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General| Product Series | 5900 |
|---|---|
| Ports | 48 x 10GbE |
| Management | HPE Intelligent Management Center (IMC); Command-line interface (CLI); SNMP |
| Layer Support | Layer 2/3 |
| Routing Protocol | OSPF, BGP, RIP, IS-IS, PIM, IGMP |
| Input Voltage | 100-240 VAC |
| Fans | Redundant fans |
| Dimensions (W x D x H) | 440 x 460 x 44 mm |
| Operating Temperature | 0°C to 45°C |
| Operating Humidity | 5% to 95% (noncondensing) |
| Security Features | ACL, 802.1X, RADIUS, TACACS+, SSH, SSL |
| Warranty | Lifetime |
Enables dynamic ARP entry check, disabling learning of multicast MAC addresses.
Sets the maximum number of dynamic ARP entries an interface can learn, preventing overload.
Configures a multiport ARP entry to map an IP address to multiple MAC addresses and interfaces.
Configures static ARP entries for manual IP-to-MAC mapping, preventing dynamic overwrites.
Displays ARP entries, including IP, MAC, VLAN, interface, type, and aging time.
Displays the ARP entry for a specific IP address, including detailed information.
Clears static, dynamic, or multiport ARP entries from the ARP table.
Enables periodic sending of gratuitous ARP packets with a configurable interval on an interface.
Enables learning of gratuitous ARP packets to maintain the ARP table by creating new entries.
Displays the status of local proxy ARP, indicating if it's enabled or disabled per interface.
Enables proxy ARP, allowing the device to answer ARP requests for IP addresses not on the network.
Enables ARP snooping on a VLAN view, enforcing security by validating ARP packets.
Displays ARP snooping entries, including IP, MAC, VLAN, interface, and status.
Removes ARP snooping entries based on IP address or VLAN ID.
Enables ARP fast-reply for a VLAN, optimizing ARP response times.
Displays IP configuration and statistics for Layer 3 interfaces, aiding in network troubleshooting.
Assigns a primary or secondary IP address to an interface, essential for IP connectivity.
Configures an interface to borrow an IP address from another interface, conserving IP addresses.
Provides access to fundamental DHCP commands for device configuration.
Configures an IP address range within a DHCP pool for dynamic IP allocation.
Creates and enters the view for a DHCP address pool to store client configuration parameters.
Displays DHCP server statistics, including pool utilization, bindings, and message counts.
Displays domain name suffixes, which are used for DNS resolution of hostnames.
Displays domain name to IP address mappings, crucial for name resolution.
Specifies the IPv4 address of a DNS server for IP address pools.
Specifies the IPv6 address of a DNS server for IPv6 DNS resolution.
Enables DNS spoofing to send forged replies with configured IP addresses for DNS requests.
Enables MAC address check on the DHCP relay agent to validate DHCP requests by MAC address.
Enables recording of client information (IP and MAC addresses) in relay entries.
Specifies the IP address of DHCP servers for the DHCP relay agent to forward requests.
Displays DHCP packet statistics on the DHCP relay agent for performance monitoring.
Provides access to fundamental DHCPv6 commands for device configuration.
Specifies a non-temporary IPv6 address range in a DHCPv6 pool for dynamic allocation.
Displays information about a specified or all DHCPv6 address pools.
Displays DHCPv6 server configuration information for interfaces or globally.
Displays information about IPv6 address conflicts detected by the DHCPv6 server.
Displays lease expiration information for IPv6 addresses and address pools.
Displays binding information for assigned IPv6 addresses, showing client details and lease status.
Enables DHCP relay agent support for Option 82, adding circuit and remote ID information.
Configures padding mode and format for the Circuit ID sub-option of Option 82.
Configures padding mode and format for the Remote ID sub-option of Option 82.
Specifies DHCPv6 server addresses on the DHCPv6 relay agent for request forwarding.
Displays DHCPv6 packet statistics on the DHCPv6 relay agent for performance monitoring.
Displays domain name suffixes, which are used for DNS resolution of hostnames.
Displays domain name to IP address mappings, crucial for name resolution.
Configures the IPv4 address of a DNS server for IP address pools.
Specifies the IPv6 address of a DNS server for IPv6 DNS resolution.
Enables DNS spoofing to send forged replies with configured IP addresses for DNS requests.
Applies a DDNS policy to an interface to update FQDN to IP mapping and enable DDNS updates.
Creates a DDNS policy and enters its view, defining parameters for dynamic DNS updates.
Displays information about DDNS policies, including URL, username, and method.
Specifies the URL address for DDNS update requests, pointing to the DDNS server.
Specifies the username for DDNS update requests, used for authentication with the DDNS server.
Displays Forwarding Information Base (FIB) entries, showing routing paths for network traffic.
Displays the selected load sharing path for a flow based on specified attributes.
Enables local-first load sharing, prioritizing local paths for traffic distribution.
Enables symmetric load sharing, ensuring return traffic follows the same path as outgoing traffic.
Displays the aging time for fast forwarding entries, indicating how long entries remain active.
Displays fast forwarding table information, including flow details and output interfaces.
Clears the fast forwarding table information, useful for troubleshooting or resetting state.
Enables IRDP on an interface, allowing the device to send Router Advertisement messages.
Specifies an IP address to be proxy-advertised by an interface in Router Advertisements.
Sets the lifetime of IP addresses advertised on an interface in Router Advertisements.
Sets the maximum and minimum intervals for advertising Router Advertisements on an interface.
Displays ICMP statistics, providing insights into received and sent ICMP packets.
Displays IP packet statistics, including received, forwarded, and dropped packets.
Displays brief information about TCP connections, including local/peer addresses and state.
Displays brief information about UDP connections, including local/peer addresses and ports.
Displays information about broadcast-to-unicast conversion by UDP helper on an interface.
Specifies a multicast address for UDP helper to convert broadcast to multicast traffic.
Enables UDP helper functionality, allowing conversion of broadcast to unicast UDP packets.
Specifies a destination server for UDP helper to forward converted broadcast packets.
Displays IPv6 Forwarding Information Base (FIB) entries for routing IPv6 traffic.
Displays IPv6 interface information, including status, addresses, and packet statistics.
Displays IPv6 neighbor information, showing learned or statically configured neighbor entries.
Configures an IPv6 global unicast address for an interface, enabling IPv6 communication.
Configures a static neighbor entry to manually map IPv6 addresses to MAC addresses.
Configures a static IPv6 prefix, used for network identification and address assignment.
Configures the expected bandwidth of an interface, affecting link costs in routing protocols.
Configures a description for a tunnel interface for identification and management purposes.
Specifies the destination address for a tunnel interface, essential for packet routing.
Creates a tunnel interface, specifying its mode and entering tunnel interface view.
Sets the Maximum Transmission Unit (MTU) for a tunnel interface to prevent fragmentation.
Shuts down a tunnel interface, disconnecting all links and stopping traffic.
Enables GRE keepalive to monitor tunnel interface status and detect peer failures.
Describes conventions used in documentation, such as boldface, italics, and syntax choices.
Explains network topology icons used in diagrams, representing devices and signals.
Provides information on accessing HPE support, documentation, and collecting required data.
Guides users on accessing and downloading software updates for products.
Lists relevant HPE websites for networking, support, and product information.
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