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Sample fabric topologies, Single-switch fabric, Sample fabric topologies -3 – Dell PowerVault 56F (16P Fibre Channel Switch) User Manual

Page 33: Single-switch fabric -3, Figure 2-1, Single-switch topology sample -3

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PowerVault 56F 16-Port Fibre Channel Switch Topologies

2-3

fabric-attached devices communicate, the FL_Port automatically translates between
private and public addresses.

The FL_Port translative mode supports up to 32 fabric-attached devices (one is
reserved for the fabric) appearing on each local loop of private devices, subject to the
limit of 126 devices on a loop (the total of private and fabric-attached devices).

Private devices are registered to the Simple Name Server (SNS), so the
fabric-attached devices can query SNS for their addresses and initiate communication.

NOTE: Loops may contain any combination of public or private loop devices.

-! "

The following fabric topology samples show several different conceptual topology
models. Each installation has a unique topology that is determined by the characteris-
tics of the connected devices and your performance objectives.

# .

The simplest fabric consists of a single-switch topology as shown in Figure 2-1.

!

Figure 2-1 shows the switch’s F_Ports and FL_Ports and the corresponding N_Port
and NL_Port connections on the device side. The switch connections are shown as
they would be in a physical installation. Functionally, the switch becomes a fabric with
every device connected to every other device by the fabric.

Data

Data

Data

N_Port

N_Port

N_Port

N_Port

mainframe

mainframe

F_Port

F_Port

F_Port

F_Port

F_Port

FL_Port

FL_Port

N_Port

NL_Ports

NL_Ports

JBOD

JBOD

fabric

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