DHS3226-MIB: View SNMP OID List / Download MIB

Indicates the represented bandwidth for each unit if the counting type is for Fast Ethernet ports.

Indicates the represented bandwidth for each unit if the counting type is for Gigabit Ethernet ports.

A table that contains the current control information about the ingress bandwidth of port

A list of information contained in swL2IngrPortBwCtrlTable.

Indicates the port to limit ingress bandwidth.

Indicates the counting type of port. All the regular ports have the type fastEthernetPort, and the others have the type gigabitEthernetPort. If counting type is fastEthernetPort, the limited bandwidth will be that swL2IngrPortBwCtrlUnit times swL2BwMgmtFEPortUnitBandwidth. If counting type is gigabitEthernetPort, the limited bandwidth will be that swL2IngrPortBwCtrlUnit times swL2BwMgmtGEPortUnitBandwidth.

Indicates speed and duplex mode of port.

Indicates the current units for the limitation of ingress bandwidth of port.

Indicates the limitation of forwarding bandwidth in kilobyte. The value should be that swL2IngrPortBwCtrlUnit times swL2BwMgmtFEPortUnitBandwidth, if counting type is fastEthernetPort, or swL2BwMgmtGEPortUnitBandwidth, if counting type is gigabitEthernetPort.

Status of this entry. All the existed entries will return enabled(3). An entry will be created if this object is set to enabled(3) and not existed. If this object is set to disabled(2), this entry will be deleted.

A table that contains the current control information about the egress bandwidth of port

A list of information contained in swL2EgressPortBwCtrlTable.

Indicates the port to limit egress bandwidth.

Indicates the counting type of port. All the regular ports have the type fastEthernetPort, and the others have the type gigabitEthernetPort. If counting type is fastEthernetPort, the limited bandwidth will be that swL2EgressPortBwCtrlUnit times swL2BwMgmtFEPortUnitBandwidth. If counting type is gigabitEthernetPort, the limited bandwidth will be that swL2EgressPortBwCtrlUnit times swL2BwMgmtGEPortUnitBandwidth.

Indicates speed and duplex mode of port.

Indicates the current units for the limitation of egress bandwidth of port.

Indicates the limitation of forwarding bandwidth in kilobyte. The value should be that swL2EgressPortBwCtrlUnit times swL2BwMgmtFEPortUnitBandwidth, if counting type is fastEthernetPort, or swL2BwMgmtGEPortUnitBandwidth, if counting type is gigabitEthernetPort.

Status of this entry. All the existed entries will return enabled(3). An entry will be created if this object is set to enabled(3) and not existed. If this object is set to disabled(2), this entry will be deleted.

Indicates the filtering mode for all ports. In forwardAllGrpAddr(2) mode - forward all group address, all frames destined for group MAC addresses are forwarded according to the VLAN rules. In forwardAllUnregGrpAddr(3) mode - forward all unregistered group addresses, if the Group MAC Address Registration entries exist in the Multicast Table, frames destined for the corresponding group MAC addresses will be forwarded, only on ports identified in the member port set, which is identified by the Port Bitmap. The Untagged Bitmap is also used to send tagged packets on the member ports. On the other hand, if the Group MAC Address does not exist in the Multicast Table, the filtering mechanism of forwardAllGrpAddr(2) mode is used. In filterAllUnregGrpAddr(4) mode - filter all unregistered group addresses, frames destined for group MAC addresses are forwarded only if such forwarding is explicity permitted by a Group Address entry in the Multicast Table. In other words, if the Group MAC Address exists in the Multicast table, then the packets are forwarded using the Port Bitmap and the Untagged Bitmap from that entry. Otherwise, the packets are dropped.

Indicates the scheduling mechanism for CoS queues. In strict(2) mode - packet process will start from highest CoS queue for a given port, then moves on to the next lower CoS queue while the higher CoS queue is empty packet. In roundRobin(3) mode - packet process will start from highest CoS queue for a given port, then moves on to the next lower CoS queue after sending swL2CosMaxPackets or when the higher CoS queue is empty packet.

A list of information contained in swL2CosControlTable.

Indicates CoS Queue.

Indicates maximum packet count for a CoS Queue. This object only takes effect at roundRobin mode of swL2CosScheduleMethod.

Indicates maximum allowable latency for packet transmission on a CoS Queue such that the packets on this queue are not delayed more than the maximum allowable latency time. The granularity of this timer is 17 microsecond. A value of 0x00 disable this timer. swL2CosMaxLatency takes precedence over swL2CosScheduleMethod.

port security feature which controls the address leaning capability and the traffic forwarding decision. Each port can have this function enabled or disabled. When it is enabled and a number is given said N, which allows N addresses to be learned at this port, the first N learned addresses are locked at this port as static entry. When the learned addresses number reach N, any coming packet with not learned source addresses are discarded (e.g. dropped) and no more new addresses can be learned at this port.

A list of information contained in swL2PortSecurityControlTable.

Indicates the secured port to lock address learning.

Indicates allowable number of addresses to be learned at this port.

Indicates the mode of locking address. In deleteOnTimeout(2) mode - the locked addresses can be aged out after aging timer expire. In this mode, when the locked address is aged out, the number of address can be learned has to be increased by one. In deleteOnReset(3) mode - never age out the locked addresses unless restart the system to prevent from port movement or intrusion.

Indicates administration state of locking address.

The value of sysUpTime at the time the switch entered its current operational state. If the current state was entered prior to the last re-initialization, then this object contains a zero value. This value is in units of seconds.

The number of ports within this switch. This value is the sum of the ports within this switch.

The number of ports in this switch connected to the segment or the end stations.

This usage indication of console system.

This object is a set of system LED indications. The first third octets is defined as system LED . The first LED is power LED . The second LED is console LED . The third LED is RPS (Redundancy Power Supply) LED . . The other octets following the third octets are the logical port LED (following dot1dBasePort ordering) . Every two bytes are presented to a port. The first byte is presentd to the Link/Activity LED . The second byte is presented to the Speed LED . There is one byte per LED . The most significant bit is used for blink/solid: Off = The LED is lit permanently. On = The LED blinks. The three least significant bits are used for color: 1 = not lit, 2 = green, 3 = yellow,(orange) 4 = blue, 5 = red, 0+6+7 not used The four remaining bits are currently unused and must be 0 .

This object indicates CPU utilization

This object indicates the agent system reboot state. The agent always returns other(1) when this object is read.

This object indicates system ip.

This object indicates system subnet mask.

This object indicates system default gateway.

This object controls which Vlan includes system ip. And the Vlan should have been created.

This object can be enabled or disabled spanning tree algorithm during runtime of the system.

This object indicates layer 2 Internet Group Management Protocol (IGMP) capture function is enabled or disabled .

This object indicates broadcast storm control function is enabled or disabled. The swL2PortCtrlBMDStormLimit object will descript the detail about the storm control .

This object indicates multicast storm control function is enabled or disabled. The swL2PortCtrlBMDStormLimit object will descript the detail about the storm control .

This object indicates destination lookup failure rate control function is enabled or disabled. The swL2PortCtrlBMDStormLimit object will descript the detail about the storm control .

This object to decide how many broadcast/multicast (depend on swL2DevCtrlBcastStormCtrl, swL2DevCtrlMcastStormCtrl or swL2DevCtrlDestLookupFailureCtrlobjects whether is enabled) packets per second will pass thru. Beyond the limit, the device will start dropping that type of packet until the second interval has expired . Once the time interval has expired , the device will start forwarding that type of packet.

As the object is set to active, all the statistic counters will be cleared. If set to normal, do nothing.

Indicates whether the SNMP entity is permitted to generate authenticationFailure traps. The value of this object overrides any configuration information; as such, it provides a means whereby all authenticationFailure traps may be disabled. Note that it is strongly recommended that this object be stored in non-volatile memory so that it remains constant across re-initializations of the network management system.

Indicates whether to filter the EAPOL PDU. If the administrative state for Port Access Control in a System is enabled, this object is meaningless. Otherwise, when this object is yes(1), the EAPOL packets will be dropped. When this object is no(2), the EAPOL packets will pass.

If this object is disabled(2), then no traffic segmentation. When we set it to enabled(1), there are three conditions for the traffic segmentation. (1) If without plugging in option module, port 1 is the server port. (2) If plugging in one-port module, the port on the module is the server port. (3) If plugging in two-port module, these two ports on the module are the server ports. Under this situation, other ports(Client ports) can only communicate with the server port. Client ports cant communicate with each other.

The target ip address of the ping test

The repetition times of the ping test

To control the device to start ping or stop ping

The state of the ping test, proceeding means the ping test is going on, and finish means the ping test is finished

The success times of the ping test.

The fail times of the ping test.

Indicates the VLAN ID which the Dot1dTpFdbTable belongs to ; The default value is DEFAULT_VLAN_ID of system .

A table that contains information about every port.

A list of information for each port of the device.

This object indicates the modules port number.(1..Max port number in the module)

This object indicates the connector type of this port.

Provides port type information in displayed string format

This object indicates the port link status.

This object indicates the port speed and duplex mode.

A table that contains control information about every port.

A list of control information for each port of the device.

This object indicates the modules port number.(1..Max port number in the module)

This object decide the port enabled or disabled.

Chose the port speed, duplex mode, and N-Way function mode.

Set flow control function as enabled or disabled.

As the object is set to active, the statistic counters of this port will be cleared. If set to normal, do nothing.

Set port description in displayed string format.

A table that contains Differentiated Service(DiffServ) type information of each port.

A list of DiffServ type information for each port of the device.

This object indicates the modules port number.(1..Max port number in the module)

The DiffServ type of this port. disabled(1) --- no DiffServ and TOS field modification ability. dscp(2) --- indicate the associated ports DSCP control information in swL2DiffServDSCPCtrlTable will take effect for the replacement of DSCP(DiffServ codepoint) field. tos(3) --- indicate the associated ports TOS control information in swL2DiffServTOSCtrlTable will take effect for the relationship of replacement between IP TOS precedence and 802.1p tag control priority field.

A table that contains DSCP (Differentiated Service Code Point) control information.

A list of DSCP control information for each port.

This object indicates the modules port number.(1..Max port number in the module)

The DSCP mode of this port. dscp-Force-Overwrite(1) --- The DSCP field for the IP packet is replaced by the specific value regardless of the DSCP of the incoming packet. dscp-Change-If-Zero(2) --- The DSCP field for the IP packet is replaced by the specific value if the DSCP of the incoming packet is zero.

The DSCP value of this port.

A table that contains TOS (Type Of Service) control information.

A list of TOS control information for each port.

This object indicates the modules port number.(1..Max port number in the module)

The TOS mode of this port. tos-Force-Overwrite(1) --- The IP TOS precedence is changed to the specific value. tos-TOS-Overwrite-802dot1p(2) --- If the incoming packet is IPv4 packet, change the 802.1p tag control priority field to the value in IP TOS precedence field. tos-802dot1p-Overwrite-TOS(3) --- If the incoming packet is IPv4 packet, the IP TOS precedence is changed to the value in the 802.1p tag control priority field.

this object is used only if swL2DiffServTOSCtrlMode is tos-Force-Overwrite(1)

A list of port snooping entries.Port mirroring function provides an easy way to monitor traffic on any port. In this way any good packets appears on the source mirror port also shows up on the target mirror port and doesnt to reconstruct the LAN.

A list of information provide an easy way to monitor traffic on any port. The use can bring a fancy network monitor attaching to any target mirror port and set the port to be monitored as source mirror port.

This object indicates the number of port to be sniffed. The port number is the sequential (logical) number which is also applied to bridge MIB, etc.

This object uses to setup what packets will be mirrored.

This object indicates switch which port will sniff another port. A trunk port member cannot be configured as a target Snooping port. The port number is the sequential (logical) number which is also applied to bridge MIB, etc.

This object indicates the mirror status.