xcvr_addr
|
KSTAT_DATA_UINT32
|
Provides the MII address of the transceiver that is currently in use.
-
(0) - (31) are for the MII address of the physical layer device
in use for a given Ethernet device.
-
(-1) is used where there is no externally accessible MII interface,
and therefore the MII address is undefined or irrelevant.
|
xcvr_id
|
KSTAT_DATA_UINT32
|
Provides the specific vendor ID or device ID of the transceiver that
is currently in use.
|
xcvr_inuse
|
KSTAT_DATA_UINT32
|
Indicates the type of transceiver that is currently in use. The IEEE aPhytType enumerates the following set:
-
(0) other undefined
-
(1) no MII interface is present, but no transceiver is connected
-
(2) 10 Mbits/s Clause 7 10 Mbits/s Manchester
-
(3) 100BASE-T4 Clause 23 100 Mbits/s 8B/6T
-
(4) 100BASE-X Clause 24 100 Mbits/s 4B/5B
-
(5) 100BASE-T2 Clause 32 100 Mbits/s PAM5X5
-
(6) 1000BASE-X Clause 36 1000 Mbits/s 8B/10B
-
(7) 1000BASE-T Clause 40 1000 Mbits/s 4D-PAM5
This set is smaller than the set specified by ifMauType ,
which is defined to include all of the above plus their half duplex/full duplex
options. Since this information can be provided by the cap_*
statistics, the missing definitions can be derived from the combination of xcvr_inuse and cap_* to provide all the combinations
of ifMayType .
|
cap_1000fdx
|
KSTAT_DATA_CHAR
|
Indicates the device is 1 Gbits/s full duplex capable.
|
cap_1000hdx
|
KSTAT_DATA_CHAR
|
Indicates the device is 1 Gbits/s half duplex capable.
|
cap_100fdx
|
KSTAT_DATA_CHAR
|
Indicates the device is 100 Mbits/s full duplex capable.
|
cap_100hdx
|
KSTAT_DATA_CHAR
|
Indicates the device is 100 Mbits/s half duplex capable.
|
cap_10fdx
|
KSTAT_DATA_CHAR
|
Indicates the device is 10 Mbits/s full duplex capable.
|
cap_10hdx
|
KSTAT_DATA_CHAR
|
Indicates the device is 10 Mbits/s half duplex capable.
|
cap_asmpause
|
KSTAT_DATA_CHAR
|
Indicates the device is capable of asymmetric pause Ethernet flow control.
|
cap_pause
|
KSTAT_DATA_CHAR
|
Indicates the device is capable of symmetric pause Ethernet flow control
when cap_pause is set to 1 and cap_asmpause is
set to 0. When cap_asmpause is set to 1, cap_pause has
the following meaning:
|
cap_rem_fault
|
KSTAT_DATA_CHAR
|
Indicates the device is capable of remote fault indication.
|
cap_autoneg
|
KSTAT_DATA_CHAR
|
Indicates the device is capable of auto-negotiation.
|
adv_cap_1000fdx
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising 1 Gbits/s full duplex capability.
|
adv_cap_1000hdx
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising 1 Gbits/s half duplex capability.
|
adv_cap_100fdx
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising 100 Mbits/s full duplex capability.
|
adv_cap_100hdx
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising 100 Mbits/s half duplex capability.
|
adv_cap_10fdx
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising 10 Mbits/s full duplex capability.
|
adv_cap_10hdx
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising 10 Mbits/s half duplex capability.
|
adv_cap_asmpause
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising the capability of asymmetric pause
Ethernet flow control.
|
adv_cap_pause
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising the capability of symmetric pause
Ethernet flow control when adv_cap_pause is set to 1 and adv_cap_asmpause is set to 0. When adv_cap_asmpause is
set to 1, adv_cap_pause has the following meaning:
|
adv_rem_fault
|
KSTAT_DATA_CHAR
|
Indicates the device is experiencing a fault that it is going to forward
to the link partner.
|
adv_cap_autoneg
|
KSTAT_DATA_CHAR
|
Indicates the device is advertising the capability of auto-negotiation.
|
lp_cap_1000fdx
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is 1 Gbits/s full duplex capable.
|
lp_cap_1000hdx
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is 1 Gbits/s half duplex capable.
|
lp_cap_100fdx
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is 100 Mbits/s full duplex capable.
|
lp_cap_100hdx
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is 100 Mbits/s half duplex capable.
|
lp_cap_10fdx
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is 10 Mbits/s full duplex capable.
|
lp_cap_10hdx
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is 10 Mbits/s half duplex capable.
|
lp_cap_asmpause
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is capable of asymmetric pause Ethernet
flow control.
|
lp_cap_pause
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is capable of symmetric pause Ethernet
flow control when lp_cap_pause is set to 1 and lp_cap_asmpause is set to 0. When lp_cap_asmpause is set to
1, lp_cap_pause has the following meaning:
|
lp_rem_fault
|
KSTAT_DATA_CHAR
|
Indicates the link partner is experiencing a fault with the link.
|
lp_cap_autoneg
|
KSTAT_DATA_CHAR
|
Indicates the link partner device is capable of auto-negotiation.
|
link_asmpause
|
KSTAT_DATA_CHAR
|
Indicates the link is operating with asymmetric pause Ethernet flow
control.
|
link_pause
|
KSTAT_DATA_CHAR
|
Indicates the resolution of the pause capability. Indicates the link
is operating with symmetric pause Ethernet flow control when link_pause is
set to 1 and link_asmpause is set to 0. When link_asmpause is set to 1 and is relative to a local view of the link, link_pause has the following meaning:
|
link_duplex
|
KSTAT_DATA_CHAR
|
Indicates the link duplex.
-
link_duplex = 0 Link is down and duplex
is unknown.
-
link_duplex = 1 Link is up and in half
duplex mode.
-
link_duplex = 2 Link is up and in full
duplex mode.
|
link_up
|
KSTAT_DATA_CHAR
|
Indicates whether the link is up or down.
|