Linux
Linux
for
S/390
v
Support
for
FICON
Express2
(CHPID
type
FC),
including
Channel-To-Channel
(CTC)
v
Support
for
FICON
Express2
(CHPID
type
FCP)
for
support
of
SCSI
disks
v
OSA
Express2
large
send
(also
called
TCP
segmentation
offload)
v
Linux-Only
mode
v
16
CPs
v
2048
MB
of
central
storage
v
262144
MB
of
expanded
storage
v
256
channels
v
PKCS
#11
API
support
for
zSeries
PCI
Cryptographic
Accelerator
Feature
v
WLM
Management
of
shared
logical
processors
v
Performance
assist
via
passthrough
of
adapter
interruptions
for
FCP,
IQD,
and
OSD
CHPID
types
v
PCIXCC
support
v
Support
for
zSeries
Crypto
Express2
feature
only
for
SSL
functions
(available
on
release
7
only).
Support
for
clear
key
RSA
operations
only.
Hardware
Configuration
Definition
(HCD)
You
can
use
HCD’s
interactive
panels
to
define
configuration
information
both
to
the
CPC
and
to
the
operating
system.
Note:
HCD
and
Hardware
Configuration
Manager
(HCM)
are
also
available
on
z/VM.
HCD,
running
on
z/OS
allows
you
to
dynamically
change
the
current
I/O
configuration
of
the
CPC.
HCD
allows
you
to
dynamically
change
the
current
I/O
configuration
of
the
operating
system
and
to
create
a
new
IOCDS
and
make
it
the
active
IOCDS.
HCD
is
required
to
define
the
I/O
configuration
to
the
operating
system.
HCD
is
also
the
recommended
way
to
define
hardware
configurations.
The
HCD
component
of
z/OS
allows
you
to
define
the
hardware
and
software
I/O
configuration
information
necessary
for
a
parallel
sysplex
solution
environment,
including
the
capability
to
define:
v
peer-mode
channel
paths
(CFP,
CBP,
CIB,
and
ICP)
to
connect
z/OS
systems
to
coupling
facility
images,
and
v
peer-mode
channel
paths
(CFP,
CBP,
CIB,
and
ICP)
to
connect
coupling
facility
images
to
one
another,
in
support
of
System-Managed
CF
Structure
Duplexing.
Additionally,
HCD
allows
you
to
remotely
write
IOCDSs
from
one
support
element
CPC
to
another
support
element
CPC
as
long
as
both
support
elements
are
powered-on,
LAN-attached,
enabled
for
remote
licensed
internal
code
(LIC)
update,
and
defined
to
the
same
Hardware
Management
Console.
Dynamic
I/O
configuration
does
not
support
the
following:
v
Adding/deleting
MIF
image
IDs
from
the
initial
ones
in
the
IOCDS.
(However,
you
can
change
which
LPs
go
to
which
MIF
image
IDs).
When
using
HCD
in
z/OS,
you
can
define
and
control
the
configuration
of
the
CPC
affecting
all
LPs.
Those
LPs
that
run
with
HCD
or
z/VM
can
dynamically
change
their
software
configuration
definitions.
Other
LPs
may
require
an
IPL
in
order
to
use
the
new
configuration.
Chapter
1.
Introduction
to
Logical
Partitions
1-13
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