UniFi Switch Enterprise 24 PoE

Ubiquiti · managed switch, 1U · USW-Enterprise-24-PoE

Front panel

Rear panel

what it is

A switch for a 19-inch rack, 1U high, with a 1.3-inch touchscreen on the front panel. Twenty-four copper ports with PoE+ and two slots for SFP+ 10G fiber transceivers. Power budget 400 W, up to 34.2 W per port, total device draw up to 550 W. Steel enclosure 442.4 × 43.7 × 325 mm, 5.11 kg without brackets. It has fans.

Ports 1–24 are not all the same. The first twelve are gigabit, the second twelve 2.5 Gb/s. This follows from the capability masks reported by each port, and matches the manufacturer's datasheet. An access point with a 2.5 Gb/s port connected to ports 1–12 will get only gigabit.

what we read from it

485 parameters from the controller interface — full list below. A few things that are rarely looked for in monitoring, but which this model shows:

The capabilities of each port separately. The controller reports a mask showing what the port is capable of, regardless of what it negotiated. This settles whether "100 Mb/s" is a fault or the maximum of the hardware on the other end of the cable.
Link drop counter for each port. The best single indicator of a badly terminated plug: it grows before anything stops working.
PoE power drawn by each device individually, together with the power class it reported.
Spanning tree (STP) state and its reconvergence counter — jumps reveal a loop in the network.
Link aggregation — a port bonded with another into one logical link is marked as a group member, not as a separate link.
Internal temperature, CPU and memory load.

port layout

The ports sit in a single row, not in pairs one above the other as in most switches. From the left: touchscreen, ports 1–24 in order from left to right, and at the end two SFP+ ports 25 and 26. The manufacturer describes this layout as making patching with a patch panel easier.

what to watch out for

A port disabled in the settings looks like an unplugged cable. The controller reports both states as no link; they are distinguished only by a separate "enabled" field.
An empty SFP+ port can report a speed of 10 Gb/s. With the link down, the speed field carries a leftover from the previous negotiation. Speed is meaningful only with the link up, and a missing transceiver is reported separately by the controller.
There is no cable test. The UniFi Network 10.6.106 controller has no such function. The switch console (firmware 7.5.15) has a cable test command, but it returns "Cable status test failed." both on an empty port and on a port with a device connected.
UniFi switches silently truncate an SNMP community string longer than 20 characters.

what we cannot read

Frame error history. The controller reports cumulative counters, without a breakdown over time — on its own it will not answer the question "since when has this port been throwing errors".
Cable test results — see above.

transceivers tested in this device

Transceivers we checked in this device, and whether the device showed their optical diagnostics (temperature, power, alarm thresholds):

Finisar FTLF1318P3BTL-CS (1000BASE-LX), firmware 7.5.15.17146: diagnostics read (1 units).
Ubiquiti OM-SM-1G-S (1000BASE-BX), firmware 7.4.1.16850: diagnostics read (1 units).
Finisar FTRJ8519P1BNL-C5 (1000SX), firmware 7.5.15.17146: diagnostics not shown (1 units).

All transceivers and switches in one place, with filters: what each device shows.

full parameter list from the controller interface

The list shows WHAT the device exposes — including parameters we do not use ourselves. There are no values here at all: it is a catalog of capabilities, not a reading from anyone's network. It is not a closed list either — explanation below the table.

485 parameters

parameter	type
`_id`	text
`_uptime`	integer
`adopt_ip`	text
`adopt_url`	text
`adoptable_when_upgraded`	boolean
`adopted`	boolean
`adopted_at`	integer
`adopted_by_client`	text
`adoption_completed`	boolean
`anomalies`	integer
`anon_id`	text
`architecture`	text
`ble_caps`	integer
`board_rev`	integer
`bytes`	integer
`cfgversion`	text
`config_network`	object
`config_network.bonding_enabled`	boolean
`config_network.type`	text
`connect_request_ip`	text
`connect_request_port`	text
`connected_at`	integer
`connection_network_id`	text
`connection_network_name`	text
`credential_caps`	integer
`default`	boolean
`detailed_states`	object
`detailed_states.device_near_effective_power_limit`	boolean
`detailed_states.device_near_power_limit`	boolean
`device_id`	text
`dhcp_server_table`	list (empty in this sample)
`disconnected_at`	integer
`discovered_via`	text
`displayable_version`	text
`dot1x_portctrl_enabled`	boolean
`downlink_lldp_macs`	list of text values (4 in sample)
`downlink_table`	list (empty in this sample)
`ether_lighting`	object
`ethernet_table`	list of objects (3 in sample)
`ethernet_table[].mac`	text
`ethernet_table[].name`	text
`ethernet_table[].num_port`	integer
`ethernet_table[].other_macs`	list (empty in this sample)
`external_id`	text
`fan_level`	integer
`flowctrl_enabled`	boolean
`fw2_caps`	integer
`fw3_caps`	integer
`fw_caps`	integer
`gateway_mac`	text
`general_temperature`	integer
`guest-num_sta`	integer
`has_fan`	boolean
`has_temperature`	boolean
`hash_id`	text
`hw_caps`	integer
`igmp_snoop_table`	object
`igmp_snoop_table.querier`	list of objects (3 in sample)
`igmp_snoop_table.querier[].is_querier`	boolean
`igmp_snoop_table.querier[].querier_ip`	text
`igmp_snoop_table.querier[].version`	integer
`igmp_snoop_table.querier[].vlan`	integer
`inform_ip`	text
`inform_url`	text
`internet`	boolean
`ip`	text
`ipv4_lease_expiration_timestamp_seconds`	integer
`ipv6`	list of text values (1 in sample)
`is_access_point`	boolean
`jumboframe_enabled`	boolean
`kernel_version`	text
`known_cfgversion`	text
`last_config_applied_successfully`	boolean
`last_connection_network_id`	text
`last_connection_network_name`	text
`last_seen`	integer
`last_successful_config_application_time`	text
`last_uplink`	object
`last_uplink.port_idx`	integer
`last_uplink.type`	text
`last_uplink.uplink_device_name`	text
`last_uplink.uplink_mac`	text
`last_uplink.uplink_remote_port`	integer
`lcm_brightness`	integer
`lcm_brightness_override`	boolean
`lcm_night_mode_begins`	text
`lcm_night_mode_ends`	text
`lcm_orientation_override`	integer
`link_aggregation_groups`	list of objects (1 in sample)
`link_aggregation_groups[].aggregate_members`	list of integer values (2 in sample)
`link_aggregation_groups[].lag_idx`	integer
`link_aggregation_groups[].type`	text
`lldp_table`	list of objects (5 in sample)
`lldp_table[].chassis_id`	text
`lldp_table[].is_wired`	boolean
`lldp_table[].local_port_idx`	integer
`lldp_table[].local_port_name`	text
`lldp_table[].mgmt_ips`	list of text values (1 in sample)
`lldp_table[].port_id`	text
`local_config_changed`	boolean
`locating`	boolean
`mac`	text
`manufacturer_id`	integer
`mgmt_network_id`	text
`min_inform_interval_seconds`	integer
`model`	text
`model_in_eol`	boolean
`model_in_lts`	boolean
`model_incompatible`	boolean
`name`	text
`next_interval`	integer
`num_sta`	integer
`overheating`	boolean
`pathmon`	object
`pathmon.ema_samples`	integer
`pathmon.interval`	integer
`pathmon.targets`	list of objects (3 in sample)
`pathmon.targets[].family`	text
`pathmon.targets[].jitter_us`	integer
`pathmon.targets[].jitter_us_ema`	integer
`pathmon.targets[].last_update_ts`	integer
`pathmon.targets[].latency_us`	integer
`pathmon.targets[].latency_us_ema`	integer
`pathmon.targets[].loss_pcm_ema`	integer
`pathmon.targets[].resolved`	text
`pathmon.targets[].samples`	integer
`pathmon.targets[].state`	text
`pathmon.targets[].type`	text
`port_overrides`	list of objects (25 in sample)
`port_overrides[].autoneg`	boolean
`port_overrides[].dot1x_ctrl`	text
`port_overrides[].dot1x_idle_timeout`	integer
`port_overrides[].egress_rate_limit_kbps_enabled`	boolean
`port_overrides[].flow_control_enabled`	boolean
`port_overrides[].forward`	text
`port_overrides[].isolation`	boolean
`port_overrides[].lldpmed_enabled`	boolean
`port_overrides[].multicast_router_mode`	text
`port_overrides[].name`	text
`port_overrides[].native_networkconf_id`	text
`port_overrides[].poe_mode`	text
`port_overrides[].port_idx`	integer
`port_overrides[].port_keepalive_enabled`	boolean
`port_overrides[].port_security_enabled`	boolean
`port_overrides[].port_security_mac_address`	list (empty in this sample)
`port_overrides[].sd_wan_underlay_port`	boolean
`port_overrides[].setting_preference`	text
`port_overrides[].stp_bpdu_guard_enabled`	boolean
`port_overrides[].stp_edge_state`	text
`port_overrides[].stp_port_mode`	boolean
`port_overrides[].tagged_vlan_mgmt`	text
`port_overrides[].voice_networkconf_id`	text
`port_system_overrides`	list (empty in this sample)
`port_table`	list of objects (26 in sample)
`port_table[].aggregated_by`	boolean
`port_table[].anomalies`	integer
`port_table[].autoneg`	boolean
`port_table[].bytes-r`	number
`port_table[].custom_anomalies`	integer
`port_table[].dot1x_ctrl`	text
`port_table[].dot1x_idle_timeout`	integer
`port_table[].dot1x_mode`	text
`port_table[].dot1x_status`	text
`port_table[].egress_rate_limit_kbps_enabled`	boolean
`port_table[].enable`	boolean
`port_table[].enabled`	boolean
`port_table[].flow_control_enabled`	boolean
`port_table[].flowctrl_rx`	boolean
`port_table[].flowctrl_tx`	boolean
`port_table[].forward`	text
`port_table[].full_duplex`	boolean
`port_table[].is_uplink`	boolean
`port_table[].isolation`	boolean
`port_table[].jumbo`	boolean
`port_table[].link_down_count`	integer
`port_table[].lldpmed_enabled`	boolean
`port_table[].mac_table_count`	integer
`port_table[].masked`	boolean
`port_table[].media`	text
`port_table[].multicast_router_mode`	text
`port_table[].name`	text
`port_table[].native_networkconf_id`	text
`port_table[].op_mode`	text
`port_table[].poe_caps`	integer
`port_table[].poe_class`	text
`port_table[].poe_current`	text
`port_table[].poe_enable`	boolean
`port_table[].poe_good`	boolean
`port_table[].poe_mode`	text
`port_table[].poe_power`	text
`port_table[].poe_voltage`	text
`port_table[].port_caps`	integer
`port_table[].port_idx`	integer
`port_table[].port_keepalive_enabled`	boolean
`port_table[].port_poe`	boolean
`port_table[].port_security_enabled`	boolean
`port_table[].port_security_mac_address`	list (empty in this sample)
`port_table[].rx_broadcast`	integer
`port_table[].rx_bytes`	integer
`port_table[].rx_bytes-r`	number
`port_table[].rx_dropped`	integer
`port_table[].rx_errors`	integer
`port_table[].rx_multicast`	integer
`port_table[].rx_packets`	integer
`port_table[].satisfaction`	integer
`port_table[].satisfaction_reason`	integer
`port_table[].sd_wan_underlay_port`	boolean
`port_table[].setting_preference`	text
`port_table[].speed`	integer
`port_table[].speed_caps`	integer
`port_table[].stp_bpdu_guard_enabled`	boolean
`port_table[].stp_edge_port`	boolean
`port_table[].stp_edge_state`	text
`port_table[].stp_pathcost`	integer
`port_table[].stp_port_mode`	boolean
`port_table[].stp_role`	text
`port_table[].stp_state`	text
`port_table[].stp_state_change_count`	list of objects (1 in sample)
`port_table[].stp_state_change_count[].change_count`	integer
`port_table[].stp_state_change_count[].mst`	integer
`port_table[].tagged_vlan_mgmt`	text
`port_table[].tx_broadcast`	integer
`port_table[].tx_bytes`	integer
`port_table[].tx_bytes-r`	number
`port_table[].tx_dropped`	integer
`port_table[].tx_errors`	integer
`port_table[].tx_multicast`	integer
`port_table[].tx_packets`	integer
`port_table[].up`	boolean
`port_table[].voice_networkconf_id`	text
`power_source_ctrl_enabled`	boolean
`prev_non_busy_state`	integer
`previous_firmware_url`	text
`previous_firmware_version`	text
`provisioned_at`	integer
`reboot_duration`	integer
`required_version`	text
`rollupgrade`	boolean
`root_switch`	text
`rps`	object
`rps.power_management_mode`	text
`rps.rps_port_table`	list of objects (1 in sample)
`rps.rps_port_table[].name`	text
`rps.rps_port_table[].port_idx`	integer
`rps.rps_port_table[].port_mode`	text
`rx_bytes`	integer
`safe_for_autoupgrade`	boolean
`satisfaction`	integer
`serial`	text
`service_mac`	text
`setup_id`	text
`shortname`	text
`site_id`	text
`slimcfg_caps`	integer
`snmp_contact`	text
`snmp_location`	text
`ssh_session_table`	list (empty in this sample)
`start_connected_millis`	integer
`start_disconnected_millis`	integer
`startup_timestamp`	integer
`stat`	object
`stat.sw`	object
`stat.sw.bytes`	number
`stat.sw.datetime`	text
`stat.sw.duration`	number
`stat.sw.o`	text
`stat.sw.oid`	text
`stat.sw.port_10-rx_broadcast`	number
`stat.sw.port_10-rx_bytes`	number
`stat.sw.port_10-rx_multicast`	number
`stat.sw.port_10-rx_packets`	number
`stat.sw.port_10-tx_broadcast`	number
`stat.sw.port_10-tx_bytes`	number
`stat.sw.port_10-tx_multicast`	number
`stat.sw.port_10-tx_packets`	number
`stat.sw.port_14-rx_broadcast`	number
`stat.sw.port_14-rx_bytes`	number
`stat.sw.port_14-rx_packets`	number
`stat.sw.port_14-tx_broadcast`	number
`stat.sw.port_14-tx_bytes`	number
`stat.sw.port_14-tx_multicast`	number
`stat.sw.port_14-tx_packets`	number
`stat.sw.port_15-rx_broadcast`	number
`stat.sw.port_15-rx_bytes`	number
`stat.sw.port_15-rx_multicast`	number
`stat.sw.port_15-rx_packets`	number
`stat.sw.port_15-tx_broadcast`	number
`stat.sw.port_15-tx_bytes`	number
`stat.sw.port_15-tx_multicast`	number
`stat.sw.port_15-tx_packets`	number
`stat.sw.port_16-rx_broadcast`	number
`stat.sw.port_16-rx_bytes`	number
`stat.sw.port_16-rx_multicast`	number
`stat.sw.port_16-rx_packets`	number
`stat.sw.port_16-tx_broadcast`	number
`stat.sw.port_16-tx_bytes`	number
`stat.sw.port_16-tx_multicast`	number
`stat.sw.port_16-tx_packets`	number
`stat.sw.port_17-rx_broadcast`	number
`stat.sw.port_17-rx_bytes`	number
`stat.sw.port_17-rx_packets`	number
`stat.sw.port_17-tx_broadcast`	number
`stat.sw.port_17-tx_bytes`	number
`stat.sw.port_17-tx_multicast`	number
`stat.sw.port_17-tx_packets`	number
`stat.sw.port_18-rx_broadcast`	number
`stat.sw.port_18-rx_bytes`	number
`stat.sw.port_18-rx_multicast`	number
`stat.sw.port_18-rx_packets`	number
`stat.sw.port_18-tx_broadcast`	number
`stat.sw.port_18-tx_bytes`	number
`stat.sw.port_18-tx_multicast`	number
`stat.sw.port_18-tx_packets`	number
`stat.sw.port_2-rx_broadcast`	number
`stat.sw.port_2-rx_bytes`	number
`stat.sw.port_2-rx_multicast`	number
`stat.sw.port_2-rx_packets`	number
`stat.sw.port_2-tx_broadcast`	number
`stat.sw.port_2-tx_bytes`	number
`stat.sw.port_2-tx_multicast`	number
`stat.sw.port_2-tx_packets`	number
`stat.sw.port_21-rx_broadcast`	number
`stat.sw.port_21-rx_bytes`	number
`stat.sw.port_21-rx_multicast`	number
`stat.sw.port_21-rx_packets`	number
`stat.sw.port_21-tx_broadcast`	number
`stat.sw.port_21-tx_bytes`	number
`stat.sw.port_21-tx_multicast`	number
`stat.sw.port_21-tx_packets`	number
`stat.sw.port_22-rx_broadcast`	number
`stat.sw.port_22-rx_bytes`	number
`stat.sw.port_22-rx_multicast`	number
`stat.sw.port_22-rx_packets`	number
`stat.sw.port_22-tx_bytes`	number
`stat.sw.port_22-tx_multicast`	number
`stat.sw.port_22-tx_packets`	number
`stat.sw.port_23-rx_bytes`	number
`stat.sw.port_23-rx_multicast`	number
`stat.sw.port_23-rx_packets`	number
`stat.sw.port_23-tx_broadcast`	number
`stat.sw.port_23-tx_bytes`	number
`stat.sw.port_23-tx_multicast`	number
`stat.sw.port_23-tx_packets`	number
`stat.sw.port_4-rx_broadcast`	number
`stat.sw.port_4-rx_bytes`	number
`stat.sw.port_4-rx_multicast`	number
`stat.sw.port_4-rx_packets`	number
`stat.sw.port_4-tx_broadcast`	number
`stat.sw.port_4-tx_bytes`	number
`stat.sw.port_4-tx_multicast`	number
`stat.sw.port_4-tx_packets`	number
`stat.sw.port_5-rx_broadcast`	number
`stat.sw.port_5-rx_bytes`	number
`stat.sw.port_5-rx_multicast`	number
`stat.sw.port_5-rx_packets`	number
`stat.sw.port_5-tx_broadcast`	number
`stat.sw.port_5-tx_bytes`	number
`stat.sw.port_5-tx_multicast`	number
`stat.sw.port_5-tx_packets`	number
`stat.sw.port_6-rx_broadcast`	number
`stat.sw.port_6-rx_bytes`	number
`stat.sw.port_6-rx_multicast`	number
`stat.sw.port_6-rx_packets`	number
`stat.sw.port_6-tx_broadcast`	number
`stat.sw.port_6-tx_bytes`	number
`stat.sw.port_6-tx_multicast`	number
`stat.sw.port_6-tx_packets`	number
`stat.sw.port_7-tx_broadcast`	number
`stat.sw.port_7-tx_bytes`	number
`stat.sw.port_7-tx_multicast`	number
`stat.sw.port_7-tx_packets`	number
`stat.sw.port_8-rx_broadcast`	number
`stat.sw.port_8-rx_bytes`	number
`stat.sw.port_8-rx_multicast`	number
`stat.sw.port_8-rx_packets`	number
`stat.sw.port_8-tx_broadcast`	number
`stat.sw.port_8-tx_bytes`	number
`stat.sw.port_8-tx_multicast`	number
`stat.sw.port_8-tx_packets`	number
`stat.sw.port_9-rx_broadcast`	number
`stat.sw.port_9-rx_bytes`	number
`stat.sw.port_9-rx_multicast`	number
`stat.sw.port_9-rx_packets`	number
`stat.sw.port_9-tx_broadcast`	number
`stat.sw.port_9-tx_bytes`	number
`stat.sw.port_9-tx_multicast`	number
`stat.sw.port_9-tx_packets`	number
`stat.sw.rx_broadcast`	number
`stat.sw.rx_bytes`	number
`stat.sw.rx_crypts`	number
`stat.sw.rx_dropped`	number
`stat.sw.rx_errors`	number
`stat.sw.rx_frags`	number
`stat.sw.rx_multicast`	number
`stat.sw.rx_packets`	number
`stat.sw.site_id`	text
`stat.sw.sw`	text
`stat.sw.time`	integer
`stat.sw.tx_broadcast`	number
`stat.sw.tx_bytes`	number
`stat.sw.tx_dropped`	number
`stat.sw.tx_errors`	number
`stat.sw.tx_multicast`	number
`stat.sw.tx_packets`	number
`stat.sw.tx_retries`	number
`state`	integer
`stp_priority`	text
`stp_version`	text
`switch_caps`	object
`switch_caps.etherlight_caps`	integer
`switch_caps.feature_caps`	integer
`switch_caps.feature_caps2`	integer
`switch_caps.igmp_snoop_caps`	integer
`switch_caps.max_aggregate_sessions`	integer
`switch_caps.max_class_maps`	integer
`switch_caps.max_custom_ip_acls`	integer
`switch_caps.max_custom_mac_acls`	integer
`switch_caps.max_global_acls`	integer
`switch_caps.max_l3_intf`	integer
`switch_caps.max_mirror_sessions`	integer
`switch_caps.max_qos_profiles`	integer
`switch_caps.max_reserved_routes`	integer
`switch_caps.max_static_routes`	integer
`switch_caps.max_vlan_count`	integer
`switch_caps.port_caps`	object
`switch_caps.port_caps.without_group_limit`	integer
`switch_caps.storm_control_caps`	integer
`switch_caps.stp_caps`	integer
`switch_caps.vlan_caps`	integer
`sys_error_caps`	integer
`sys_stats`	object
`sys_stats.loadavg_1`	text
`sys_stats.loadavg_15`	text
`sys_stats.loadavg_5`	text
`sys_stats.mem_buffer`	integer
`sys_stats.mem_total`	integer
`sys_stats.mem_used`	integer
`sysid`	integer
`syslog_key`	text
`system-stats`	object
`system-stats.cpu`	text
`system-stats.mem`	text
`system-stats.uptime`	text
`total_max_effective_power`	integer
`total_max_power`	integer
`total_used_power`	number
`two_phase_adopt`	boolean
`tx_bytes`	integer
`type`	text
`unsupported`	boolean
`unsupported_reason`	integer
`upgradable`	boolean
`upgrade_duration`	integer
`uplink`	object
`uplink.full_duplex`	boolean
`uplink.ip`	text
`uplink.mac`	text
`uplink.max_speed`	integer
`uplink.media`	text
`uplink.name`	text
`uplink.netmask`	text
`uplink.num_port`	integer
`uplink.port_idx`	integer
`uplink.rx_bytes`	integer
`uplink.rx_bytes-r`	number
`uplink.rx_dropped`	integer
`uplink.rx_errors`	integer
`uplink.rx_multicast`	integer
`uplink.rx_packets`	integer
`uplink.speed`	integer
`uplink.tx_bytes`	integer
`uplink.tx_bytes-r`	number
`uplink.tx_dropped`	integer
`uplink.tx_errors`	integer
`uplink.tx_packets`	integer
`uplink.type`	text
`uplink.up`	boolean
`uplink.uplink_device_name`	text
`uplink.uplink_mac`	text
`uplink.uplink_remote_port`	integer
`uplink.uplink_source`	text
`uptime`	integer
`user-num_sta`	integer
`version`	text
`watched`	boolean

This is not a closed list. It comes from reading a unit we had access to — it shows what we managed to retrieve, not everything the device can return. A different firmware version, hardware variant or reading path can expose fields that are not here. If you are interested in a specific unit and a specific value — please ask; there is a good chance it can be obtained, even if you do not see it below.

List source: reading of 1 working unit (as of 2026-09-27). The list is the sum of what we observed — more units reveal more parameters, so numbers for different models are not directly comparable.

full list of parameters read via SNMP

This list comes from a different reading path than the controller list above. These are objects the device itself returns over SNMP (names from MIB files). There are no values here, and no port numbers either.

106 parameters

parameter	type
`BRIDGE-MIB::dot1dBaseBridgeAddress`	binary data
`BRIDGE-MIB::dot1dBaseNumPorts`	integer
`BRIDGE-MIB::dot1dBasePort`	integer
`BRIDGE-MIB::dot1dBasePortCircuit`	OID identifier
`BRIDGE-MIB::dot1dBasePortIfIndex`	integer
`BRIDGE-MIB::dot1dBaseType`	integer
`ENTITY-MIB::entPhysicalAlias`	other
`ENTITY-MIB::entPhysicalAssetID`	other
`ENTITY-MIB::entPhysicalClass`	integer
`ENTITY-MIB::entPhysicalContainedIn`	integer
`ENTITY-MIB::entPhysicalDescr`	text
`ENTITY-MIB::entPhysicalFirmwareRev`	other
`ENTITY-MIB::entPhysicalHardwareRev`	other
`ENTITY-MIB::entPhysicalIsFRU`	integer
`ENTITY-MIB::entPhysicalMfgName`	other
`ENTITY-MIB::entPhysicalModelName`	text
`ENTITY-MIB::entPhysicalName`	text
`ENTITY-MIB::entPhysicalParentRelPos`	integer
`ENTITY-MIB::entPhysicalSerialNum`	text
`ENTITY-MIB::entPhysicalSoftwareRev`	text
`ENTITY-MIB::entPhysicalVendorType`	OID identifier
`IF-MIB::ifAdminStatus`	integer
`IF-MIB::ifAlias`	text
`IF-MIB::ifConnectorPresent`	integer
`IF-MIB::ifCounterDiscontinuityTime`	other
`IF-MIB::ifDescr`	text
`IF-MIB::ifHCInBroadcastPkts`	counter
`IF-MIB::ifHCInMulticastPkts`	counter
`IF-MIB::ifHCInOctets`	counter
`IF-MIB::ifHCInUcastPkts`	counter
`IF-MIB::ifHCOutBroadcastPkts`	counter
`IF-MIB::ifHCOutMulticastPkts`	counter
`IF-MIB::ifHCOutOctets`	counter
`IF-MIB::ifHCOutUcastPkts`	counter
`IF-MIB::ifHighSpeed`	integer
`IF-MIB::ifInBroadcastPkts`	counter
`IF-MIB::ifInDiscards`	counter
`IF-MIB::ifInErrors`	counter
`IF-MIB::ifInMulticastPkts`	counter
`IF-MIB::ifInNUcastPkts`	counter
`IF-MIB::ifInOctets`	counter
`IF-MIB::ifInUcastPkts`	counter
`IF-MIB::ifInUnknownProtos`	counter
`IF-MIB::ifIndex`	integer
`IF-MIB::ifLastChange`	other
`IF-MIB::ifLinkUpDownTrapEnable`	integer
`IF-MIB::ifMtu`	integer
`IF-MIB::ifName`	text
`IF-MIB::ifOperStatus`	integer
`IF-MIB::ifOutBroadcastPkts`	counter
`IF-MIB::ifOutDiscards`	counter
`IF-MIB::ifOutErrors`	counter
`IF-MIB::ifOutMulticastPkts`	counter
`IF-MIB::ifOutNUcastPkts`	counter
`IF-MIB::ifOutOctets`	counter
`IF-MIB::ifOutUcastPkts`	counter
`IF-MIB::ifPhysAddress`	binary data
`IF-MIB::ifPromiscuousMode`	integer
`IF-MIB::ifSpeed`	integer
`IF-MIB::ifType`	integer
`IP-MIB::ipAdEntAddr`	IP address
`IP-MIB::ipAdEntBcastAddr`	integer
`IP-MIB::ipAdEntIfIndex`	integer
`IP-MIB::ipAdEntNetMask`	IP address
`IP-MIB::ipAdEntReasmMaxSize`	integer
`Q-BRIDGE-MIB::dot1qVlanForbiddenEgressPorts`	binary data
`Q-BRIDGE-MIB::dot1qVlanStaticEgressPorts`	binary data
`Q-BRIDGE-MIB::dot1qVlanStaticName`	text
`Q-BRIDGE-MIB::dot1qVlanStaticRowStatus`	integer
`Q-BRIDGE-MIB::dot1qVlanStaticUntaggedPorts`	binary data
`SNMPv2-MIB::sysContact`	other
`SNMPv2-MIB::sysDescr`	text
`SNMPv2-MIB::sysLocation`	other
`SNMPv2-MIB::sysName`	text
`SNMPv2-MIB::sysObjectID`	OID identifier
`SNMPv2-MIB::sysServices`	integer
`SNMPv2-MIB::sysUpTime`	other
`oid:1.0.8802.1.1.2.1.4.1.1.10`	text
`oid:1.0.8802.1.1.2.1.4.1.1.11`	binary data
`oid:1.0.8802.1.1.2.1.4.1.1.12`	binary data
`oid:1.0.8802.1.1.2.1.4.1.1.4`	integer
`oid:1.0.8802.1.1.2.1.4.1.1.5`	binary data
`oid:1.0.8802.1.1.2.1.4.1.1.6`	integer
`oid:1.0.8802.1.1.2.1.4.1.1.7`	text
`oid:1.0.8802.1.1.2.1.4.1.1.8`	text
`oid:1.0.8802.1.1.2.1.4.1.1.9`	text
`oid:1.3.6.1.2.1.1.8`	other
`oid:1.3.6.1.2.1.1.9.1`	OID identifier
`oid:1.3.6.1.2.1.10.7.2.1.1`	integer
`oid:1.3.6.1.2.1.10.7.2.1.10`	counter
`oid:1.3.6.1.2.1.10.7.2.1.11`	counter
`oid:1.3.6.1.2.1.10.7.2.1.13`	counter
`oid:1.3.6.1.2.1.10.7.2.1.16`	counter
`oid:1.3.6.1.2.1.10.7.2.1.2`	counter
`oid:1.3.6.1.2.1.10.7.2.1.22`	counter
`oid:1.3.6.1.2.1.10.7.2.1.23`	counter
`oid:1.3.6.1.2.1.10.7.2.1.24`	counter
`oid:1.3.6.1.2.1.10.7.2.1.25`	counter
`oid:1.3.6.1.2.1.10.7.2.1.3`	counter
`oid:1.3.6.1.2.1.10.7.2.1.4`	counter
`oid:1.3.6.1.2.1.10.7.2.1.5`	counter
`oid:1.3.6.1.2.1.10.7.2.1.6`	counter
`oid:1.3.6.1.2.1.10.7.2.1.7`	counter
`oid:1.3.6.1.2.1.10.7.2.1.8`	counter
`oid:1.3.6.1.2.1.10.7.2.1.9`	counter
`oid:1.3.6.1.4.1.4413.1.1`	text

SNMP list source: reading of 2 units (as of 2026-10-18); sample counted separately from the controller list.