A
Connectrix Private Enterprise MIB (ef-6000)
A-25
Using SNMP to Manage the Switch
Fibre Channel Port
Group
This group contains information about the physical state, operational
status, performance and error statistics of each Fibre Channel ports
on the switch.
Table A-13 Fibre Channel Port Group
Variable Provides:
ef6000PortIndex Switch port number.
ef6000PortPhyState Physical state of the port.
ef6000PortOpStatus Operational status of the port. The values are defined as follows: online(1),
offline(2), testing(3), and faulty(4). The online state indicates that user frames
can be passed.
ef6000PortAdmStatus
(read-write)
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,
edFcPortAdmStatus is then changed to either the online (1) or testing (3)
states, or remains in the offline state.
ef6000PortConnector Supported connector types of the port. The values are defined as follow:
unknown(1), lc(2), mt-rj(3), mu(4).
ef6000PortDistance 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.
ef6000PortType Supported transceiver types of the port. The values are defined as follows:
unknown (1), longDistance(2) -- (LL-V), longWaveLaser-LL(3) -- (LL),
shortWaveLaser-OFC(4) -- (SL), shortWaveLaser-noOFC(5) -- (SN),
longWaveLaser-LC(6) -- (LC).
ef6000PortMedia 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 4-7
reserved.
ef6000PortSpeedCap A bit map to represent the speed of optical transceiver:
bit 0 - 100 MB/s
bit 1 - reserved
bit 2 - 200 MB/s
bit 3 - reserved
bit 4 - 400 MB/s
bit 5-7 - reserved
ef6000PortConfigSpeed The configured port speed. The values are: 1-gig = 1, 2-gig = 2, negotiate = 3.
To Next Page
Loading...
Need help?
General
