HP NetServer AA 4000 HP Netserver AA Solution Administrator's Guide v - Page 44

Interconnect States, Table 2-6

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Interconnect States There are two types of Interconnects: an IL (IOP link) that connects one IOP to the other IOP, and an ESI (Endurance System Interconnect) that connects an IOP to a CE. The IL cables provide a path for communicating system states and status information. This path also provides the mirror copy data path. The Interconnect states are: Table 2-6 Interconnect States State Description Offline Ready Online Active Faulted Indicates that the Interconnect is not in use by the server but is available for use. The Interconnect typically transitions to ready from this state. Indicates that the Interconnect was activated by an IOP and is waiting for the component (CE or IOP) at the other end of the interconnect to also activate the Interconnect. Then, it transitions to online. Indicates that the Interconnect is in use and communication can be performed between the server components connected by it. The Interconnect remains in this state until the server activates the remote component. Then, the Interconnect transitions to active. Indicates that the server components on both sides of the Interconnect are active members of the server configuration. The Interconnect remains in this state until one of the components is removed from the configuration. Then, the Interconnect transitions to offline or ready. Indicates that the server removed the Interconnect from operation as a result of one or more faults that were attributed to the Interconnect. The Interconnect remains in this state until it is repaired and then enabled (using Endurance Manager). 2-16 HP Netserver AA Solution Administrator's Guide

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HP Netserver AA Solution Administrator°s Guide
Interconnect States
There are two types of Interconnects: an
IL
(IOP link) that connects one IOP to the other IOP,
and an
ESI
(Endurance System Interconnect) that connects an IOP to a CE.
The
IL cables
provide a path for communicating system states and status information. This path
also provides the mirror copy data path.
The Interconnect states are:
Table 2-6
Interconnect States
State
Description
Offline
Indicates that the Interconnect is not in use by the server but is available for use.
The Interconnect typically transitions to
ready
from this state.
Ready
Indicates that the Interconnect was activated by an IOP and is waiting for the
component (CE or IOP) at the other end of the interconnect to also activate the
Interconnect.
Then, it transitions to
online
.
Online
Indicates that the Interconnect is in use and communication can be performed
between the server components connected by it.
The Interconnect remains in this
state until the server activates the remote component.
Then, the Interconnect
transitions to
active
.
Active
Indicates that the server components on both sides of the Interconnect are active
members of the server configuration.
The Interconnect remains in this state until
one of the components is removed from the configuration.
Then, the Interconnect
transitions to
offline
or
ready
.
Faulted
Indicates that the server removed the Interconnect from operation as a result of one
or more faults that were attributed to the Interconnect. The Interconnect remains in
this state until it is repaired and then enabled (using Endurance Manager).