Network インテグレーションのメトリクス

Network の監視に使う Datadog の公式インテグレーションです。収集するメトリクスは 447 件あります。

公式の紹介文 (英語)

Track bytes and packets in/out, connection states, round trip times, and more.

種別の内訳

  • count (集計間隔内の発生回数): 278 件
  • gauge (その時点の値): 167 件
  • rate (1 秒あたりの値): 2 件

メトリクスの一覧

説明は公式の定義の英文をそのまま載せています。

メトリクス種別単位
system.net.aws.ec2.bw_in_allowance_exceededThe number of packets shaped because the inbound aggregate bandwidth exceeded the maximum for the instance.gaugepacket
system.net.aws.ec2.bw_out_allowance_exceededThe number of packets shaped because the outbound aggregate bandwidth exceeded the maximum for the instance.gaugepacket
system.net.aws.ec2.conntrack_allowance_availableThe number of tracked connections that can be established before hitting the Connections Tracked allowance.gaugeconnection
system.net.aws.ec2.conntrack_allowance_exceededThe number of packets shaped because connection tracking exceeded the maximum for the instance and new connections could not be established.gaugepacket
system.net.aws.ec2.linklocal_allowance_exceededThe number of packets shaped because the PPS of the traffic to local proxy services exceeded the maximum for the network interface.gaugepacket
system.net.aws.ec2.pps_allowance_exceededThe number of packets shaped because the bidirectional PPS exceeded the maximum for the instance.gaugepacket
system.net.bytes_rcvdThe number of bytes received on a device per second.gaugebyte/second
system.net.bytes_sentThe number of bytes sent from a device per second.gaugebyte/second
system.net.conntrack.acctBoolean to enable connection tracking flow accounting. 64-bit byte and packet counters per flow are added.gaugeunit
system.net.conntrack.bucketsSize of the hash table.gaugeunit
system.net.conntrack.checksumBoolean to verify checksum of incoming packets.gaugeunit
system.net.conntrack.countThe number of connections present in the conntrack table.gaugeconnection/connection
system.net.conntrack.dropThe number of drop in the conntrack table.countunit
system.net.conntrack.early_dropThe number of early drop in the conntrack table.countunit
system.net.conntrack.errorThe number of error in the conntrack table.countunit
system.net.conntrack.eventsBoolean to enable the connection tracking code will provide userspace with connection tracking events via ctnetlink.countunit
system.net.conntrack.events_retry_timeoutgaugeunit
system.net.conntrack.expect_maxMaximum size of expectation table.gaugeunit
system.net.conntrack.foundThe number of currently allocated flow entries.countunit
system.net.conntrack.generic_timeoutDefault for generic timeout. This refers to layer 4 unknown/unsupported protocols.gaugeunit
system.net.conntrack.helperBoolean to enable automatic conntrack helper assignment.gaugeunit
system.net.conntrack.icmp_timeoutDefault for ICMP timeout.gaugesecond
system.net.conntrack.ignoreThe number of ignored in the conntrack table.countunit
system.net.conntrack.insertThe number of insertion in the conntrack table.countunit
system.net.conntrack.insert_failedThe number of failed insertion in the conntrack table.countunit
system.net.conntrack.invalidThe number of invalid in the conntrack table.countunit
system.net.conntrack.log_invalidLog invalid packets of a type specified by value.gaugeunit
system.net.conntrack.maxConntrack table max capacity.gaugeconnection/entry
system.net.conntrack.search_restartcountunit
system.net.conntrack.tcp_be_liberalBoolean to mark only out of window RST segments as INVALID.gaugeunit
system.net.conntrack.tcp_looseBoolean to enable picking up already established connections.gaugeunit
system.net.conntrack.tcp_max_retransMaximum number of packets that can be retransmitted without received an (acceptable) ACK from the destination.gaugepacket
system.net.conntrack.tcp_timeoutgaugesecond
system.net.conntrack.tcp_timeout_closegaugesecond
system.net.conntrack.tcp_timeout_close_waitgaugesecond
system.net.conntrack.tcp_timeout_establishedgaugesecond
system.net.conntrack.tcp_timeout_fin_waitgaugesecond
system.net.conntrack.tcp_timeout_last_ackgaugesecond
system.net.conntrack.tcp_timeout_max_retransgaugesecond
system.net.conntrack.tcp_timeout_streamgaugesecond
system.net.conntrack.tcp_timeout_syn_recvgaugesecond
system.net.conntrack.tcp_timeout_syn_sentgaugesecond
system.net.conntrack.tcp_timeout_time_waitgaugesecond
system.net.conntrack.tcp_timeout_unacknowledgedgaugesecond
system.net.conntrack.timestampBoolean to enable connection tracking flow timestamping.gaugeunit
system.net.ena.queue.rx_bad_csumThe number of packets received by a queue with an incorrect checksum (Linux only).countpacket/second
system.net.ena.queue.rx_bad_desc_numThe number of times received too many descriptors (Linux only).counttime
system.net.ena.queue.rx_bad_req_idThe number of times a request id was invalid on a receive queue (Linux only).counttime
system.net.ena.queue.rx_bytesThe number of bytes received by a queue (Linux only).countbyte/second
system.net.ena.queue.rx_cntThe number of packets received by a queue (Linux only).countpacket/second
system.net.ena.queue.rx_csum_goodThe number packets received by a queue with a good checksum (Linux only).countpacket
system.net.ena.queue.rx_csum_uncheckedThe number packets received by a queue with an unchecked checksum (Linux only).countpacket
system.net.ena.queue.rx_dma_mapping_errThe number of dma mapping errors for a rx queue (Linux only).counterror
system.net.ena.queue.rx_empty_rx_ringThe number time the rx ring was empty for a queue (Linux only).counttime
system.net.ena.queue.rx_good_csumThe number of packets received by a queue with an correct checksum (Linux only).countpacket/second
system.net.ena.queue.rx_page_alloc_failThe number of page allocation failures (Linux only).counterror
system.net.ena.queue.rx_refil_partialThe number of times a queue had partially allocated rx buffers (Linux only).counttime
system.net.ena.queue.rx_rx_copybreak_pktThe number of packets received by a queue copied to the skb header due to being smaller than the copybreak threshold (Linux only).countpacket/second
system.net.ena.queue.rx_skb_alloc_failThe number of socket buffer allocation failures (Linux only).counterror
system.net.ena.queue.rx_xdp_abortedThe number XPD packets tagged as XDP_ABORTED (Linux only).countpacket/second
system.net.ena.queue.rx_xdp_dropThe number of XDP packets tagged as XDP_DROP (Linux only).countpacket/second
system.net.ena.queue.rx_xdp_invalidThe number of XDP packets tagged as XDP_INVALID (Linux only).countpacket/second
system.net.ena.queue.rx_xdp_passThe number of XDP packets tagged as XDP_PASS (Linux only).countpacket/second
system.net.ena.queue.rx_xdp_redirectThe number of XDP packets tagged as XDP_REDIRECT (Linux only).countpacket/second
system.net.ena.queue.rx_xdp_txThe number of XDP packets tagged as XDP_TX (Linux only).countpacket/second
system.net.ena.queue.tx_bad_req_idThe number of times a request id was invalid on a transmit queue (Linux only).counttime
system.net.ena.queue.tx_bytesThe number of bytes sent by a queue (Linux only).countbyte/second
system.net.ena.queue.tx_cntThe number of packets sent by a queue (Linux only).countpacket/second
system.net.ena.queue.tx_dma_mapping_errThe number of dma mapping errors for a tx queue (Linux only).counterror
system.net.ena.queue.tx_doorbellsThe number of submission queue doorbells written on a transmit queue (Linux only).countevent
system.net.ena.queue.tx_linearizeThe number of times skb was linearized on a transmit queue (Linux only).counttime
system.net.ena.queue.tx_linearize_failedThe number of skb linearization failed on a transmit queue (Linux only).counttime
system.net.ena.queue.tx_llq_buffer_copyThe number of times a skb header was copied with Low Latency Queue (Linux only).counttime
system.net.ena.queue.tx_missed_txThe number of packets that timeouted in the transmit queue (Linux only).countpacket
system.net.ena.queue.tx_napi_compThe number of times napi_complete was called on a queuecounttime
system.net.ena.queue.tx_prepare_ctx_errThe number of times prepare tx failed on a transmit queue (Linux only).counterror
system.net.ena.queue.tx_queue_stopThe number of times a transmit queue was full and stopped (Linux only).counttime
system.net.ena.queue.tx_queue_wakeupThe number of times a transmit queue was resumed after being stopped (Linux only).counttime
system.net.ena.queue.tx_tx_pollThe number of times the napi handler was scheduled for a queue (Linux only).counttime
system.net.ena.queue.tx_unmask_interruptThe number of times interrupt was unmasked in a transmit queue (Linux only).counttime
system.net.ena.resumeThe number of times the device was resumed (Linux only).counttime
system.net.ena.suspendThe number of times the device was suspended (Linux only).counttime
system.net.ena.tx_timeoutThe number of transmit timeouts (Linux only).counttimeout
system.net.ena.wd_expiredThe number of times watchdog keep-alive event expired (Linux only).counttime
system.net.gve.dma_mapping_errorThe number of Direct Memory Access mapping errors (Linux only).counterror
system.net.gve.page_alloc_failThe number of page allocation errors (Linux only).counterror
system.net.gve.queue.rx_bytesThe number of bytes sent by a receveive queue (Linux only).countbyte/second
system.net.gve.queue.rx_completed_descThe number of descriptors completed on a receive queue (Linux only).counttime
system.net.gve.queue.rx_copied_pktThe number of packets copied (Linux only).countpacket/second
system.net.gve.queue.rx_copybreak_pktThe number of packets copied to the socket buffer header because they are smaller than the copybreak threshold (Linux only).countpacket/second
system.net.gve.queue.rx_dropped_pktThe number of packets dropped because of descriptor errors (Linux only).countpacket/second
system.net.gve.queue.rx_drops_invalid_checksumThe number of packets dropped because due to invalid checksum. Stats from NIC (Linux only).countpacket/second
system.net.gve.queue.rx_drops_packet_over_mruThe number of packets dropped because it exceeds the Maximum Receive Unit. Stats from NIC (Linux only).countpacket/second
system.net.gve.queue.rx_no_buffers_postedThe number of times there's no available buffer for posting descriptor. Stats from NIC (Linux only).counttime
system.net.gve.queue.rx_posted_descThe number of descriptors posted on a receive queue (Linux only).counttime
system.net.gve.queue.rx_queue_drop_cntThe number of packets dropped. Stats from NIC (Linux only).countpacket/second
system.net.gve.queue.tx_bytesThe number of bytes sent by a transmit queue (Linux only).countbyte/second
system.net.gve.queue.tx_completed_descThe number of descriptors completed on a transmit queue (Linux only).counttime
system.net.gve.queue.tx_dma_mapping_errorThe number of Direct Memory Access mapping errors for a transmit queue (Linux only).counterror
system.net.gve.queue.tx_event_counterThe number of event for this transmit queue (Linux only).countevent
system.net.gve.queue.tx_posted_descThe number of descriptors posted on a transmit queue (Linux only).counttime
system.net.gve.queue.tx_stopThe number of time the transmit queue was stopped (Linux only).counttime
system.net.gve.queue.tx_wakeThe number of time the transmit queue was woken up (Linux only).counttime
system.net.gve.rx_buf_alloc_failThe number of buffer allocation failures for a receive queue (Linux only).counterror
system.net.gve.rx_desc_err_dropped_pktThe number of packets dropped due to descriptor error (Linux only).countpacket/second
system.net.gve.rx_skb_alloc_failThe number of socket buffer allocation failures for a receive queue (Linux only).counterror
system.net.gve.tx_timeoutsThe number of times a transmit queue has timeouted (Linux only).counttime
system.net.hv_netvsc.cpu.rx_bytesThe number of received bytes processed by a cpu (Linux only).countbyte/second
system.net.hv_netvsc.cpu.rx_packetsThe number of received packets processed by a cpu (Linux only).countpacket/second
system.net.hv_netvsc.cpu.tx_bytesThe number of sent bytes processed by a cpu (Linux only).countbyte/second
system.net.hv_netvsc.cpu.tx_packetsThe number of sent packets processed by a cpu (Linux only).countpacket/second
system.net.hv_netvsc.cpu.vf_rx_bytesThe number of received packets processed by a cpu using virtual function (Linux only).countbyte/second
system.net.hv_netvsc.cpu.vf_rx_packetsThe number of received packets processed by a cpu using virtual function (Linux only).countpacket/second
system.net.hv_netvsc.cpu.vf_tx_bytesThe number of sent packets processed by a cpu using virtual function (Linux only).countbyte/second
system.net.hv_netvsc.cpu.vf_tx_packetsThe number of sent packets processed by a cpu using virtual function (Linux only).countpacket/second
system.net.hv_netvsc.queue.rx_bytesThe number of bytes received by a queue (Linux only).countbyte/second
system.net.hv_netvsc.queue.rx_packetsThe number of packets received by a queue (Linux only).countpacket/second
system.net.hv_netvsc.queue.rx_xdp_dropThe number of XDP packets tagged as XDP_DROP in a receive queue (Linux only).countpacket/second
system.net.hv_netvsc.queue.tx_bytesThe number of bytes sent by a queue (Linux only).countpacket/second
system.net.hv_netvsc.queue.tx_packetsThe number of packets sent by a queue (Linux only).countpacket/second
system.net.hv_netvsc.rx_comp_busyThe number of completion requests that failed (Linux only).counterror
system.net.hv_netvsc.rx_no_memoryThe number of failed receive due to allocation error (Linux only).counterror
system.net.hv_netvsc.stop_queueThe number of times a queue was stopped (Linux only).counttime
system.net.hv_netvsc.tx_busyThe number of failed transmits due to busy queue (Linux only).countpacket
system.net.hv_netvsc.tx_no_memoryThe number of failed transmit due to allocation error (Linux only).countpacket
system.net.hv_netvsc.tx_no_spaceThe number of failed transmit due to a full ring buffer (Linux only).countpacket
system.net.hv_netvsc.tx_scatteredThe number of transmits exceeding the max page count. This will trigger a socket buffer linearization to try to reduce the number of necessary pages (Linux only).countpacket
system.net.hv_netvsc.tx_send_fullThe number of time a send buffer was full (Linux only).counterror
system.net.hv_netvsc.tx_too_bigThe number of dropped transmits due to exceeding the max page count even after socket buffer linearization (Linux only).countpacket
system.net.hv_netvsc.wake_queueThe number of times a queue was woken up (Linux only).counttime
system.net.iface.mtuThe Maximum Transmission Unit (MTU) of the network interface (Linux only).gaugeunit
system.net.iface.num_rx_queuesThe number of receive queue of a network interface (Linux only).gaugeunit
system.net.iface.num_tx_queuesThe number of transmit queue of a network interface (Linux only).gaugeunit
system.net.iface.tx_queue_lenThe length of the transmit queue of the network interface (Linux only).gaugeunit
system.net.iface.upIndicates whether the network interface is up (Linux only).gauge-
system.net.ip.forwarded_datagramsNumber of IP datagrams forwarded (Linux only).gaugedatagram
system.net.ip.forwarded_datagrams.countNumber of IP datagrams forwarded (Linux only).countdatagram
system.net.ip.fragmentation_createsNumber of output IP fragments generated as a result of IP fragmentation (Linux only).gauge-
system.net.ip.fragmentation_creates.countNumber of output IP fragments generated as a result of IP fragmentation (Linux only).count-
system.net.ip.fragmentation_failsNumber of output IP datagrams discarded because they couldn't be fragmented (Linux only).gaugedatagram
system.net.ip.fragmentation_fails.countNumber of output IP datagrams discarded because they couldn't be fragmented (Linux only).countdatagram
system.net.ip.fragmentation_oksNumber of output IP datagrams that were successfully fragmented (Linux only).gaugedatagram
system.net.ip.fragmentation_oks.countNumber of output IP datagrams that were successfully fragmented (Linux only).countdatagram
system.net.ip.in_addr_errorsNumber of received IP datagrams discarded because of an invalid IP address (Linux only).gaugedatagram
system.net.ip.in_addr_errors.countNumber of received IP datagrams discarded because of an invalid IP address (Linux only).countdatagram
system.net.ip.in_csum_errorsNumber of input IP datagrams with incorrect checksum (Linux only).gaugedatagram
system.net.ip.in_csum_errors.countNumber of input IP datagrams with incorrect checksum (Linux only).countdatagram
system.net.ip.in_deliversNumber of received IP datagrams delivered to IP user-protocols (including ICMP) (Linux only).gaugedatagram
system.net.ip.in_delivers.countNumber of received IP datagrams delivered to IP user-protocols (including ICMP) (Linux only).countdatagram
system.net.ip.in_discardsNumber of received IP datagrams which were valid but discarded due to buffer issue (Linux only).gaugedatagram
system.net.ip.in_discards.countNumber of received IP datagrams which were valid but discarded due to buffer issue (Linux only).countdatagram
system.net.ip.in_header_errorsNumber of received IP datagrams discarded because of IP header errors (Linux only).gaugedatagram
system.net.ip.in_header_errors.countNumber of received IP datagrams discarded because of IP header errors (Linux only).countdatagram
system.net.ip.in_no_routesNumber of input IP datagrams discarded because no route was found (Linux only).gaugedatagram
system.net.ip.in_no_routes.countNumber of input IP datagrams discarded because no route was found (Linux only).countdatagram
system.net.ip.in_receivesNumber of received IP datagrams (including dropped datagrams) (Linux only).gaugedatagram
system.net.ip.in_receives.countNumber of received IP datagrams (including dropped datagrams) (Linux only).countdatagram
system.net.ip.in_truncated_pktsNumber of input IP datagrams whose actual size is smaller than the Total Length field in the IPv4 header (Linux only).gaugedatagram
system.net.ip.in_truncated_pkts.countNumber of input IP datagrams whose actual size is smaller than the Total Length field in the IPv4 header (Linux only).countdatagram
system.net.ip.in_unknown_protosNumber of received IP datagrams discarded because of an unknown IP proto (Linux only).gaugedatagram
system.net.ip.in_unknown_protos.countNumber of received IP datagrams discarded because of an unknown IP proto (Linux only).countdatagram
system.net.ip.out_discardsNumber of output IP datagrams which were valid but discarded due to buffer issue (Linux only).gaugedatagram
system.net.ip.out_discards.countNumber of output IP datagrams which were valid but discarded due to buffer issue (Linux only).countdatagram
system.net.ip.out_no_routesNumber of output IP datagrams discarded because no route was found (Linux only).gaugedatagram
system.net.ip.out_no_routes.countNumber of output IP datagrams discarded because no route was found (Linux only).countdatagram
system.net.ip.out_requestsNumber of output IP datagrams (Linux only).gaugedatagram
system.net.ip.out_requests.countNumber of output IP datagrams (Linux only).countdatagram
system.net.ip.reassembly_failsNumber of failures during IP reassembly (Linux only).gauge-
system.net.ip.reassembly_fails.countNumber of failures during IP reassembly (Linux only).count-
system.net.ip.reassembly_oksNumber of IP datagrams successfully reassembled (Linux only).gaugedatagram
system.net.ip.reassembly_oks.countNumber of IP datagrams successfully reassembled (Linux only).countdatagram
system.net.ip.reassembly_overlapsNumber of input IP fragments overlapping during reassembly (Linux only).gaugedatagram
system.net.ip.reassembly_overlaps.countNumber of input IP fragments overlapping during reassembly (Linux only).countdatagram
system.net.ip.reassembly_requestsNumber of IP fragments received that needed to be reassembled (Linux only).gauge-
system.net.ip.reassembly_requests.countNumber of IP fragments received that needed to be reassembled (Linux only).count-
system.net.ip.reassembly_timeoutsNumber of IP timeouts triggered during reassembly (Linux only).gaugetimeout
system.net.ip.reassembly_timeouts.countNumber of IP timeouts triggered during reassembly (Linux only).counttimeout
system.net.ip.reverse_path_filterThe number of martian packets dropped by the reverse path filter (Linux only).gaugepacket/second
system.net.ip.reverse_path_filter.countTotal number of martian packets dropped by the reverse path filter (Linux only).countpacket
system.net.mlx5_core.ch_armThe number of times the NAPI poll function completed and armed the completion queues (Linux only).countevent
system.net.mlx5_core.ch_eq_rearmThe number of times the EQ was recovered (Linux only).counterror
system.net.mlx5_core.ch_pollThe number of invocations of NAPI poll function (Linux only).countevent
system.net.mlx5_core.dev_out_of_bufferNumber of times the device was out of receive buffers (Linux only). Requires GPU monitoring.counterror
system.net.mlx5_core.link_down_events_phyThe number of times where the link operative state changed to down (Linux only).counterror
system.net.mlx5_core.module_bad_shortedThe number of times that the module cables were shorted (Linux only).counterror
system.net.mlx5_core.module_bus_stuckThe number of times that module's I2C bus (data or clock) short-wire was detected (Linux only).counterror
system.net.mlx5_core.module_high_tempThe number of times that the module temperature was too high (Linux only).counterror
system.net.mlx5_core.module_unplugNumber of times the transceiver module was unplugged (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.outbound_pci_buffer_overflowNumber of packets dropped because the PCIe outbound buffer overflowed (Linux only). Requires GPU monitoring.counterror
system.net.mlx5_core.outbound_pci_stalled_rd_eventsNumber of seconds where outbound PCIe read was stalled for more than 30 percent of the time (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.outbound_pci_stalled_wr_eventsNumber of seconds where outbound PCIe write was stalled for more than 30 percent of the time (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.pci_bw_inbound_highNumber of times inbound PCIe bandwidth crossed above the high threshold (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.pci_bw_inbound_lowNumber of times inbound PCIe bandwidth crossed below the low threshold (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.pci_bw_outbound_highNumber of times outbound PCIe bandwidth crossed above the high threshold (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.pci_bw_outbound_lowNumber of times outbound PCIe bandwidth crossed below the low threshold (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.pci_bw_stale_eventNumber of times a PCIe congestion event fired without a bandwidth threshold transition (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.prio.rx_buf_discardNumber of received packets discarded due to buffer shortage on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.rx_bytesNumber of bytes received on this 802.1p priority (Linux only). Requires GPU monitoring.countbyte
system.net.mlx5_core.prio.rx_cong_discardNumber of received packets discarded due to congestion on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.rx_discardsNumber of received packets discarded on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.rx_markedNumber of received packets marked by ECN on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.rx_packetsNumber of packets received on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.rx_pauseNumber of PFC pause frames received on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.rx_pause_durationTime in microseconds the receiver was paused by PFC on this 802.1p priority (Linux only). Requires GPU monitoring.countmicrosecond
system.net.mlx5_core.prio.rx_pause_transitionNumber of transitions into the PFC paused state on receive for this 802.1p priority (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.prio.tx_bytesNumber of bytes transmitted on this 802.1p priority (Linux only). Requires GPU monitoring.countbyte
system.net.mlx5_core.prio.tx_packetsNumber of packets transmitted on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.tx_pauseNumber of PFC pause frames transmitted on this 802.1p priority (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.prio.tx_pause_durationTime in microseconds the transmitter requested a pause by PFC on this 802.1p priority (Linux only). Requires GPU monitoring.countmicrosecond
system.net.mlx5_core.queue.rx_arfs_errNumber of flow rules that failed to be added to the flow table (Linux only).counterror
system.net.mlx5_core.queue.rx_buff_alloc_errFailed to allocate a buffer to received packet (or SKB) on ring i (Linux only).counterror
system.net.mlx5_core.queue.rx_bytesNumber of bytes received on this ring (Linux only). Requires GPU monitoring.countbyte
system.net.mlx5_core.queue.rx_packetsNumber of packets received on this ring (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.queue.rx_recoverThe number of times the RQ was recovered (Linux only).counterror
system.net.mlx5_core.queue.rx_tls_errNumber of times when CQE TLS offload was problematic (Linux only).counterror
system.net.mlx5_core.queue.rx_tls_resync_req_skipNumber of times the TLS async resync request procedure was started but not properly ended (Linux only).counterror
system.net.mlx5_core.queue.rx_tls_resync_res_retryNumber of times the TLS resync response call to the driver was reattempted when ICOSQ is full (Linux only).counterror
system.net.mlx5_core.queue.rx_wqe_errThe number of wrong opcodes received on ring i (Linux only).counterror
system.net.mlx5_core.queue.rx_xdp_tx_errThe number of times an XDP_TX error such as frame too long and frame too short occurred on XDP_TX ring of RX ring (Linux only).counterror
system.net.mlx5_core.queue.rx_xdp_tx_fullThe number of packets that should have been forwarded back to the port due to XDP_TX action but were dropped due to full tx queue (Linux only).counterror
system.net.mlx5_core.queue.tx_bytesNumber of bytes transmitted on this ring (Linux only). Requires GPU monitoring.countbyte
system.net.mlx5_core.queue.tx_cqe_errThe number of error CQEs encountered on the SQ for ring i (Linux only).counterror
system.net.mlx5_core.queue.tx_droppedPackets transmitted that were dropped due to DMA mapping failure on ring i (Linux only).countpacket
system.net.mlx5_core.queue.tx_packetsNumber of packets transmitted on this ring (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.queue.tx_recoverThe number of times the SQ was recovered (Linux only).counterror
system.net.mlx5_core.rx_bits_phyTotal number of bits received at the physical layer. Use as the denominator for symbol error and corrected bit rates (Linux only). Requires GPU monitoring.countbit
system.net.mlx5_core.rx_buffer_passed_thres_phyNumber of times the receive buffer crossed its high water mark (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.rx_bytesThe number of bytes received (Linux only).countbytes
system.net.mlx5_core.rx_corrected_bits_phyNumber of received bits corrected by forward error correction (Linux only). Requires GPU monitoring.countbit
system.net.mlx5_core.rx_crc_errors_phyThe number of dropped received packets due to FCS (Frame Check Sequence) error on the physical port (Linux only).countpacket
system.net.mlx5_core.rx_csum_completePackets received with a CHECKSUM_COMPLETE (Linux only).countpacket
system.net.mlx5_core.rx_csum_nonePackets received with a CHECKSUM_NONE (Linux only).countpacket
system.net.mlx5_core.rx_csum_unnecessaryPackets received with a CHECKSUM_UNNECESSARY (Linux only).countpacket
system.net.mlx5_core.rx_discards_phyThe number of received packets dropped due to lack of buffers on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_fragments_phyThe number of received packets dropped due to a length which is shorter than 64 bytes and has FCS error on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_global_pauseNumber of link-level 802.3x pause frames received (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.rx_global_pause_durationTime in microseconds the receiver was paused by link-level 802.3x flow control (Linux only). Requires GPU monitoring.countmicrosecond
system.net.mlx5_core.rx_global_pause_transitionNumber of transitions into the link-level paused state on receive (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.rx_if_down_packetsNumber of packets received and dropped while the interface was down (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.rx_in_range_len_errors_phyThe number of received packets dropped due to length/type errors on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_jabbers_phyThe number of received packets due to a length which is longer than 64 bytes and had FCS error on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_out_of_bufferNumber of times receive queue had no software buffers allocated for the adapter's incoming traffic (Linux only).counterror
system.net.mlx5_core.rx_out_of_range_len_phyThe number of received packets dropped due to length greater than allowed on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_oversize_pkts_bufferThe number of dropped received packets due to length which arrived to RQ and exceed software buffer size allocated by the device for incoming traffic (Linux only).countpacket
system.net.mlx5_core.rx_oversize_pkts_phyThe number of dropped received packets due to length which exceed MTU size on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_oversize_pkts_sw_dropNumber of received packets dropped in software because the CQE data is larger than the MTU size (Linux only).countpacket
system.net.mlx5_core.rx_packetsThe number of packets received (Linux only).countpacket
system.net.mlx5_core.rx_pause_ctrl_phyNumber of link-level pause frames received at the physical layer (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.rx_pci_signal_integrityNumber of physical layer PCIe signal integrity errors on receive (Linux only). Requires GPU monitoring.counterror
system.net.mlx5_core.rx_pcs_symbol_err_phyNumber of physical coding sublayer symbol errors that FEC could not correct (Linux only). Requires GPU monitoring.counterror
system.net.mlx5_core.rx_pp_alloc_emptyCounter is incremented when ptr ring is empty so a slow path allocation was forced (Linux only).countevent
system.net.mlx5_core.rx_steer_missed_packetsNumber of packets that was received by the NIC however was discarded because it did not match any flow in the NIC flow table (Linux only).countpacket
system.net.mlx5_core.rx_symbol_err_phyThe number of received packets dropped due to physical coding errors (symbol errors) on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_undersize_pkts_phyThe number of received packets dropped due to length which is shorter than 64 bytes on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_unsupported_op_phyThe number of MAC control packets received with unsupported opcode on a physical port (Linux only).countpacket
system.net.mlx5_core.rx_xdp_dropThe number of packets dropped due to XDP program XDP_DROP action (Linux only).countpacket
system.net.mlx5_core.rx_xdp_redirectThe number of times an XDP redirect action was triggered (Linux only).countevent
system.net.mlx5_core.rx_xdp_tx_errThe number of times an XDP_TX error such as frame too long and frame too short occurred on XDP_TX ring of RX ring (Linux only).counterror
system.net.mlx5_core.rx_xsk_buff_alloc_errThe number of times allocating an skb or XSK buffer failed in the XSK RQ context (Linux only).counterror
system.net.mlx5_core.total_success_recovery_phyNumber of successful physical layer link recovery events (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.tx_bytesThe number of bytes sent (Linux only).countbyte
system.net.mlx5_core.tx_discards_phyThe number of packets which were discarded on transmission even no errors were detected (Linux only).countpacket
system.net.mlx5_core.tx_errors_phyThe number of transmitted packets dropped due to a length which exceed MTU size on a physical port (Linux only).countpacket
system.net.mlx5_core.tx_global_pauseNumber of link-level 802.3x pause frames transmitted (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.tx_global_pause_durationTime in microseconds the transmitter requested a link-level 802.3x pause (Linux only). Requires GPU monitoring.countmicrosecond
system.net.mlx5_core.tx_packetsThe number of packets sent (Linux only).countpacket
system.net.mlx5_core.tx_pause_ctrl_phyNumber of link-level pause frames transmitted at the physical layer (Linux only). Requires GPU monitoring.countpacket
system.net.mlx5_core.tx_pause_storm_error_eventsNumber of times transmission was disabled because the pause period exceeded the error threshold (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.tx_pause_storm_warning_eventsNumber of times the transmitter was paused for longer than the warning threshold (Linux only). Requires GPU monitoring.countevent
system.net.mlx5_core.tx_pci_signal_integrityNumber of physical layer PCIe signal integrity errors on transmit (Linux only). Requires GPU monitoring.counterror
system.net.mlx5_core.tx_queue_droppedPackets transmitted that were dropped due to DMA mapping failure (Linux only).countpacket
system.net.mlx5_core.tx_queue_stoppedEvents where SQ was full (Linux only).countevent
system.net.mlx5_core.tx_queue_wakeEvents where SQ was full and has become not full (Linux only).countevent
system.net.mlx5_core.tx_xdp_errThe number of packets redirected to the interface(due to XDP redirect) but were dropped due to error such as frame too long and frame too short (Linux only).countpacket
system.net.mlx5_core.tx_xsk_errNumber of errors that occurred in XSK zerocopy mode such as if the data size is larger than the MTU size (Linux only).counterror
system.net.mlx5_core.tx_xsk_fullNumber of times doorbell is rung in XSK zerocopy mode when SQ is full (Linux only).counterror
system.net.packets_in.countThe number of packets of data received by the interface.gaugepacket/second
system.net.packets_in.dropThe number of packet receive drops detected by the device driver. This metric is only available on Linux or Windows.gaugepacket/second
system.net.packets_in.errorThe number of packet receive errors detected by the device driver.gaugeerror/second
system.net.packets_out.countThe number of packets of data transmitted by the interface.gaugepacket/second
system.net.packets_out.dropThe number of packet transmit drops detected by the device driver. This metric is only available on Linux or Windows.gaugepacket/second
system.net.packets_out.errorThe number of packet transmit errors detected by the device driver.gaugeerror/second
system.net.tcp.abort_on_timeoutThe number of sockets closed due to timeout (maximum retransmission reached or tcp keepalive timeout) (Linux only).gauge-
system.net.tcp.abort_on_timeout.countTotal number of sockets closed due to timeout (maximum retransmission reached or tcp keepalive timeout) (Linux only).count-
system.net.tcp.active_opensNumber of times TCP connections have made a direct transition to the SYN-SENT state from the CLOSED state (Linux or Windows only).gaugeconnection/second
system.net.tcp.active_opens.countNumber of times TCP connections have made a direct transition to the SYN-SENT state from the CLOSED state (Linux or Windows only).countconnection
system.net.tcp.attempt_failsThe number of times TCP connections have made a direct transition to the CLOSED state from either the SYN-SENT state or the SYN-RCVD state plus the number of times TCP connections have made a direct transition to the LISTEN state from the SYN-RCVD state (Linux or Windows only).gaugeconnection/second
system.net.tcp.attempt_fails.countThe number of times TCP connections have made a direct transition to the CLOSED state from either the SYN-SENT state or the SYN-RCVD state plus the number of times TCP connections have made a direct transition to the LISTEN state from the SYN-RCVD state (Linux or Windows only).countconnection
system.net.tcp.backlog_dropsThe number of packets dropped because there wasn't room in the TCP backlog (Linux only). Available since Agent v5.14.0.gaugepacket
system.net.tcp.backlog_drops.countTotal number of packets dropped because there wasn't room in the TCP backlog (Linux only).countpacket
system.net.tcp.connectionsThe number of TCP connections in all states except listening connections.gaugesegment/second
system.net.tcp.current_establishedThe number of TCP connections for which the current state is either ESTABLISHED or CLOSE-WAIT (Linux or Windows only).gaugeconnection
system.net.tcp.established_resetsThe number of times TCP connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state (Linux or Windows only).gaugeconnection/second
system.net.tcp.established_resets.countThe number of times TCP connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state (Linux or Windows only).countconnection
system.net.tcp.failed_retransmitsNumber of TCP packets that failed to be retransmitted (Linux only)gaugepacket
system.net.tcp.failed_retransmits.countNumber of TCP packets that failed to be retransmitted (Linux only)countpacket
system.net.tcp.from_zero_windowThe number of sockets exiting a zero window state (Linux only).gauge-
system.net.tcp.from_zero_window.countTotal number of sockets exiting a zero window state (Linux only).count-
system.net.tcp.in_csum_errorsThe number of TCP segments received with a bad TCP checksum (Linux only).gaugepacket
system.net.tcp.in_csum_errors.countThe number of TCP segments received with a bad TCP checksum (Linux only).countpacket
system.net.tcp.in_errorsThe total number of segments received in error (e.g. bad TCP checksums) (Linux or Windows only).gaugepacket/second
system.net.tcp.in_errors.countThe total number of segments received in error (e.g. bad TCP checksums) (Linux or Windows only).countpacket
system.net.tcp.in_segsThe number of TCP segments received (Linux, Solaris, or Windows only).gaugesegment/second
system.net.tcp.in_segs.countTotal number of received TCP segments (Linux, Solaris, or Windows only).countsegment
system.net.tcp.listen_dropsThe number of times connections have dropped out of listen (Linux only). Available since Agent v5.14.0.gauge-
system.net.tcp.listen_drops.countTotal number of times connections have dropped out of listen (Linux only).count-
system.net.tcp.listen_overflowsThe number of times connections have overflowed the accept buffer (Linux only). Available since Agent v5.14.0.gauge-
system.net.tcp.listen_overflows.countTotal number of times connections have overflowed the accept buffer (Linux only).count-
system.net.tcp.out_resetsThe number of TCP segments sent containing the RST flag (Linux or Windows only).gaugepacket/second
system.net.tcp.out_resets.countThe number of TCP segments sent containing the RST flag (Linux or Windows only).countpacket
system.net.tcp.out_segsThe number of TCP segments transmitted (Linux, Solaris, or Windows only).gaugesegment/second
system.net.tcp.out_segs.countTotal number of transmitted TCP segments (Linux, Solaris, or Windows only).countsegment
system.net.tcp.passive_opensNumber of times TCP connections have made a direct transition to the SYN-RCVD state from the LISTEN state (Linux or Windows only).gaugeconnection/second
system.net.tcp.passive_opens.countNumber of times TCP connections have made a direct transition to the SYN-RCVD state from the LISTEN state (Linux or Windows only).countconnection
system.net.tcp.paws_connection_dropsThe number of SYN-ACK packets dropped by PAWS (Linux only).gaugepacket/second
system.net.tcp.paws_connection_drops.countTotal number of SYN-ACK packets dropped by PAWS (Linux only).count-
system.net.tcp.paws_established_dropsThe number of packets dropped by PAWS in an established connection (Linux only).gaugepacket/second
system.net.tcp.paws_established_drops.countTotal number of packets dropped by PAWS in an established connection (Linux only).count-
system.net.tcp.prune_calledThe number of times TCP prune was called (Linux only).gauge-
system.net.tcp.prune_called.countTotal number of times TCP prune was called (Linux only).count-
system.net.tcp.prune_ofo_calledThe number of times the out-of-order queues were pruned (Linux only).gauge-
system.net.tcp.prune_ofo_called.countTotal number of times the out-of-order queues were pruned (Linux only).count-
system.net.tcp.prune_rcv_dropsThe number of received packets dropped after an unsuccessful prune (Linux only).gaugepacket/second
system.net.tcp.prune_rcv_drops.countTotal number of received packets dropped after an unsuccessful prune (Linux only).countpacket
system.net.tcp.rcv_packsThe number of TCP packets received (BSD only).gaugepacket/second
system.net.tcp.recv_q.95percentileThe 95th percentile of the size of the TCP receive queue.gaugebyte
system.net.tcp.recv_q.avgThe average TCP receive queue size.gaugebyte
system.net.tcp.recv_q.countThe rate of connections.rateconnection/second
system.net.tcp.recv_q.maxThe maximum TCP receive queue size.gaugebyte
system.net.tcp.recv_q.medianThe median TCP receive queue size.gaugebyte
system.net.tcp.retrans_packsThe number of TCP packets retransmitted (BSD only).gaugepacket/second
system.net.tcp.retrans_segsThe number of TCP segments retransmitted (Linux, Solaris, or Windows only).gaugesegment/second
system.net.tcp.retrans_segs.countTotal number of retransmitted TCP segments (Linux, Solaris, or Windows only).countsegment
system.net.tcp.send_q.95percentileThe 95th percentile of the size of the TCP send queue.gaugebyte
system.net.tcp.send_q.avgThe average TCP send queue size.gaugebyte
system.net.tcp.send_q.countThe rate of connections.rateconnection/second
system.net.tcp.send_q.maxThe maximum TCP send queue size.gaugebyte
system.net.tcp.send_q.medianThe median TCP send queue size.gaugebyte
system.net.tcp.sent_packsThe number of TCP packets transmitted (BSD only).gaugepacket/second
system.net.tcp.syn_cookies_failedThe number of failed SYN cookie packets received (Linux only).gaugepacket/second
system.net.tcp.syn_cookies_failed.countTotal number of failed SYN cookie packets received (Linux only).count-
system.net.tcp.syn_cookies_recvThe number of SYN cookie packets received (Linux only).gaugepacket/second
system.net.tcp.syn_cookies_recv.countTotal number of SYN cookie packets received (Linux only).count-
system.net.tcp.syn_cookies_sentThe number of SYN cookie packets sent (Linux only).gaugepacket/second
system.net.tcp.syn_cookies_sent.countTotal number of SYN cookie packets sent (Linux only).count-
system.net.tcp.syn_retransThe number of SYN packets retransmitted (Linux only).gaugepacket/second
system.net.tcp.syn_retrans.countTotal number of SYN packets retransmitted (Linux only).count-
system.net.tcp.to_zero_windowThe number of sockets entering a zero window state (Linux only).gauge-
system.net.tcp.to_zero_window.countTotal number of sockets entering a zero window state (Linux only).count-
system.net.tcp.tw_reusedThe number of time wait sockets reused (Linux only).gauge-
system.net.tcp.tw_reused.countTotal number of time wait sockets reused (Linux only).count-
system.net.tcp4.active_opensNumber of times TCP IPv4 connections have made a direct transition to the SYN-SENT state from the CLOSED state (Windows only).gaugeconnection/second
system.net.tcp4.active_opens.countNumber of times TCP IPv4 connections have made a direct transition to the SYN-SENT state from the CLOSED state (Windows only).countconnection
system.net.tcp4.attempt_failsThe number of times TCP IPv4 connections have made a direct transition to the CLOSED state from either the SYN-SENT state or the SYN-RCVD state plus the number of times TCP IPv4 connections have made a direct transition to the LISTEN state from the SYN-RCVD state (Windows only).gaugeconnection/second
system.net.tcp4.attempt_fails.countThe number of times TCP IPv4 connections have made a direct transition to the CLOSED state from either the SYN-SENT state or the SYN-RCVD state plus the number of times TCP IPv4 connections have made a direct transition to the LISTEN state from the SYN-RCVD state (Windows only).countconnection
system.net.tcp4.closeThe number of closed TCP IPv4 connections.gaugeconnection
system.net.tcp4.close_waitThe number of TCP IPv4 connections waiting for termination.gaugeconnection
system.net.tcp4.closingThe number of TCP IPv4 closing connections.gaugeconnection
system.net.tcp4.connectionsThe number of TCP IPv4 connections connections in all states except listening connections (Windows only).gaugesegment/second
system.net.tcp4.current_establishedThe number of currently established TCP IPv4 connections (Windows only).gaugesegment/second
system.net.tcp4.estabThe number of open TCP IPv4 connections.gaugeconnection
system.net.tcp4.establishedThe number of TCP IPv4 established connections.gaugeconnection
system.net.tcp4.established_resetsThe number of times TCP IPv4 connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state (Windows only).gaugeconnection/second
system.net.tcp4.established_resets.countThe number of times TCP IPv4 connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state (Windows only).countconnection
system.net.tcp4.fin_wait_1The number of TCP IPv4 connections waiting for a connection termination request or an ack of a connection termination request sent previously.gaugeconnection
system.net.tcp4.fin_wait_2The number of TCP IPv4 connections waiting for a connection termination request.gaugeconnection
system.net.tcp4.in_errorsThe total number of segments received in error (e.g. bad TCP IPv4 checksums) (Windows only).gaugepacket/second
system.net.tcp4.in_errors.countThe total number of segments received in error (e.g. bad TCP IPv4 checksums) (Windows only).countpacket
system.net.tcp4.in_segsThe number of TCP IPv4 segments received (Windows only).gaugesegment/second
system.net.tcp4.in_segs.countTotal number of received TCP IPv4 segments (Windows only).countsegment
system.net.tcp4.listenThe number of TCP IPv4 listening connections.gaugeconnection
system.net.tcp4.listeningThe number of TCP IPv4 listening connections.gaugeconnection
system.net.tcp4.openingThe number of TCP IPv4 opening connections.gaugeconnection
system.net.tcp4.out_resetsThe number of TCP IPv4 segments sent containing the RST flag (Windows only).gaugepacket/second
system.net.tcp4.out_resets.countThe number of TCP IPv4 segments sent containing the RST flag (Windows only).countpacket
system.net.tcp4.out_segsThe number of TCP IPv4 segments transmitted (Windows only).gaugesegment/second
system.net.tcp4.out_segs.countTotal number of transmitted TCP IPv4 segments (Windows only).countsegment
system.net.tcp4.passive_opensNumber of times TCP IPv4 connections have made a direct transition to the SYN-RCVD state from the LISTEN state (Windows only).gaugeconnection/second
system.net.tcp4.passive_opens.countNumber of times TCP IPv4 connections have made a direct transition to the SYN-RCVD state from the LISTEN state (Windows only).countconnection
system.net.tcp4.retrans_segsThe number of TCP IPv4 segments retransmitted (Windows only).gaugesegment/second
system.net.tcp4.retrans_segs.countTotal number of retransmitted TCP IPv4 segments (Windows only).countsegment
system.net.tcp4.syn_recvThe number of TCP IPv4 connections waiting for confirming connection request.gaugeconnection
system.net.tcp4.syn_sentThe number of TCP IPv4 connections waiting for matching connection request.gaugeconnection
system.net.tcp4.time_waitThe number of TCP IPv4 closed connections waiting for delayed packets.gaugeconnection
system.net.tcp4.unconnThe number of TCP IPv4 connections in unconnected state.gaugeconnection
system.net.tcp6.active_opensNumber of times TCP IPv6 connections have made a direct transition to the SYN-SENT state from the CLOSED state (Windows only).gaugeconnection/second
system.net.tcp6.active_opens.countNumber of times TCP IPv6 connections have made a direct transition to the SYN-SENT state from the CLOSED state (Windows only).countconnection
system.net.tcp6.attempt_failsThe number of times TCP IPv6 connections have made a direct transition to the CLOSED state from either the SYN-SENT state or the SYN-RCVD state plus the number of times TCP IPv6 connections have made a direct transition to the LISTEN state from the SYN-RCVD state (Windows only).gaugeconnection/second
system.net.tcp6.attempt_fails.countThe number of times TCP IPv6 connections have made a direct transition to the CLOSED state from either the SYN-SENT state or the SYN-RCVD state plus the number of times TCP IPv6 connections have made a direct transition to the LISTEN state from the SYN-RCVD state (Windows only).countconnection
system.net.tcp6.closeThe number of closed TCP IPv6 connections.gaugeconnection
system.net.tcp6.close_waitThe number of TCP IPv6 connections waiting for termination.gaugeconnection
system.net.tcp6.closingThe number of TCP IPv6 closing connections.gaugeconnection
system.net.tcp6.connectionsThe number of TCP IPv6 connections connections in all states except listening connections (Windows only).gaugesegment/second
system.net.tcp6.current_establishedThe number of currently established TCP IPv6 connections (Windows only).gaugesegment/second
system.net.tcp6.estabThe number of open TCP IPv6 connections.gaugeconnection
system.net.tcp6.establishedThe number of TCP IPv6 established connections.gaugeconnection
system.net.tcp6.established_resetsThe number of times TCP IPv6 connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state (Windows only).gaugeconnection/second
system.net.tcp6.established_resets.countThe number of times TCP IPv6 connections have made a direct transition to the CLOSED state from either the ESTABLISHED state or the CLOSE-WAIT state (Windows only).countconnection
system.net.tcp6.fin_wait_1The number of TCP IPv6 connections waiting for a connection termination request or an ack of a connection termination request sent previously.gaugeconnection
system.net.tcp6.fin_wait_2The number of TCP IPv6 connections waiting for a connection termination request.gaugeconnection
system.net.tcp6.in_errorsThe total number of segments received in error (e.g. bad TCP IPv6 checksums) (Windows only).gaugepacket/second
system.net.tcp6.in_errors.countThe total number of segments received in error (e.g. bad TCP IPv6 checksums) (Windows only).countpacket
system.net.tcp6.in_segsThe number of TCP IPv6 segments received (Windows only).gaugesegment/second
system.net.tcp6.in_segs.countTotal number of received TCP IPv6 segments (Windows only).countsegment
system.net.tcp6.listenThe number of TCP IPv6 listening connections.gaugeconnection
system.net.tcp6.listeningThe number of TCP IPv6 listening connections.gaugeconnection
system.net.tcp6.openingThe number of TCP IPv6 opening connections.gaugeconnection
system.net.tcp6.out_resetsThe number of TCP IPv6 segments sent containing the RST flag (Windows only).gaugepacket/second
system.net.tcp6.out_resets.countThe number of TCP IPv6 segments sent containing the RST flag (Windows only).countpacket
system.net.tcp6.out_segsThe number of TCP IPv6 segments transmitted (Windows only).gaugesegment/second
system.net.tcp6.out_segs.countTotal number of transmitted TCP IPv6 segments (Windows only).countsegment
system.net.tcp6.passive_opensNumber of times TCP IPv6 connections have made a direct transition to the SYN-RCVD state from the LISTEN state (Windows only).gaugeconnection/second
system.net.tcp6.passive_opens.countNumber of times TCP IPv6 connections have made a direct transition to the SYN-RCVD state from the LISTEN state (Windows only).countconnection
system.net.tcp6.retrans_segsThe number of TCP IPv6 segments retransmitted (Windows only).gaugesegment/second
system.net.tcp6.retrans_segs.countTotal number of retransmitted TCP IPv6 segments (Windows only).countsegment
system.net.tcp6.syn_recvThe number of TCP IPv6 connections waiting for confirming connection request.gaugeconnection
system.net.tcp6.syn_sentThe number of TCP IPv6 connections waiting for matching connection request.gaugeconnection
system.net.tcp6.time_waitThe number of TCP IPv6 closed connections waiting for delayed packets.gaugeconnection
system.net.tcp6.unconnThe number of TCP IPv6 connections in unconnected state.gaugeconnection
system.net.udp.in_csum_errorsThe rate of UDP datagrams that failed checksum verification (Linux only).gaugeerror
system.net.udp.in_csum_errors.countTotal number of UDP datagrams that failed checksum verification (Linux only).counterror
system.net.udp.in_datagramsThe rate of UDP datagrams delivered to UDP users (Linux only).gaugedatagram/second
system.net.udp.in_datagrams.countTotal number of UDP datagrams delivered to UDP users (Linux only).countdatagram
system.net.udp.in_errorsThe rate of received UDP datagrams that could not be delivered for reasons other than the lack of an application at the destination port (Linux only).gaugedatagram/second
system.net.udp.in_errors.countTotal number of received UDP datagrams that could not be delivered for reasons other than the lack of an application at the destination port (Linux only).countdatagram
system.net.udp.no_portsThe rate of received UDP datagrams for which there was no application at the destination port (Linux only).gaugedatagram/second
system.net.udp.no_ports.countTotal number of received UDP datagrams for which there was no application at the destination port (Linux only).countdatagram
system.net.udp.out_datagramsThe rate of UDP datagrams sent from this entity (Linux only).gaugedatagram/second
system.net.udp.out_datagrams.countTotal number of UDP datagrams sent from this entity (Linux only).countdatagram
system.net.udp.rcv_buf_errorsThe rate of UDP datagrams lost because there was no room in the receive buffer (Linux only).gaugeerror/second
system.net.udp.rcv_buf_errors.countTotal number of UDP datagrams lost because there was no room in the receive buffer (Linux only).counterror
system.net.udp.snd_buf_errorsThe rate of UDP datagrams lost because there was no room in the send buffer (Linux only).gaugeerror/second
system.net.udp.snd_buf_errors.countTotal number of UDP datagrams lost because there was no room in the send buffer (Linux only).counterror
system.net.udp4.connectionsThe number of UDP IPv4 sockets currently opened.gaugeconnection
system.net.udp6.connectionsThe number of UDP IPv6 sockets currently opened.gaugeconnection
system.net.virtio_net.queue.rx_bytesThe number of bytes received by a queue (Linux only).countbyte/second
system.net.virtio_net.queue.rx_dropsThe number of packets dropped on a receive queue (Linux only).countpacket/second
system.net.virtio_net.queue.rx_kicksThe number of kicks sent to the hypervisor for a receive queue (Linux only).countevent
system.net.virtio_net.queue.rx_packetsThe number of packets received by a queue (Linux only).countpacket/second
system.net.virtio_net.queue.rx_xdp_dropsThe number of XDP packets tagged as XDP_DROP in a receive queue (Linux only).countpacket/second
system.net.virtio_net.queue.rx_xdp_redirectsThe number of XDP packets tagged as XDP_REDIRECT in a receive queue (Linux only).countpacket/second
system.net.virtio_net.queue.rx_xdp_txThe number of XDP packets tagged as XDP_TX in a receive queue (Linux only).countpacket/second
system.net.virtio_net.queue.tx_bytesThe number of bytes sent by a transmit queue (Linux only).countbyte/second
system.net.virtio_net.queue.tx_kicksThe number of kicks sent to the hypervisor for a transmit queue (Linux only).countevent
system.net.virtio_net.queue.tx_packetsThe number of packets sent by a transmit queue (Linux only).countpacket/second
system.net.virtio_net.queue.tx_xdp_txThe number of XDP packets tagged as XDP_TX in a transmit queue (Linux only).countpacket/second
system.net.virtio_net.queue.tx_xdp_tx_dropsThe number of XDP packets tagged as XDP_DROP in a transmit queue (Linux only).countpacket/second

公式ドキュメント

Network インテグレーションの公式ドキュメント

メトリクスの名前と説明は Datadog の公式インテグレーションの定義 (Copyright Datadog, Inc.・BSD-3-Clause) を英文のまま載せています。利用条件の全文は サイトについてにあります。