The utilization of the port in the system.
The utilization is computed in the following
methods:
Ethernet Utilization: (If Full Duplex, multiply by 2)
10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000
where 9.6 is interframe gap of Ethernet
6.4 is preamble of Ethernet
10,000 is 10Mbps
100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 1,000,000
1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000,000
All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * N * 1,000
(where N is N Mbps)
Token Ring Utilization:
(Assuming that Octets is from AC byte through FCS)
4 Mbps Pkts * 32 + (8 * Octets)
Token Ring Util = 100 *
Interval * 4,000,000
where 32 is bits in SD, ED, FS and IFG
16 Mbps Pkts * 64 + (8 * Octets)
Token Ring Util = 100 *
Interval * 16,000,000
where 64 is bits in SD, ED, FS and IFG
FDDI Utilization:
I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes)
FDDI Util =
Interval * 100,000,000
where 64 is Preamble of FDDI,
8 is the Start Delimiter (SD) of FDDI,
32 is the CRC, and
16 is the End of Frame Sequence (EFS) of FDDI.
Parsed from file CISCO-STACK-MIB.mib
Module: CISCO-STACK-MIB
The utilization of the port in the system.
The utilization is computed in the following
methods:
Ethernet Utilization: (If Full Duplex, multiply by 2)
10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000
where 9.6 is interframe gap of Ethernet
6.4 is preamble of Ethernet
10,000 is 10Mbps
100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 1,000,000
1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000,000
All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * N * 1,000
(where N is N Mbps)
Token Ring Utilization:
(Assuming that Octets is from AC byte through FCS)
4 Mbps Pkts * 32 + (8 * Octets)
Token Ring Util = 100 *
Interval * 4,000,000
where 32 is bits in SD, ED, FS and IFG
16 Mbps Pkts * 64 + (8 * Octets)
Token Ring Util = 100 *
Interval * 16,000,000
where 64 is bits in SD, ED, FS and IFG
FDDI Utilization:
I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes)
FDDI Util =
Interval * 100,000,000
where 64 is Preamble of FDDI,
8 is the Start Delimiter (SD) of FDDI,
32 is the CRC, and
16 is the End of Frame Sequence (EFS) of FDDI.
portTopNUtilization OBJECT-TYPE
SYNTAX INTEGER(1..65535)
MAX-ACCESS read-only
STATUS current
DESCRIPTION "The utilization of the port in the system.
The utilization is computed in the following methods:
Ethernet Utilization: (If Full Duplex, multiply by 2)
10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util = ------------------------------------------
Interval * 10,000
where 9.6 is interframe gap of Ethernet
6.4 is preamble of Ethernet
10,000 is 10Mbps
100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util = --------------------------------------
Interval * 1,000,000
1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util = --------------------------------------
Interval * 10,000,000
Token Ring Utilization:
(Assuming that Octets is from AC byte through FCS)
4 Mbps Pkts * 32 + (8 * Octets)
Token Ring Util = 100 * ------------------------
Interval * 4,000,000
where 32 is bits in SD, ED, FS and IFG
16 Mbps Pkts * 64 + (8 * Octets)
Token Ring Util = 100 * ------------------------
Interval * 16,000,000
where 64 is bits in SD, ED, FS and IFG
FDDI Utilization:
I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes)
FDDI Util = ------------------------------------------------
Interval * 100,000,000
where 64 is Preamble of FDDI,
8 is the Start Delimiter (SD) of FDDI,
32 is the CRC, and
16 is the End of Frame Sequence (EFS) of FDDI."
View at oid-info.com
The utilization of the port in the system.
The utilization is computed in the following
methods:
Ethernet Utilization: (If Full Duplex, multiply by 2)
10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000
where 9.6 is interframe gap of Ethernet
6.4 is preamble of Ethernet
10,000 is 10Mbps
100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 1,000,000
1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000,000
All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * N * 1,000
(where N is N Mbps)
Token Ring Utilization:
(Assuming that Octets is from AC byte through FCS)
4 Mbps Pkts * 32 + (8 * Octets)
Token Ring Util = 100 *
Interval * 4,000,000
where 32 is bits in SD, ED, FS and IFG
16 Mbps Pkts * 64 + (8 * Octets)
Token Ring Util = 100 *
Interval * 16,000,000
where 64 is bits in SD, ED, FS and IFG
FDDI Utilization:
I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes)
FDDI Util =
Interval * 100,000,000
where 64 is Preamble of FDDI,
8 is the Start Delimiter (SD) of FDDI,
32 is the CRC, and
16 is the End of Frame Sequence (EFS) of FDDI.
Parsed from file cisco-stack-mib.mib.txt
Company: None
Module: CISCO-STACK-MIB
The utilization of the port in the system.
The utilization is computed in the following
methods:
Ethernet Utilization: (If Full Duplex, multiply by 2)
10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000
where 9.6 is interframe gap of Ethernet
6.4 is preamble of Ethernet
10,000 is 10Mbps
100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 1,000,000
1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes)
Ethernet Util =
Interval * 10,000,000
All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes)
Ethernet Util =
Interval * N * 1,000
(where N is N Mbps)
Token Ring Utilization:
(Assuming that Octets is from AC byte through FCS)
4 Mbps Pkts * 32 + (8 * Octets)
Token Ring Util = 100 *
Interval * 4,000,000
where 32 is bits in SD, ED, FS and IFG
16 Mbps Pkts * 64 + (8 * Octets)
Token Ring Util = 100 *
Interval * 16,000,000
where 64 is bits in SD, ED, FS and IFG
FDDI Utilization:
I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes)
FDDI Util =
Interval * 100,000,000
where 64 is Preamble of FDDI,
8 is the Start Delimiter (SD) of FDDI,
32 is the CRC, and
16 is the End of Frame Sequence (EFS) of FDDI.
portTopNUtilization OBJECT-TYPE SYNTAX INTEGER(1..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "The utilization of the port in the system. The utilization is computed in the following methods: Ethernet Utilization: (If Full Duplex, multiply by 2) 10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * 10,000 where 9.6 is interframe gap of Ethernet 6.4 is preamble of Ethernet 10,000 is 10Mbps 100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 1,000,000 1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 10,000,000 All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * N * 1,000 (where N is N Mbps) Token Ring Utilization: (Assuming that Octets is from AC byte through FCS) 4 Mbps Pkts * 32 + (8 * Octets) Token Ring Util = 100 * Interval * 4,000,000 where 32 is bits in SD, ED, FS and IFG 16 Mbps Pkts * 64 + (8 * Octets) Token Ring Util = 100 * Interval * 16,000,000 where 64 is bits in SD, ED, FS and IFG FDDI Utilization: I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes) FDDI Util = Interval * 100,000,000 where 64 is Preamble of FDDI, 8 is the Start Delimiter (SD) of FDDI, 32 is the CRC, and 16 is the End of Frame Sequence (EFS) of FDDI." ::= { portTopNEntry 4 }
portTopNUtilization OBJECT-TYPE SYNTAX INTEGER(1..65535) ACCESS read-only STATUS mandatory DESCRIPTION "The utilization of the port in the system. The utilization is computed in the following methods: Ethernet Utilization: (If Full Duplex, multiply by 2) 10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * 10,000 where 9.6 is interframe gap of Ethernet 6.4 is preamble of Ethernet 10,000 is 10Mbps 100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 1,000,000 1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 10,000,000 All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * N * 1,000 (where N is N Mbps) Token Ring Utilization: (Assuming that Octets is from AC byte through FCS) 4 Mbps Pkts * 32 + (8 * Octets) Token Ring Util = 100 * Interval * 4,000,000 where 32 is bits in SD, ED, FS and IFG 16 Mbps Pkts * 64 + (8 * Octets) Token Ring Util = 100 * Interval * 16,000,000 where 64 is bits in SD, ED, FS and IFG FDDI Utilization: I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes) FDDI Util = Interval * 100,000,000 where 64 is Preamble of FDDI, 8 is the Start Delimiter (SD) of FDDI, 32 is the CRC, and 16 is the End of Frame Sequence (EFS) of FDDI." ::= { portTopNEntry 4 }
Automatically extracted from Cisco "SNMP v2 MIBs".
portTopNUtilization OBJECT-TYPE SYNTAX INTEGER(1..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "The utilization of the port in the system. The utilization is computed in the following methods: Ethernet Utilization: (If Full Duplex, multiply by 2) 10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * 10,000 where 9.6 is interframe gap of Ethernet 6.4 is preamble of Ethernet 10,000 is 10Mbps 100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 1,000,000 1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 10,000,000 All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * N * 1,000 (where N is N Mbps) Token Ring Utilization: (Assuming that Octets is from AC byte through FCS) 4 Mbps Pkts * 32 + (8 * Octets) Token Ring Util = 100 * Interval * 4,000,000 where 32 is bits in SD, ED, FS and IFG 16 Mbps Pkts * 64 + (8 * Octets) Token Ring Util = 100 * Interval * 16,000,000 where 64 is bits in SD, ED, FS and IFG FDDI Utilization: I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes) FDDI Util = Interval * 100,000,000 where 64 is Preamble of FDDI, 8 is the Start Delimiter (SD) of FDDI, 32 is the CRC, and 16 is the End of Frame Sequence (EFS) of FDDI." ::= { portTopNEntry 4 }
portTopNUtilization OBJECT-TYPE SYNTAX INTEGER(1..65535) MAX-ACCESS read-only STATUS current DESCRIPTION "The utilization of the port in the system. The utilization is computed in the following methods: Ethernet Utilization: (If Full Duplex, multiply by 2) 10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * 10,000 where 9.6 is interframe gap of Ethernet 6.4 is preamble of Ethernet 10,000 is 10Mbps 100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 1,000,000 1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = Interval * 10,000,000 All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = Interval * N * 1,000 (where N is N Mbps) Token Ring Utilization: (Assuming that Octets is from AC byte through FCS) 4 Mbps Pkts * 32 + (8 * Octets) Token Ring Util = 100 * Interval * 4,000,000 where 32 is bits in SD, ED, FS and IFG 16 Mbps Pkts * 64 + (8 * Octets) Token Ring Util = 100 * Interval * 16,000,000 where 64 is bits in SD, ED, FS and IFG FDDI Utilization: I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes) FDDI Util = Interval * 100,000,000 where 64 is Preamble of FDDI, 8 is the Start Delimiter (SD) of FDDI, 32 is the CRC, and 16 is the End of Frame Sequence (EFS) of FDDI." ::= { portTopNEntry 4 }
OID | Name | Sub children | Sub Nodes Total | Description |
---|---|---|---|---|
1.3.6.1.4.1.9.5.1.20.2.1.1 | portTopNIndex | 0 | 0 | An index that uniquely identifies an entry in the portTopN table among those in the same report. This index is between 1 and N, w… |
1.3.6.1.4.1.9.5.1.20.2.1.2 | portTopNModuleNumber | 0 | 0 | The module number of the port counter data entry. |
1.3.6.1.4.1.9.5.1.20.2.1.3 | portTopNPortNumber | 0 | 0 | The port number of the port counter data entry. |
1.3.6.1.4.1.9.5.1.20.2.1.5 | portTopNIOOctets | 0 | 0 | The Input and Output octets of the port in the system. |
1.3.6.1.4.1.9.5.1.20.2.1.6 | portTopNIOPkts | 0 | 0 | The Input and Output packets of the port in the system. |
1.3.6.1.4.1.9.5.1.20.2.1.7 | portTopNIOBroadcast | 0 | 0 | The Input and Output broadcast packets of the port in the system. |
1.3.6.1.4.1.9.5.1.20.2.1.8 | portTopNIOMulticast | 0 | 0 | The Input and Output multicast packets of the port in the system. |
1.3.6.1.4.1.9.5.1.20.2.1.9 | portTopNInErrors | 0 | 0 | The Input error packets of the port in the system. |
1.3.6.1.4.1.9.5.1.20.2.1.10 | portTopNBufferOverFlow | 0 | 0 | The number of buffer overflow of the port in the system. |