration for PIM-DM, including IP multicast routing and router PIM settings.
Details interface-level configuration for PIM, including hello interval and prune delay.
Covers commands to display PIM route data, interface information, and neighbor status.
Compares RSTP and STP, detailing their features and advantages.
Guides on configuring RSTP, including whole-switch and per-port values.
Outlines general steps for configuring MSTP operation mode and global parameters.
Addresses duplicate packets on VLANs and switches not receiving traffic within a region.
Details rules for meshed switches, links, domains, ports, and compatibility.
Guides on preparing, configuring, and assigning ports for switch meshing.
Explains how to view switch mesh status and configure meshing using CLI commands.
Provides CLI syntax for enabling/disabling meshing and backward compatibility mode.
Details QoS classifiers for prioritizing packets, including UDP/TCP, IP-Device, and VLAN Priority.
Explains how to use QoS classifiers like UDP/TCP Priority and VLAN-ID Priority.
Describes assigning 802.1p priority based on TCP or UDP port numbers.
Explains how to assign priority based on IP addresses (source or destination).
Details ToS IP-Precedence and Diffserv modes for packet prioritization.
Describes assigning priority based on VLAN-ID (VID) for static VLANs.
Explains how to assign priority based on the packet's source-port on the switch.
Guides on defining ACL policies, traffic management, security, and structure planning.
Details rules for defining matches using mask bit settings and IP address wildcards.
Guides on configuring standard, extended, and named ACLs and assigning them to VLANs.
Explains sequential comparison of ACEs for packet filtering and the implicit deny action.
Explains standard ACL structure, rules, and per-port mask usage minimization.
Describes extended ACL structure, including criteria for permitting or denying packets.
Discusses how ACLs consume per-port mask and rule resources, and oversubscription issues.
Provides steps to identify and resolve per-port rule and mask resource shortages.
Provides rules for planning ACL structure, including ACE sequence and implicit deny.
Details per-interface ACL limits, implicit deny, explicit permits/denies, and ACL assignment rules.
Explains how ACEs use IP addresses and masks to enforce selection policies on packets.
Guides on configuring global and VLAN interface IP parameters.
Describes how to add static routes to the IP route table, including types and parameters.
Provides syntax for configuring static IP routes with destination, mask, and next-hop gateway.
Guides on configuring RIP using the CLI interface, including parameters and options.
Provides procedures to configure RIP parameters on system-wide and individual VLAN interfaces.
Guides on configuring routing switch to redistribute connected and static routes into RIP.
Guides on configuring OSPF using the CLI, including areas, parameters, and virtual links.
Details modifiable global and interface OSPF parameters like area, hello interval, and priority.
Details OSPF interface parameters including area assignment, authentication, cost, and priority.
Lists and describes OSPF interface parameters like Area ID, Authentication, Cost, and Priority.
Guides on configuring redistribution filters to restrict route redistribution by OSPF.
Guides on displaying OSPF interface information by VLAN ID or IP address.
Details general rules for stacking, including Commander requirements and IP subnet limitations.
Guides on configuring stack management, bringing up a stack, and managing commanders and candidates.
Describes using the menu interface to view stack status and configure stacking parameters.
Guides on configuring a Commander switch, setting stack state, name, and auto grab.
Explains how the Commander manages stack members, including adding, moving, and removing them.
Covers CLI commands for viewing stack status and configuring stacking parameters.
Guides on configuring a switch as a Commander using the CLI, including setting stack name.
Provides CLI syntax for removing a member from a stack using the Commander or Member CLI.
Explains how to use the Commander's CLI to access member switches for configuration and monitoring.
