Chapter 2: Virtual Chassis Stacking
62
– Maximum eight ports per switch for trunks of 1Gbps
copper ports
– Maximum eight ports per switch for trunks of 1Gbps SFP ports
1 to 24 on the x530-28GSX Switch
The default trunk ports on the x530 Series switches are the last
two SFP+ ports:
– Ports 9/S1 and 10/S2 on the x530-10GHXm Switch
– Ports 17/S1 and 18/S2 on the x530-18GHXm Switch
– Ports 27/S1 and 28/S2 on the x530-28GTXm, x530-28GPXm,
and x530-28GSX Switches
– Ports 51/S1 and 52/S2 on the x530-52GTXm and x530-
52GPXm Switches
Stacking is enabled by default on x530 Series switches.
No additional software or licenses are required for stacking within
the x530 Series switches.
Stacks can have x530, x530DP, and x530L Switches. However,
this type of stack, referred to as a mixed stack, requires a license
and additional configuration steps. Refer to “Mixed Switch Stacks”
on page 82.
A stack of x530 Series switches cannot contain other stacking
switches, such as x600 or x610 Series switches.
The links of a stack trunk must be direct connections between
switches. You cannot install a networking device, such as a media
converter or Ethernet switch, between two stacking ports.
SFP+ transceivers and direct attach cables used for a stack trunk
must be from Allied Telesis. Switches will not form a stack with
transceivers from other network equipment providers. For a list of
supported transceivers, refer to the product data sheet on the
Allied Telesis web site.
To build a trunk of 1Gbps copper ports on 52-port x530-52GPXm
and x530-52GTXm Switches, you may select a maximum of eight
ports in the port range 1 to 20. The trunk ports do not have to be
consecutive.
To build a trunk of 5Gbps multi-speed ports on 52-port x530-
52GPXm and x530-52GTXm Switches, you may select a
maximum of four ports in the port ranges 41 to 44 or 45 to 48. The
ports must be consecutive.
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