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The following information displays:
•
The frame card slot number and port number in the format slot.port (for example, port 5.1).
•
The DLCI (Data Link Connection Identifier) for this virtual circuit.
•
The number of frames transmitted.
•
The number of frames received.
•
The number of characters transmitted.
•
The number of characters received.
•
The number of frames received with FECNs.
•
The number of frames received with BECNs.
•
The number of frames dropped on this circuit.
•
The number of frames received with the DE bit set.
•
The number of frames sent with the DE bit set.
•
The number of frames received on the circuit within the Bc (Committed Burst) value.
Committed burst is the maximum number of data bits that the network agrees to transfer
under normal conditions during the measurement interval.
•
The number of octets received on the circuit within the Bc.
•
The number of frames received on the circuit within the Be (Excess Burst) value. The
excess burst value is the maximum number of uncommitted data bits that the network will
attempt to deliver.
•
The number of octets received on the circuit within the Be.
•
The number of frames dropped in excess of the Bc or Bc+Be.
•
The number of octets dropped in excess of the Bc or Bc+Be.
•
The number of frames received in excess of the Bc and Be.
•
The number of octets received in excess of the Bc and Be.
•
The number of frames with the DE bit set that is dropped.
•
The number of octets with the DE bit set that is dropped.
•
The number of frames sent within the CIR (Committed Information Rate). The circuit
throughput is the committed information rate value in seconds.
•
The number of frames sent above CIR but within the EIR (Excess Information Rate).
•
Up time since the circuit was created.
•
Elapsed time when the circuit last changed state.
Avidia System Configuration and Management User Manual
Chapter 13: Monitoring Network Connections
301
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