1.
From
the
Configuration/Setup
Utility
main
menu,
select
Devices
and
I/O
Ports
and
press
Enter.
2.
Select
Planar
Ethernet
and
use
the
Right
Arrow
(
→
)
key
to
set
it
to
Enabled
.
3.
Set
the
network-planar
device
as
the
first
startup
device
under
the
Startup
Option
→
Startup
Sequence
Options
menu
choice
in
the
Configuration/Setup
Utility
program.
4.
Select
Save
Settings
and
press
Enter.
Configuring
the
Broadcom
NetXtreme
Gigabit
Ethernet
controller
The
Ethernet
controller
is
integrated
on
the
system
board.
It
provides
an
interface
for
connecting
to
a
10-Mbps,
100-Mbps,
or
1-Gbps
network
and
provides
full
duplex
(FDX)
capability,
which
enables
simultaneous
transmission
and
reception
of
data
on
the
network.
If
the
Ethernet
port
in
the
computer
supports
auto-negotiation,
the
controller
detects
the
data-transfer
rate
(10BASE-T,
100BASE-TX,
or
1000BASE-T)
and
duplex
mode
(full-duplex
or
half-duplex)
of
the
network
and
automatically
operates
at
that
rate
and
mode.
You
do
not
have
to
set
any
jumpers
or
configure
the
controller.
However,
you
must
install
a
device
driver
to
enable
the
operating
system
to
address
the
controller.
For
device
drivers
and
information
about
configuring
the
Gigabit
Ethernet
controller,
see
http://www.ibm.com/support/.
LSI
Logic
Configuration
Utility
program
Use
the
LSI
Logic
Configuration
Utility
program
to
configure
and
manage
redundant
array
of
independent
disks
(RAID)
arrays.
Be
sure
to
use
these
programs
as
described
in
this
document.
v
Use
the
LSI
Logic
Configuration
Utility
program
to:
–
Perform
a
low-level
format
on
a
SAS
hard
disk
drive
–
Set
SAS
protocol
parameters
In
addition,
an
LSI
command-line
configuration
program
is
available
from
http://www.ibm.com/support/.
Consider
the
following
information
when
using
the
LSI
Logic
Configuration
Utility
program
to
configure
and
manage
arrays:
v
The
integrated
SAS
controller
with
RAID
capabilities
supports:
–
Integrated
Mirroring
(IM)
with
hot-spare
support
(also
known
as
RAID
1)
Use
this
option
to
create
an
integrated
array
of
two
disks
plus
an
optional
hot
spare.
All
data
on
the
primary
disk
can
be
migrated.
–
Integrated
Mirroring
Enhanced
(IME)
with
hot-spare
support
(also
known
as
RAID
1E)
Use
this
option
to
create
an
integrated
mirror
enhanced
array
of
three
to
eight
disks,
including
an
optional
hot
spare.
–
Integrated
Striping
(IS)
(also
known
as
RAID
0)
Use
this
option
to
create
an
integrated
striping
array
of
two
to
eight
disks.
All
data
on
the
array
disk
will
be
deleted.
v
Hard
disk
drive
capacities
affect
how
you
create
arrays.
The
drives
in
an
array
can
have
different
capacities,
but
the
RAID
controller
treats
them
as
if
they
all
have
the
capacity
of
the
smallest
hard
disk
drive.
Chapter
3.
Configuring
the
computer
17
