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FLOWcontrol™ 66
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VERSA
™
stream
example, any port that has a piece of analysis equipment directly connected
to the port would be assigned a port type of "Monitor Port". In the case of
all the filtered products except the FVS-1080, the Port Types are fixed.
7.2.4.1.5 Aggregation Configuration
The Aggregation Configuration
element of FLOW
control ™ allows
the user to modify the routes
used by the device.
The Readback button allows the
user to view the current
Aggregation Configuration. After
making changes, the use must
click the
Apply button for the
changes to take affect.
The Aggregation Configuration
can be either Ingress Port
Focused or Egress Port Focused.
Ingress Port Focused Aggregation
implies that any data arriving on
the top level port is replicated to
checked subordinate nodes in the
Aggregation Configuration tree.
Egress Port Focused Aggregation
implies that any data arriving on
one of the checked subordinate
nodes is copied to the top level
node.
Example:
In the below Egress Port Focused case:
Data arriving on Port 2, Port 4, and Port 5 are all copied to Port 1.
Data arriving on Port 3, Port 4, Port 5, and Port 6 are all copied to Port 2
Data arriving on Port 1, Port 2, Port 4, Port 5, Port, 6, Port 7 and Port 8 are all
copied to Port 3
.....
Filtered SINGLE stream ™ Tap Ports — By default, the A and B ports of any
Network Tap are routed to each other. This setting cannot be changed, or else
the Network Tap would cause a break in the network. The FLOW
control
software does not allow the user to make this change. The user is able to direct
network traffic from a Network Tap to any number of available Monitor Ports. In
the example below, the network traffic captured on Network Tap 1 (made up of
ports 1A and 1B) is sent to both Monitor ports 1 and 2. See
Example Filtered
SINGLEstream™ .
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