Supported Configurations - HP 316095-B21 - StorageWorks Edge Switch 2/24 Release Note

Fw 07.01.02/hafm sw 08.06.00 hp storageworks edge switch release notes (aa-rtdzh-te, august 2005)
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Firmware
• HPQ_MSF_v07.01.02-4.bin—HP StorageWorks M-Series firmware
• firmwareupdate.txt—Instructions for updating firmware
Acrobat
• RP505ENU.EXE—Windows installation file for Acrobat Reader 5.0 with
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Supported configurations
Operation of multiple switches in a fabric topology is subject to the following topology
limits. Consider the impact of these limits when planning the fabric.
NOTE:
For more information about planning the fabric, refer to HP StorageWorks SAN High
Availability Planning Guide.
Fabric Elements—Each fabric element is defined by a unique domain ID that
ranges between 1 and 31; therefore, the theoretical limit of interconnected
directors in a single fabric is 31. The supported limit of interconnected switches
in a single fabric is 24. Because this number is subject to change, contact your
HP authorized service representative for the current number of interconnected
switches supported in a single fabric.
Inhomogeneous fabric—To determine if interoperability is supported for a
product, or if restrictions apply, refer to the product publications, or contact your
HP authorized service representative.
Number of Interswitch Links (ISLs)—The maximum supported number of ISLs
for edge switches is all available switch ports. For redundancy, at least two
ISLs should connect any two switch-class fabric elements. Because this number
is subject to change, contact your HP authorized service representative for the
current number of ISLs supported per switch.
Hop Count—The Fibre Channel theoretical limit of ISL connections traversed (hop
count) in a single path through a fabric is seven. The maximum supported hop
count in a single path through a fabric is three. Because this number is subject to
change, contact your HP authorized service representative for the current hop
count supported by a single fabric path.
The hop count is equal to the number of ISL connections traversed in a single
path, not the total number of ISL connections between devices.
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