EMC Connectrix ED-64M, User Manual

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A
Connectrix Private Enterprise MIB (fceos.mib)
A-91
Using SNMP to Manage the Switch
Port Table (Port Group)
Table A-44 Port Table
FCEOS MIB Object
Name
Type
Provid
ed By
Access Description
fcEosPortIndex fcEosPortIndex SNMP R The fixed physical port number on the switch. It ranges from
1 to the number of physical ports that can be supported in
the switch.
fcEosPortPhyState fcEosPortPhySt
ate FPM R The physical state of the port.
fcEosPortOpStatus INTEGER FPM,
SNMP R The operational status of the port. The values are defined as
follow: online(1), offline(2), testing(3), and faulty(4). The
online(1) state indicates that user frames can be passed.
Refer to Port State Descriptions on page 2-121. If the port is
not installed, returns offline(2).
fcEosPortAdmStatus INTEGER PCP,
FPM R/W The desired state of the port. A management station may
place the port in a desired state by setting this object
accordingly. The testing(3) state indicates that no user
frames can be passed. As the result of either explicit
management action or per configuration information
accessible by the switch, fcEosPortAdmStatus is then
changed to either the online(1) or testing(3) states, or
remains in the offline(2) state. If the port is not installed,
returns offline(2).
fcEosPortConnector INTEGER PSCC R Supported connector types of the port. The values are
defined as follow: unknown(1), lc(2), mt-rj(3), mu(4), and
internal-port(5).
fcEosPortDistance INTEGER
(0..127) PSCC R A bit map to represent distance types of the Port. Bit 0
unknown, bit 1-3 reserved, bit 4 long distance (l), bit 5
intermediate distance (i), bit 6 short distance (s), bit 7 very
long distance.
fcEosPortXceiverType INTEGER PSCC R Supported transceiver types of the port. The values are
defined as follow: unknown (1), longDistance(2) – (LL-V),
longWaveLaser-LL(3) – (LL), shortWaveLaser-OFC(4) –
(SL), shortWaveLaser-noOFC(5) – (SN),
longWaveLaser-LC(6) – (LC).
fcEosPortMedia INTEGER
(0..127) PSCC R A bit map to represent transmission media of the port. Bit 0
single mode(sm), bit 1 reserved, bit 2 multi-mode 50m (m5),
bit 3 multi-mode 62.5 (m6), bit 4-6 reserved, bit 7 copper.