TELDAT-MON-INTERF-FR-MIB: View SNMP OID List / Download MIB

Table of general information about interfaces Frame Relay. This information is not available for FR-Dial or FR over RDSI interfaces. The entry number is determined by the interface value.

Each entry consists of the interface number of the node, that is the table index, the interface type or physical driver (DTE o DCE) used by Frame Relay, the line speed and the time the last port reset was performed.

Node interface number, that indicates the table entry (table index).

FR interface type: (1) DCE, (2) DTE.

Line data rate, expressed in bits per second. The value 0 indicates unknown speed.

Weeks passed since the last port reset.

Days passed since the last port reset: spare days after counting weeks, that do not form a complete week, that means the variable value will be always lower than 7.

Hours passed since the last port reset. If more than a week has passed, this variable indicates the number hours to add to the number of weeks and days, and its value will be lower than 24 so a complete day can't be formed.

Minutes passed since the last port reset. This variable indicates the number of minutes since the last hour was added to the hour counter.

Seconds passed since the last port reset. The total time passed will be the addition of weeks, days, hours, minutes and seconds since the last reset.

Table of RS232 signals or circuits. It shows if the corresponding signal is active. This table does not exist for FR-Dial or FR over ISDN interfaces. The entry number is determined by the interface value.

Each entry consists of the node interface number, that is the table index, the order number of the circuit in that interface (second index), that goes between 1 and a maximum number that depends on the connector type (maximum 7), the circuit number (105, 106, 107, 108, 109, 125, 141), its name (RTS, CTS, DSR, DTR, DCD, RI, LL) and if it is active or not.

Node interface number. It is the first table index.

Second table index. It is a number that goes between 1 and the maximum number of this type of circuits, that varies with the connector.

RS232 circuit number.

Circuit name.

Signal (of the circuits) status: on, off or unknown.

Table of counters of output frames and errors on input frames. This information is not available for FR-Dial or FR over ISDN interfaces. The entry number is determined by the interface (table index).

Each entry consists of the node interface number, which is the table index, a variable that shows the output of the last table delete attempt (get operation) or performs the delete operation (set operation), CRC errors in incoming frames, alignment errors, lost incoming frames due to overrun, too long frames, aborted frames, number of errors due to DMA/FIFO overrun, number of DMA/FIFO underrun in outgoing frames and aborted outputs sent.

Node interface number, which shows the corresponding table entry (it is the table index).

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the table yet. In set operations, the value 1 (it is the only value that can be assigned by a writing operation) causes a table deletion: frame counters are set to 0. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Number of frames with CRC errors.

Number of incoming frames lost due to overrun.

Number of incoming frames aborted.

Number of incoming frames with alignment errors.

Number of too long incoming frames.

Number of DMA/FIFO overrun.

Number of DMA/FIFO overrun.

Number of aborted outputs sent.

This table contains compression statistics of Frame Relay, FR-Dial and FR over ISDN interfaces. The entry number is determined by the interface value (first table index) and the dlci number whose statistics want to be got (second table index).

Each entry consists of the interface number, which is the first table index, the dlci number whose statistics are of interest (second index), a variable that shows the output of the last table delete attempt (get operation) or performs the delete operation (set operation), and the current output from managed, processed and non processed bytes and frames counters, error frames counters and out of sequence in compression and decompression frames counter.

Node interface number. It is the first table index.

Dlci number in the interface. It is the second table index.

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the table yet. In set operations, the value 1 (it is the only value that can be assigned by a writing operation) causes a table deletion: frame counters are set to 0. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Number of frames managed in compression.

Number of bytes managed in compression.

Number of frames processed in compression.

Number of bytes processed in compression.

Number of frames not processed in compression.

Number of bytes not processed in compression.

Number of frames with errors in compression.

Number of frames out of sequence in compression.

Number of frames managed in decompression.

Number of bytes managed in decompression.

Number of frames processed in decompression.

Number of bytes processed in decompression.

Number of frames not processed in decompression.

Number of bytes not processed in decompression.

Number of frames with errors in decompression.

Number of frames out of sequence in decompression.

This table contains compression statistics of Frame Relay, FR-Dial and FR over ISDN interfaces. The entry number is determined by the interface value (table index).

Each entry consists of the node interface number, that is the table index, and a variable for each component of the time and date when the statistic counting began.

Node interface number, that indicates the table entry (table index).

Beginning day of the counting of compression statistics.

Beginning month of the counting of compression statistics.

Beginning year of the counting of compression statistics.

Beginning hour of the counting of compression statistics.

Beginning minute of the counting of compression statistics.

Beginning second of the counting of compression statistics.

Revision.

Card.

It indicates if the Interruption Mode is active (1) or inactive (2). Enumeration: 'active': 1, 'inactive': 2.

Table of statistics of CRTP compression of Frame Relay, FR-Dial and FR over RDSI interfaces. The entry number is determined by the interface value (first table index) and the dlci number for the interface of which we want to obtain the statistics (second index).

Each entry consists of the node interface number, which is the table index, the dlci number for the interface of which we want to obtain the statistics (second index),a variable that shows the output of the last table delete attempt (get operation) or performs the delete operation (set operation), and the current output from the counters of outgoing detected RTP packets, outgoing compressed RTP packets, number of searchs of the connection status, number of times the connection status was not found, number of incoming non compressed RTP packets, number of incoming compressed RTP packets, number of incoming unknown RTP packets and number of Context State RTP packets.

Node interface number. It is the first table index.

Dlci number of the interface. It is the second table index.

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the table yet. In set operations, the value 1 (it is the only value that can be assigned by a writing operation) causes a table deletion: frame counters are set to 0. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Number of detected outgoing RTP packets.

Number of compressed outgoing RTP packets

Number of searchs of the connection status.

Number of times the connection status was not found.

Number of non compressed incoming RTP packets.

Number of compressed incoming RTP packets.

Number of unknown incoming RTP packets.

Number of Context State RTP packets.

LMI table. The entry number is determined by the interface value.

Each entry consists of the node interface number, that is the table index, a variable that shows the output from the last statistics delete attempt, another variable shows if the LMI management is enabled, the dlci associated to that management, the LMI type, if orphan circuits are allowed, the LMI sequence interval (in seconds), line access rate (bps), the Interface MTU (Maximum Transmission Unit) (in bytes), CIR monitor adjustment, Timer T1 (in seconds), counter N1 increments, LMI N2 error threshold, LMI N3 error window, IR percentage increment, IR percentage decrement, point to point line enabled or not and the point to point DLCI used in this case, protocol broadcast enabled or not, emulate multicast enabled or not for the active PVCs, congestion monitoring enabled or not, CIR monitoring that limits the router transmission speed active or inactive, a variable used to enable the inmediate return of Frame Relay back-up that only allows set operations, number of received sequence, number of transmitted sequence, total number of link status requests and responses to these requests, total number of sequence requests and number of responses to sequence requests.

Node interface number, that shows the corresponding table entry (table index).

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the table yet. In set operations, the value 1 (it is the only value that can be assigned by a writing operation) causes a table deletion: frame counters are set to 0. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

LMI enabled or disabled: it shows if Frame Relay management is active (1) or inactive (2). Enumeration: 'disabled': 2, 'enabled': 1.

LMI DLCI: Management circuit number. It will be 0(ANSI, CCITT) or 1023(LMI).

LMI Type: (1) CCITT, (2) ANSI T.1 617 Annex D, (3) LMI Rev.1. If LMI is not enabled this variable takes the value 0 (disabled-lmi). Enumeration: 'disabled-lmi': 0, 'ccitt': 1, 'lmi': 3, 'ansi': 2.

Indicates if all non configured circuits made known by management are available for use, yes or no. Enumeration: 'yes': 1, 'no': 2.

Indicates the sequence interval that LMI management uses (in seconds).

Physical data rate of the Frame Relay interface in bits per second.

MTU (maximum transmission unit) of the Frame Relay interface in bytes.

CIR monitor adjustment.

Timer T1, in seconds.

Counter N1 increments.

Allowable errors N2.

Error window N3.

IR adjustment percentage increment.

IR adjustment percentage decrement.

Minimum IR as CIR percentage.

Point to point line enabled (1) or not (2). Enumeration: 'yes': 1, 'no': 2.

Point to point dlci: used when the net is configured as point to point.

Broadcast Protocol : Yes (1) or No (2). Enumeration: 'yes': 1, 'no': 2.

Emulate Multicast: it shows if multicast emulation is enabled on each active PVC, yes (1) or no(2). Enumeration: 'yes': 1, 'no': 2.

Congestion Monitoring: congestion monitoring feature. The variable value may be (1) if it is enabled congestion monitoring or (2) if not. Enumeration: 'yes': 1, 'no': 2.

FR CIR monitoring: indicates whether the circuit monitoring feature that enforces the transmission rate is enabled, yes (1) or no (2). Enumeration: 'yes': 1, 'no': 2.

Enable the prompt return from the PVC back-up. This variable only makes sense in a set operation (value 1). It can be enabled, but not disabled. In a read operation we will get the value 2 (ok). Enumeration: 'ok': 2, 'enable-prompt-return-from-PVC-back-up': 1.

Sequence number received.

Sequence number transmitted.

Total number of link status inquiries.

Total number of link status responses.

Total number of sequence requests.

Total number of sequence responses.

Table of PVC Status. The entry is determined by the interface number. It gives information about the number of allowable PVCs, configured PVCs, active PVCs, congested PVCs, PVCs that have joined the network and PVCs that are no longer on the network.

Each entry consists of the number of the node interface that is the table index, a variable to delete the table (in get operations shows the output from the last attempt for deleting counters of congested circuits, joined and left, and the set operation begins to delete counters), and the number of allowed PVCs, configured PVCs, active PVCs, congested PVCs, left PVCs (left net) and joined PVCs (join net).

Number of the node interface, that indicates the corresponding table entry (it is the table index).

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the table yet. When we perform a set operation with value 1, the counters of the congested, joined and left circuits are deleted. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Number of allowable PVCs.

Total number of currently configured PVCs.

Total number of active PVCs.

Total number of congested PVCs.

Total number of left PVCs (left net).

Total number of joined PVCs (join net).

Table of PVCs. The entry is determined by the interface number and the circuit number (dlci), that are the table index. It contains information about the circuit status (active, inactive, congested or removed), the type of circuit (permanent, switched or multicast), if the circuit is orphan, if transmitted data are encoded, number of frames and bytes transmitted and received, transmitted frames lost due to queue oveflow, frames lost due to input overrun, total number of FECNs, total number of BECNs, number of times the circuit congested, number of times the circuit was inactive, and circuit CIR, VIR, Bc and Be.

Each entry contains the number of node interface (first table index), the circuit number (dlci) (second index), a variable to delete the table (in get operations shows the output from the last attempt for deleting statistics, and the set operation begins to delete statistics), the circuit status (active, inactive, congested or removed), if the circuit is orphan, if transmitted data are encoded or not, number of frames and bytes transmitted and received, transmitted frames lost due to queue oveflow, frames lost due to input overrun, total number of FECNs, total number of BECNs, number of times the circuit congested, number of times the circuit was inactive, and circuit CIR, VIR, Bc and Be.

Number of the node interface (it is the first table index).

Circuit number (dlci) for that interface (second table index).

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the table yet. When we perform a set operation with value 1, the counters of PVCs statistics included in the table are deleted. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Circuit name.

Circuit state: (1) inactive (waiting in LMI), (2) active, (3) congested, (4) removed. If this field stores a value different from the previous ones (active, congested or removed), the circuit is considered inactive. Enumeration: 'active': 2, 'removed': 4, 'inactive': 1, 'congested': 3.

Type of circuit: (0) unknown, (1) permanent, (2) switched, (3) multicast. Enumeration: 'unknown': 0, 'permanent': 1, 'multicast': 3, 'switched': 2.

This variable indicates if the circuit is orphan, yes (1) or no (2). Enumeration: 'yes': 1, 'no': 2.

This variable indicates if data are encoded, yes (1) or no (2). Enumeration: 'yes': 1, 'no': 2.

Transmitted frames.

Transmitted bytes.

Received frames.

Received bytes.

Transmitted frames lost due to queue overflow.

Frames lost due to input overrun. This variable only makes sense if the interface is not FR over ISDN or FR-DIAL, or FR over ISDN is not enabled. In the previous cases, tha variable will take the value 0.

Total FECNs: number of times inbound congestion was notified.

Total BECNs: number of times outbound congestion was notified.

Number of times the circuit became congested.

Number of times this circuit was inoperable.

CIR (Committed Information Rate), en bps.

VIR (Current Information Rate).

Bc (Commited Burst Size), en bits.

Be (Excess Burst Size).

Table of protocol addresses. It contains information about the protocol type, the protocol address (it is possible to have several per protocol and interface) and the circuit number (dlci) associated to that address.

Each entry consists of the number of the interface (first table index), the protocol type (second index), the address order number (third index: it is necessary because it is possible to have several addresses associated to each protocol and interface), the protocol address and the dlci associated to that address.

Number of the interface (first table index).

Protocol type (second table index).

Address order number (it is possible to have several addresses associated to each protocol and interface). It is the third index.

Protocol address.

Dlci associated to that address.

Table of active calls. It contains information about the name and number (dlci) of the circuit through which the call is established, called and calling number, call reference and the hour, minute and second of the call beginning.

Each entry contains the number of the node interface (first index), the order number of the call in the table (second index), name and dlci of the circuit through which the call is established, called and calling number, call reference and the hour, minute and second of the call beginning.

Number of the interface (first table index).

Call order or position in the table (second index).

Circuit name.

Dlci Number of the circuit through which the call is established.

Called number

Calling number.

Call reference.

Indicates the hour the call was initialized.

Indicates the minute the call was initialized.

Indicates the second the call was initialized.

Table of released calls. Contains information about the name and dlci of the circuit through which the call was initialized, called and calling numbers, cause and diagnosis of the release, the hour, minute and second the call finished.

Each entry contains the number of the node interface (first index), the order number of the call in the table (second index), name and dlci of the circuit through which the call is established, called and calling number, cause and diagnosis of the release, the hour, minute and second the call finished.

Number of interface (first table index).

Call order or position in the table (second index).

This variable when is read shows the output from the last table delete attempt: the value is 2 if the deletion was performed succesfully, 3 if an error ocurred and 4 for an undefined result, that means that nobody has tried to delete the buffer of released calls yet. When we perform a set operation with value 1, the buffer of released calls is deleted. Enumeration: 'error': 3, 'ok': 2, 'undefined': 4, 'delete': 1.

Name of the circuit through which the call was established.

Dlci number of the circuit through which the call was established.

Called number.

Calling number.

This indicates why the call has been released.

Indicates the released call diagnosis.

Indicates the hour the call was initialized.

Indicates the minute the call was initialized.

Indicates the second the call was initialized.

Indicates the hour the call was released.

Indicates the minute the call was released.

Indicates the second the call was released.