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Router

D-Link Router

Seamlessly integrate D-Link Router with Motadata AIOps to gain real-time network performance visibility, proactive monitoring, and optimized routing efficiency across your infrastructure.

Overview

D-Link Router, the reliable and user-friendly router solutions by D-Link Corporation, seamlessly integrate with Motadata AIOps to provide comprehensive monitoring and management capabilities. With this integration, organizations gain real-time visibility into the performance and health of their D-Link Routers. Monitor critical router metrics such as interface utilization, routing table status, and packet forwarding to ensure smooth and efficient network routing.

Prerequisites

Refer Adding network devices for monitoring to understand the prerequisites necessary for monitoring a network device.

List of Supported KPIs

Metrics

Description

Type

ping.min.latency.ms

Minimum latency (in milliseconds) observed during ping

Count

ping.received.packets

Number of packets received during ping

Count

ping.lost.packets

Number of packets lost during ping

Count

ping.max.latency.ms

Maximum latency (in milliseconds) observed during ping

Count

object.target

Target object identifier

String

ping.sent.packets

Number of packets sent during ping

Count

ping.packet.lost.percent

Percentage of packet loss during ping

Percent

ping.latency.ms

Average latency (in milliseconds) observed during ping

Count

system.oid

System Object Identifier

String

started.time.sec

Uptime in Seconds for the monitor

Count

started.time

Uptime of the monitor

String

object.name

Name of the monitor

String

system.location

Location of the monitor

String

system.description

Description of the monitor

String

correlation.metrics

Correlation metrics between network connections

String

network.connection.tcp.connections

Number of TCP connections

Count

network.connection.udp.connections

Number of UDP connections

Count

network.connection.udp.error.segments

Number of UDP error segments

Count

network.connection.tcp.error.segments

Number of TCP error segments

Count

network.connection.tcp.retransmitted.segments

Number of TCP retransmitted segments

Count

destination.ip

Destination IP address

String

destination.port

Destination port number

Count

network.connection.protocol

Protocol used for network connection

Count

network.connection.state

State of the network connection

String

source.ip

Source IP address

String

source.port

Source port number

Count

interface.sent.discard.packets

Number of discarded packets sent on the interface

Count

interface.in.packets

Number of incoming packets on the interface

Count

interface.packets

Number of packets on the interface

Count

interface.error.packets

Number of error packets on the interface

Count

interface.sent.error.packets

Number of error packets sent on the interface

Count

interface.received.discard.packets

Number of discarded packets received on the interface

Count

interface.received.octets

Number of octets received on the interface

Count

interface.bit.type

Bit type of the interface

Count

status

Status of the interface

String

interface.out.packets

Number of outgoing packets on the interface

Count

interface.operational.status

Operational status of the interface

String

interface.admin.status

Admin status of the interface

Count

interface.sent.octets

Number of octets sent on the interface

Count

interface.last.change

Last change of the interface

String

interface.received.error.packets

Number of error packets received on the interface

Count

interface.discard.packets

Number of discarded packets on the interface

Count

started.time

Uptime of the interface

String

started.time.sec

Uptime in seconds of the interface

String

fan

Information about the fan.

String

fan.unit.id

The ID of the fan unit.

String

fan.description

The description of the fan.

String

fan.status

The status of the fan.

String

system.switch.name

The name of the switch.

String

system.hardware.version

The hardware version of the switch.

String

system.firmware.version

The firmware version of the switch.

String

system.fan.state

The state of the fan in the system.

String

power.supply

Information about the power supply.

String

power.supply.unit.id

The ID of the power supply unit.

String

power.supply.description

The description of the power supply.

String

power.supply.used

The amount of power supply used.

String

power.supply.max

The maximum power supply capacity.

String

power.supply.status

The status of the power supply.

String

temperature

Information about the temperature.

String

temperature.unit.id

The ID of the temperature unit.

String

temperature.description

The description of the temperature.

String

temperature.measure

The measured temperature value.

String

temperature.status

The status of the temperature.

String

system.memory

Information about the memory.

String

system.memory.type

The type of memory in the system.

String

system.memory.total

The total memory capacity in the system.

String

system.memory.used

The used memory in the system.

String

system.memory.available

The available memory in the system.

String

system.memory.used.percent

The percentage of used memory in the system.

String

system.cpu

Information about the CPU.

String

system.cpu.id

The ID of the CPU.

String

system.cpu.percent

The percentage of CPU usage.

String

system.1min.avg.cpu.percent

The 1-minute average CPU usage percentage.

String

system.5min.avg.cpu.percent

The 5-minute average CPU usage percentage.

String

bgp.peer

The BGP peer identifier or name.

String

bgp.peer.remote.as

The remote AS number associated with the BGP peer.

Count

bgp.peer.status

The status of the BGP peer (e.g., up, down).

String

bgp.local.peer.address

The local IP address of the BGP peer.

String

bgp.remote.peer.address

The remote IP address of the BGP peer.

String

bgp.peer.time

The time when the BGP peer was established.

String

bgp.peer.updated.time

The time when the BGP peer status was last updated.

String

isis.neighbour.last.up.time

The last time the ISIS neighbour came up.

String

isis.neighbour.hold.time

The hold time of the ISIS neighbour.

String

isis.neighbour.system.type

The system type of the ISIS neighbour.

String

isis.neighbour.3way.state

The 3-way state of the ISIS neighbour.

String

isis.neighbour.state

The state of the ISIS neighbour.

String

isis.neighbour

The identifier or name of the ISIS neighbour.

String

isis.neighbour.protocol

The protocol used by the ISIS neighbour.

String

ospf.neighbour.remote.as

The remote AS number associated with the OSPF neighbour.

String

ospf.neighbour.status

The status of the OSPF neighbour (e.g., up, down).

String

ospf.neighbour

The identifier or name of the OSPF neighbour.

String

ip.route

The IP route entry.

String

ip.route.subnet.mask

The subnet mask associated with the IP route.

String

ip.route.last.updated.sec

The time in seconds since the IP route was last updated.

Count

ip.route.protocol

The routing protocol associated with the IP route.

String

ip.route.metric

The metric value of the IP route.

String

ip.route.type

The type of IP route (e.g., static, dynamic).

String

ip.route.next.hop

The next-hop IP address for the IP route.

String

ip.route.last.updated

The last time the IP route was updated.

String

ip.routing.type

The type of IP routing (e.g., unicast, multicast).

String

ip.route.interface.index

The index of the network interface associated with the IP route.

Count

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