Column
2
(0)
Logical
processor
device
number
assigned
by
AIX.
You
can
display
these
logical
device
numbers
by
issuing
the
following
command
on
the
AIX
command
line:
lsdev
-C
|
grep
proc
Column
3
(3.0)
Processor
address
list
used
by
the
service
processor.
Column
4
(00)
Error
status
of
the
processors.
The
error
status
of
each
processor
is
indicated
by
AB
,
where
B
indicates
the
number
of
errors
and
A
indicates
the
type
of
error
according
to
the
following:
1.
Bring-up
failure
2.
Run-time
non-recoverable
failure
3.
Run-time
recoverable
failure
4.
Group
integrity
failure
5.
Non-repeat-gardable
error.
The
resource
may
be
reconfigured
on
the
next
boot.
A
status
of
00
indicates
that
the
CPU
has
not
had
any
errors
logged
against
it
by
the
service
processor.
To
enable
or
disable
CPU
repeat
gard,
use
menu
option
77.
The
default
is
enabled.
If
CPU
repeat
gard
is
disabled,
processors
that
are
in
the
″
deconfigured
by
system
″
state
will
be
reconfigured.
These
reconfigured
processors
are
then
tested
during
the
boot
process,
and
if
they
pass,
they
remain
online.
If
they
fail
the
boot
testing,
they
are
deconfigured
even
though
CPU
repeat
gard
is
disabled.
The
failure
history
of
each
CPU
is
retained.
If
a
processor
with
a
history
of
failures
is
brought
back
online
by
disabling
repeat
gard,
it
remains
online
if
it
passes
testing
during
the
boot
process.
However,
if
CPU
repeat
gard
is
enabled,
the
processor
is
taken
offline
again
because
of
its
history
of
failures.
Notes:
1.
The
processor
numbering
scheme
used
by
the
service
processor
is
different
from
the
numbering
scheme
used
by
AIX.
To
ensure
the
correct
processor
is
selected,
consult
the
AIX
documentation
before
configuring
or
deconfiguring
a
processor.
2.
The
number
of
processors
available
to
AIX
can
be
determined
by
issuing
the
following
command
on
the
AIX
command
line:
bindprocessor
-q
.
v
Memory
Configuration/Deconfiguration
Menu
Enable/Disable
Memory
Repeat
Gard:
Memory
repeat
gard
partially
or
fully
deconfigures
a
memory
book
automatically
during
a
system
boot.
If
a
memory
book
has
failed
BIST
POST,
caused
a
machine
check
or
checkstop,
or
has
reached
a
threshold
of
recoverable
errors,
the
memory
will
remain
deconfigured
until
repeat
gard
is
disabled
or
the
memory
is
replaced.
Memory
repeat
gard
is
enabled
by
default.
For
more
information,
see
Runtime
Recoverable
Error
Repeat
Gard:
The
runtime
recoverable
error
repeat
gard
flag
controls
the
deallocation
of
the
memory
if
a
recoverable
error
occurs
during
runtime.
If
a
recoverable
memory
error
occurs,
and
the
runtime
recoverable
error
repeat
gard
is
disabled,
the
system
will
continue
running
with
no
change
in
the
memory
configuration.
If
a
recoverable
memory
error
occurs,
and
runtime
recoverable
error
repeat
gard
is
enabled,
the
memory
half-book
or
book
in
which
the
error
occurred
will
be
taken
offline.
Runtime
Recoverable
Error
Repeat
Gard
is
disabled
by
default.
These
configuration/deconfiguration
menus
allow
the
user
to
change
the
system
memory
configuration.
If
it
is
necessary
to
take
one
of
the
memory
books
partially
or
completely
offline,
this
menu
allows
you
to
deconfigure
a
book,
and
then
reconfigure
the
book
at
a
later
time.
This
menu
also
allows
you
to
see
if
the
repeat
gard
function
has
partially
or
completely
deconfigured
a
memory
book.
When
this
option
is
selected,
a
menu
displays.
The
following
is
an
example
of
this
menu:
Chapter
7.
Using
the
Service
Processor
797
Содержание eserver pSeries 690
Страница 1: ...pSeries 690 Service Guide SA38 0589 05 ERserver...
Страница 2: ......
Страница 3: ...pSeries 690 Service Guide SA38 0589 05 ERserver...
Страница 12: ...x Eserver pSeries 690 Service Guide...
Страница 14: ...xii Eserver pSeries 690 Service Guide...
Страница 228: ...Step 1527 5 Call your next level of support 212 Eserver pSeries 690 Service Guide...
Страница 357: ...Step 1543 15 Call for support This ends the procedure Chapter 3 Maintenance Analysis Procedures 341...
Страница 362: ...Step 1545 15 Call for support This ends the procedure 346 Eserver pSeries 690 Service Guide...
Страница 365: ...Step 1546 15 Call for support This ends the procedure Chapter 3 Maintenance Analysis Procedures 349...
Страница 381: ...Step 154A 14 Turn off the power Chapter 3 Maintenance Analysis Procedures 365...
Страница 430: ...414 Eserver pSeries 690 Service Guide...
Страница 798: ...782 Eserver pSeries 690 Service Guide...
Страница 868: ...Media Subsystem Internal Cables 1021 p690 Cable Installation and Management 1022 852 Eserver pSeries 690 Service Guide...
Страница 910: ...MCM Installation Shorts Test Step 3 See L3 Cache Modules on page 898 894 Eserver pSeries 690 Service Guide...
Страница 923: ...L3 Cache Shorts Test Step 4 Chapter 9 Removal and Replacement Procedures 907...
Страница 924: ...L3 Cache Shorts Test Step 5 908 Eserver pSeries 690 Service Guide...
Страница 926: ...L3 Cache Shorts Test Step 2 910 Eserver pSeries 690 Service Guide...
Страница 928: ...L3 Cache Shorts Test Step 4 912 Eserver pSeries 690 Service Guide...
Страница 929: ...L3 Cache Shorts Test Step 5 Chapter 9 Removal and Replacement Procedures 913...
Страница 1055: ...7040 Model 681 Media Subsystem 1 2 3 4 5 6 7 8 9 10 Chapter 10 Parts Information 1039...
Страница 1057: ...Power and SCSI Cables to the Media Subsystem 1 2 3 5 4 6 Chapter 10 Parts Information 1041...
Страница 1061: ...Power Cabling Chapter 10 Parts Information 1045...
Страница 1090: ...1074 Eserver pSeries 690 Service Guide...
Страница 1094: ...1078 Eserver pSeries 690 Service Guide...
Страница 1109: ...error Handle unexpected modem responses expect 8 r or 7 r or 6 r or 4 r or 3 r delay 2 done Appendix D Modem Configurations 1093...
Страница 1122: ...1106 Eserver pSeries 690 Service Guide...
Страница 1123: ...Appendix E Ground Path The ground path for the pSeries 690 is shown in the following figure 1107...
Страница 1124: ...1108 Eserver pSeries 690 Service Guide...
Страница 1132: ...1116 Eserver pSeries 690 Service Guide...
Страница 1133: ......
Страница 1134: ...Printed in U S A February 2004 SA38 0589 05...