Lantronix
SISPM1040-582-LRT CLI Reference
33757 Rev. J
Page
211
of
272
Command
:
aggregation
Description
:
Create an aggregation for an interface.
Syntax
:
aggregation group <v_uint>
Parameters
: group Create an aggregation group
<uint> The aggregation group id
Example
:
SISPM1040-582-LRT(config-if)#
aggregation group 1
SISPM1040-582-LRT(config-if)#
do show aggr
Aggr ID Name Type Speed Configured Ports Aggregated Ports Aggregated
Bandwidth
------- ------ ------ -------- ---------------- ---------------- --------------------
1 LLAG1 Static 1G GigabitEthernet 1/1-10 GigabitEthernet 1/2,5,8,10 4G
SISPM1040-582-LRT(config-if)#
Command
:
debug
Description
:
Debugging functions in Interface Config mode. Note that there are also Exec mode and Interface
Config mode debug commands.
Warning
: The use of 'debug' commands may negatively impact system behavior. Do not enable
unless instructed to. Some debug commands when enabled they stay on, consuming CPU and
memory and ultimately slowing the system down.
Note
: 'debug' command syntax, semantics and behavior are subject to change without notice.
Warning
: Debug commands are only for use by, or at the direction of Lantronix Technical
Support.
Syntax
:
debug clear change
debug eee wakeup-time [ { rx | tx } { <v_uint16> | clear } ]
debug kr-conf [ cm1 <cm_1> ] [ c0 <c_0> ] [ cp1 <c_1> ] [ ampl <amp_val> ] [ { ps25 | ps35 | ps55 | ps70 | ps120 }
] [ en-ob | dis-ob ] [ ser-inv | ser-no-inv ] [ host | line ]
debug link-oam link-event-flags [ { link-fault | dying-gasp | crit-event } ]
debug link-oam retrieve-mib-variable-data { local | remote }
debug mode
debug no link-oam link-event-flags { link-fault | dying-gasp | crit-event }
debug phy auto-neg { get | { enable | disable } [ master ] }
debug phy clock <clock_port> { get | set type { serdes | copper | tclk | xtal | disable } [ frequency { 25m | 125m |
3125m } ] [ squelch <squelch> ] }
debug phy force-pass-through-speed { 1G | 100M | 10M }
debug phy gpio <gpio_no> get
debug phy gpio <gpio_no> mode { output | input | alternative }
debug phy gpio <gpio_no> set { high | low }
debug phy i2c read <i2c_mux> <i2c_device_addr> <i2c_reg_addr> <i2c_data_cnt>
debug phy i2c write <i2c_mux> <i2c_device_addr> <i2c_reg_addr> <data>
debug phy ib-cterm <ib_cterm_value> <ib_eq_mode>
