Figure 50-7. Accessing Non-Master Units on a Stack via the Console Port
-------------------------------CONSOLE ACCESS ON THE STANDBY----------------------------------
Stack(standby)>?
disable
enable
exit
show
ssh-peer-stack-unit
telnet-peer-stack-unit
terminal
Stack(standby)>show ?
calendar
clock
command-history
redundancy
version
-------------------------------CONSOLE ACCESS ON A MEMBER-------------------------------------
Stack(stack-member-0)#?
reset-self
show
Important Points to Remember
•
YYou may stack up to eight S25/S50 systems in combination.
•
You may stack up to 12 S60 systems
•
You may stack up to 3 S4810 systems
•
You may not stack different S-Series systems together (except the S25/S50)
•
You may not connect 12G and 24G stack ports.
•
All stack units must have the same version of FTOS.
S-Series Stacking Installation Tasks
•
Create an S-Series Stack on page 1026
•
Add a Unit to an S-Series Stack on page 1029
•
Remove a Unit from an S-Series Stack on page 1032
•
Merge Two S-Series Stacks on page 1034
•
Split an S-Series Stack on page 1035
Create an S-Series Stack
Stacking modules are pluggable units in the back of the unit that switch traffic between units in a stack.
Units are connected using bi-directional stacking cables; if you stacking modules have two ports, it does
not matter if you connect port A to B, or A to A, or B to B. Install stacking modules before powering the
unit. If you install a stacking module while the unit is online, FTOS does not register the new hardware; in
this case, you must reload the unit.
1026
|
Stacking S-Series Switches
Turn off privileged commands
Turn on privileged commands
Exit from the EXEC
Show running system information
Open a SSH connection to the peer Stack-unit
Open a telnet connection to the peer Stack-unit
Set terminal line parameters
Display the hardware calendar
Display the system clock
CLI command history
Current Stack unit HA status
Software version
Reset this unit alone
Show running system information