Gigamon GigaVUE-HC3, Hardware Installation Manual

Page: 37 / 142

Introducing the GigaVUE-HC3 37
Port Modes for BPS-HC3-C25F2G
The port breakout modes are as follows:
• 4x10G —Specifies the 4x10G port breakout mode. This mode provides a 4 x 10Gb
breakout option for 40Gb/100Gb ports.
• none —Specifies no port breakout mode. This is the default mode for GigaVUE
nodes.
Each of the 40Gb/100Gb inline network protected port pairs (c1 and c2, or c3 and c4)
can be broken out into four times 10Gb ports, called subports.
The port speed will be automatically configured to 40Gb when the parent port is
configured to a port breakout mode of
4x10G . The subports will all have the same
speed (10Gb). Subports will have x1 to x4 appended to their port ID, for example, when
port 1/1/c2 is configured to
4x10G mode, the subports will be: 1/1/c2x1, 1/1/c2x2,
1/1/c2x3, and 1/1/c2x4.
The subports on the BPS-HC3-C25F2G module will only have a port type of
inline-network. After configuring the
4x10G mode, there will be a maximum of sixteen
10Gb ports (eight inline network protected port pairs). Refer to Table 1-7 on page 37 .
For example, if the box ID is 1, the BPS-HC3-C25F2G module is in slot 3, and both port
pairs are broken out,
Table 1-7 on page 37 lists the default inline networks:
disable monitoring FORCED BYPASS WITH
MONITORING GREEN GREEN
disable drop DISABLED OFF AMBER BLINK
disable to-inline-tool NORMAL GREEN OFF
disable bypass,
monitoring, or
to-inline-tool DISCONNECTED AMBER BLINK AMBER BLINK
disable to-inline-tool FAILURE-INTRODUCED
BYPASS OFF AMBER
disable to-inline-tool FAILURE-INTRODUCED DROP AMBER BLINK OFF
disable to-inline-tool NETWORK PORTS FORCED
DOWN AMBER BLINK OFF
disable to-inline-tool ABNORMAL AMBER OFF
Table 1-6: Inline Network Forwarding States and LED Descriptions
Physical
Bypass Traffic Path Forwarding State of Inline
Network Upper LED Lower LED
Table 1-7: Default Inline Networks in 4x10G Mode
Default Inline Network Network A
Connected To Network B
Connected To
default_inline_net_1_3_1_1 1/3/c1x1 1/3/c2x1
default_inline_net_1_3_1_2 1/3/c1x2 1/3/c2x2