CISCO-ATM-QOS-MIB Download
CISCO-ATM-QOS-MIB is created to provide ATM QoS information in these
areas:1. Traffic shaping on a per-VC basis2. Traffic shaping on a
per-VP basis3. Per-VC queuing/buffering
IPHost Network Monitor offer an easy way of SNMP monitoring your Cisco Servers, Routers, Switches, Bridges,
Firewalls, Repeaters.
OID list for CISCO-ATM-QOS-MIB
- caqVccParamsTable
- This table is defined to provide QoS information for each active ATM VC existing on the interface.
- caqVccParamsEntry
- This list contains the ATM QoS parameters provided by ciscoAtmQosVccEntry.
- caqVccParamsType
- The service category of this virtual circuit connection.
- caqVccParamsPcrIn0
- Input Peak Cell Rate (PCR) in kbps with Cell Loss Priority bit set to 0 (clp0).
- caqVccParamsPcrIn01
- Number of OAM F5 end to end loopback cells sent through the VCC.
- caqVccParamsPcrOut0
- Output Peak Cell Rate (PCR) in kbps with Cell Loss Priority bit set to 0 (clp0).
- caqVccParamsPcrOut01
- Output Peak Cell Rate (PCR) in kbps with Cell Loss Priority bit set to 1 (clp01).
- caqVccParamsScrIn0
- Input Sustained Cell Rate (SCR) in kbps for connection with VBR type of QoS and Cell Loss Priority bit set to 0 (clp0).
- caqVccParamsScrIn01
- Input Sustained Cell Rate (SCR) in kbps for connection with VBR type of QoS and Cell Loss Priority bit set to 1 (clp01).
- caqVccParamsScrOut0
- Output Sustained Cell Rate (SCR) in kbps for connection with VBR type of QoS and Cell Loss Priority bit set to 0 (clp0).
- caqVccParamsScrOut01
- Output Sustained Cell Rate (SCR) in kbps for connection with VBR type of QoS and Cell Loss Priority bit set to 1 (clp01).
- caqVccParamsBcsIn0
- Input Burst Cell Size (BCS) for connection with VBR type of QoS and Cell Loss Priority bit set to 0 (clp0).
- caqVccParamsBcsIn01
- Input Burst Cell Size (BCS) for connection with VBR type of QoS and Cell Loss Priority bit set to 1 (clp01).
- caqVccParamsBcsOut0
- Output Burst Cell Size (BCS) for connection with VBR type of QoS and Cell Loss Priority bit set to 0 (clp0).
- caqVccParamsBcsOut01
- Output Burst Cell Size (BCS) for connection with VBR type of QoS and Cell Loss Priority bit set to 1 (clp01).
- caqVccParamsInheritLevel
- The source of configuration for peak cell rate.
- caqVccParamsMcrIn
- Input Minimum Cell Rate (MCR) in kbps for connection with VBR-nrt or ABR type of QoS.
- caqVccParamsMcrOut
- Output Minimum Cell Rate (MCR) in kbps for connection with VBR-nrt or ABR type of QoS.
- caqVccParamsInvRdf
- Inverse of rate decrease factor.
- caqVccParamsInvRif
- Inverse of rate increase factor.
- caqVccParamsRfl
- The source of configuration for rate factor.
- caqVccParamsCdv
- Cell delay variation.
- caqVccParamsCdvt
- Cell delay variation tolerance.
- caqVccParamsIcr
- Initial cell rate.
- caqVccParamsTbe
- Transient buffer exposure.
- caqVccParamsFrtt
- Fixed round-trip time.
- caqVccParamsNrm
- Maximum number of tx cells for each forward rm cell.
- caqVccParamsInvTrm
- Maximum time between forward rm cells.
- caqVccParamsInvCdf
- Inverse of cutoff decrease factor.
- caqVccParamsAdtf
- Allowed cell rate decrease time factor.
- caqVpcParamsTable
- This table is defined to provide QoS information for each active ATM VP existing on the interface.
- caqVpcParamsEntry
- This list contains the ATM QoS parameters provided by ciscoAtmQosVpcEntry.
- caqVpcParamsVpState
- VP state of the current permanent virtual path.
- caqVpcParamsPeakRate
- Maximum rate in kbps at which the associated permanent virtual path can transmit data.
- caqVpcParamsCesRate
- Maximum rate in kbps at which CES VCs can transmit data with the associated permanent virtual path.
- caqVpcParamsDataVcCount
- Number of data VCs currently associated with the permanent virtual path.
- caqVpcParamsCesVcCount
- Number of CES VCs currently associated with the permanent virtual path.
- caqVpcParamsVcdF4Seg
- Vcd for F4 OAM segment processing.
- caqVpcParamsVcdF4Ete
- Vcd for F4 OAM end to end processing.
- caqVpcParamsScr
- Sustained cell rate associated with the PVP.
- caqVpcParamsMbs
- Maximum burst size associated with the PVP.
- caqVpcParamsAvailBw
- Bandwidth in Kbps currently currently available on this PVP.
- caqQueuingParamsTable
- This table provides queuing related information for a VC existing on an ATM interface.
- caqQueuingParamsEntry
- This is defined as an entry in caqQueuingParamsTable.
- caqQueuingParamsMeanQDepth
- Mean Queue Depth associated with the vc. This value is calculated based on the actual queue depth on the interface and the exponential weighting constant.
- caqQueuingParamsClassTable
- This table provides queuing information for all queuing classes associating with a VC.
- caqQueuingParamsClassEntry
- This is defined as an entry in ciscoAtmQosVcQueuingClassTable to provide queuing information of a specific class.
- caqQueuingParamsClassIndex
- A class index, which associates with an IP precedence (0 to 8), is defined to reference individual caqQueuingParamsClassEntry.
- caqQueuingParamsClassRandDrp
- Number of packets dropped when Mean Queue Length is between Minimum Threshold and Maximum Threshold range.
- caqQueuingParamsClassTailDrp
- Number of packets dropped because the Mean Queue Depth exceeds the Maximum Threshold value.
- caqQueuingParamsClassMinThre
- Minimum Threshold value in kbps.
- caqQueuingParamsClassMaxThre
- Maximum Threshold value in kbps.
- caqQueuingParamsClassMrkProb
- Mark probability denominator. This is the value used in the calculation of a packet being dropped when the average queue size is between the minimum threshold and the maximum threshold.
- ciscoAtmQosVccGroup
- A collection of objects providing per-VC ATM QoS related info.
- ciscoAtmQosVccAddon1Group
- Add-on objects providing per-VC ATM QoS related info.
- ciscoAtmQosVpcGroup
- A collection of objects providing per-VP ATM QoS related info.
- ciscoAtmQosVpcAddon1Group
- Add-on objects providing per-VP ATM QoS related info.
- ciscoAtmQosVcQueuingGroup
- A collection of objects providing per-VC queuing/buffering related info.
Download IPHost Network Monitor (500 monitors for 30 days, 50 monitors free forever) to start monitoring network devices right now.