Sun Storage 7000 Unified Storage System: How to rebuild network interfaces

Asset ID:	1-71-1587913.1
Update Date:	2018-05-10
Keywords:

Solution Type Technical Instruction Sure

Solution 1587913.1 : Sun Storage 7000 Unified Storage System: How to rebuild network interfaces

Applies to:

Oracle ZFS Storage ZS3-4 - Version All Versions to All Versions [Release All Releases]
Sun Storage 7110 Unified Storage System - Version All Versions to All Versions [Release All Releases]
Sun Storage 7310 Unified Storage System - Version All Versions to All Versions [Release All Releases]
Sun Storage 7210 Unified Storage System - Version All Versions to All Versions [Release All Releases]
Sun ZFS Storage 7420 - Version All Versions to All Versions [Release All Releases]
7000 Appliance OS (Fishworks)

Goal

Network configuration is under the configuration net, which has sub commands for devices, datalinks, interfaces, and routing.

In the CLI, the show command can be used with each to show the current configuration.

Solution

Remove the 'interface' BEFORE removing the 'datalink'

Caution: Before you remove network ports from a configuration write down the devices, ip addresses and configurations (either: device, aggr, ipmp) before deleting it.

How to Remove a Interface

7000:> configuration net interfaces

7000:configuration net interfaces> show

Interfaces:

Model	INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
7x10 on-board	nge0	[up\|down]	ip	nge0	10.x.x.x/8	nge0
7x20 on-board	igb0	[up\|down]	ip	igb0	10.x.x.x/8	igb0

1G Nic	e1000g0	[up\|down]	ip	e1000g0		e1000g0
Fibre Channel IB	ibp0	[up\|down]	infiniband	ibp0		ibp0
10Gb Ethernet	ixgbe0	[up\|down]	10GE NIC	ixgbe0		ixgbe0
	aggr0	[up\|down]	ip	aggr0	10.x.x.x/21	aggr0
	ipmp0	[up\|down]	ipmp	e1000g02 e1000g03	10.x.x.x/22	ipmp0

Select the name listed in the column 'Interface'

7000:configuration net interfaces> destroy <interface>

This will destroy "<interface>" and any networking objects exclusively built over it.

Are you sure? (Y/N) Y

7000:configuration net interfaces> cd ..

How to Remove a Datalink

7000:configuration net> datalinks

7000:configuration net datalinks> ls

Datalinks:

Model

DATALINKS

CLASS

LINKS

STATE

LABEL

7x10 on-board

nge0

device

nge0

[up|down]

nge0/aggr/ipmp

7x20 on-board

igb0

device

igb0

[up|down]

igb0/aggr/ipmp

1G Nic

e1000g0

device

e1000g0

[up|down]

e1000g0/aggr/ipmp

Fibre Channel IB

ibp0

device

ibp0

[up|down]

ibp0/aggr/ipmp

10Gb Ethernet

ixgbe0

device

ixgbe0

[up|down]

ixgbe0/aggr/ipmp

aggr0

aggregation

ixgbe1
ixgbe2

[up|down]

aggr0

e1000g02

device

e1000g02

ipmp

e1000g03

device

e1000g03

down

ipmp

Select the name listed in the column 'Datalinks'

7000:configuration net datalinks> destroy <datalinks>

This will destroy "<datalinks>" and any networking objects exclusively built over it.

Are you sure? (Y/N)

7000:configuration net datalinks>

7000:configuration net datalinks> cd..

Build the 'datalink' BEFORE building the 'interface'

Build the Datalink

7000:configuration net> devices

7000:configuration net devices> show

Confirm the ports are up -- this is up from the switch side enabling the port

The datalink needs to be created before it can be used as a single network port, aggregation or ipmp.

DEVICE	UP	SPEED	MAC
7x10
nge0	[True\|False]	1000 Mbit/s	0:14:xx:xx:xx:0
nge1	[True\|False]	1000 Mbit/s	0:14:xx:xx:xx:1
nge2	[True\|False]	1000 Mbit/s	0:14:xx:xx:xx:fe
nge3	[True\|False]	1000 Mbit/s	0:14:xx:xx:xx:ff
7x20 and 7x30 (ZS3)
igb0	[True\|False]	1000 Mbit/s	0:21:xx:xx:xx:6a
igb1	[True\|False]	1000 Mbit/s	0:21:xx:xx:xx:6b
igb2	[True\|False]	1000 Mbit/s	0:21:xx:xx:xx:6c
igb3	[True\|False]	1000 Mbit/s	0:21:xx:xx:xx:6d
Dual 10-Gigabit Ethernet
ixgbe0	[True\|False]	10000 Mbit/s	0:1b:xx:xx:xx:ec
ixgbe1	[True\|False]	10000 Mbit/s	0:1b:xx:xx:xx:ed
QLogic Fiber Channel HBA
ibp0	[True\|False]	3200 Mbit/s	not available
ibp1	[True\|False]	3200 Mbit/s	not available

Single Port configuration

The command to add a datalink is device

configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=Admin
                         label = Admin (uncommitted)
configuration net datalinks device (uncommitted)> set links=igb0
                         links = igb0 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=1500
                           mtu = 1500 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> ls

MTU
Use the defined maximum transmission unit (MTU) size. The default MTU is set to 1500 bytes.
Specify a lower MTU (minimum 1280) to leave packet headroom (for example, for tunneling protocols).
Specify a larger MTU (maximum 9000) to improve network performance for 10GB ports.
All systems and switches on the same LAN must be configured with the chosen MTU.
After the MTU value is set and the new network configuration is committed to the system, you can return to the network screen and view the datalink status to see the exact MTU value in bytes that was selected.
Note that a VLAN or VNIC cannot be configured with an MTU value larger than that of the underlying datalink, meaning the physical port.

Datalinks:

DATALINK	CLASS	LINKS	STATE	LABEL
igb0	device	igb0	up	Admin

Note: The on-board network ports igb0 and igb1 (7x20/ZS3) or nge0 and nge1 (7x10) are usually configured as System Administration ports through the BUI or CLI and are locked to each node individually. DO NOT ASSIGN THE SAME ADMIN INTERFACE TO BOTH NODES.

Caution: Do not remove network Administration ports configured for each node. If you must rebuild the Administration interfaces write down the devices, ip addresses and configurations (either: device, aggr, ipmp) before deleting it.
Access to this system will have to be through the NET MGT/SER MGT port connecting to the ILOM or Service Processor (SP) and run --> start /SP/console then configure through the CLI process. The resources must be owned by the node in order to configure the Administration port and set type=private for that port.

BUI: "https://hostname:215/#configuration/cluster"

Next to the hostname is a lock image to lock the interface for Administration Access. By locking the interface to one node on takeovers or reboots the system is still reachable through that interface

Resource	Owner
Admin (net/igb0) 10.10.10.10	hostname1

CLI: hostname> configuration cluster resources select net/igb0
       hostname: configuration cluster resources net/igb0> set type=private
       hostname: configuration cluster resources net/igb0> ls
Properties:
                         owner = hostname1
                          type = private
                    user_label = Admin
                       details = 10.10.10.10

BUI: "https://hostname:215/#configuration/cluster"

Next to hostname is a lock image to lock the interface for Administration Access. By locking the interface to one node on takeovers or reboots the system is still reachable through that interface

Resource	Owner
Admin (net/igb1) 10.10.10.11	hostname2

CLI: hostname> configuration cluster resources select net/igb1
       hostname: configuration cluster resources net/igb1> set type=private
       hostname: configuration cluster resources net/igb1> ls
Properties:
                         owner = hostname2
                          type = private
                    user_label = Admin
                       details = 10.10.10.11

1GB NIC Port Configuration

configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=e1000g0
                         label = e1000g0 (uncommitted)
configuration net datalinks device (uncommitted)> set links=e1000g0
                         links = e1000g0 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=1500
                           mtu = 1500 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=e1000g1
                         label = e1000g1 (uncommitted)
configuration net datalinks device (uncommitted)> set links=e1000g1
                         links = e1000g1 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=1500
                           mtu = 1500 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=e1000g2
                         label = e1000g2 (uncommitted)
configuration net datalinks device (uncommitted)> set links=e1000g2
                         links = e1000g2 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=1500
                           mtu = 1500 (uncommitted)
configuration net datalinks device (uncommitted)> commit

configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=e1000g3
                         label = e1000g3 (uncommitted)
configuration net datalinks device (uncommitted)> set links=e1000g3
                         links = e1000g3 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=1500
                           mtu = 1500 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> ls

Datalinks:

DATALINK	CLASS	LINKS	STATE	LABEL
igb0	device	igb0	up	Admin
e1000g0	device	e1000g0	up	e1000g0
e1000g1	device	e1000g1	up	e1000g1
e1000g2	device	e1000g2	up	e1000g2
e1000g3	device	e1000g3	up	e1000g3

10GB Port Configuration

configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=ixgbe0
                         label = ixgbe0 (uncommitted)
configuration net datalinks device (uncommitted)> set links=ixgbe0
                         links = ixgbe0 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=9000
                           mtu = 9000 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=ixgbe1
                         label = ixgbe1 (uncommitted)
configuration net datalinks device (uncommitted)> set links=ixgbe1
                         links = ixgbe1 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=9000
                           mtu = 9000 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> ls

Datalinks:

DATALINK	CLASS	LINKS	STATE	LABEL
igb0	device	igb0	up	Admin
e1000g0	device	e1000g0	up	e1000g0
e1000g1	device	e1000g1	up	e1000g1
e1000g2	device	e1000g2	up	e1000g2
e1000g3	device	e1000g3	up	e1000g3
ixgbe0	device	ixgbe0	up	ixgbe0
ixgbe1	device	ixgbe1	up	ixgbe1

InfiniBand Port Configuration

configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=ibp0
                         label = ibp0 (uncommitted)
configuration net datalinks device (uncommitted)> set links=ibp0
                         links = ibp0 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=3200
                           mtu = 3200 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> device
configuration net datalinks device (uncommitted)> set label=ibp1
                         label = ibp1 (uncommitted)
configuration net datalinks device (uncommitted)> set links=ibp1
                         links = ibp1 (uncommitted)
configuration net datalinks device (uncommitted)> set mtu=3200
                           mtu = 3200 (uncommitted)
configuration net datalinks device (uncommitted)> commit
configuration net datalinks> ls

Note: range for MTU is 3200 - 65520 and switch side should be set to the same MTU

Datalinks:

DATALINK	CLASS	LINKS	STATE	LABEL
igb0	device	igb0	up	Admin
e1000g0	device	e1000g0	up	e1000g0
e1000g1	device	e1000g1	up	e1000g1
e1000g2	device	e1000g2	up	e1000g2
e1000g3	device	e1000g3	up	e1000g3
ixgbe0	device	ixgbe0	up	ixgbe0
ixgbe1	device	ixgbe1	up	ixgbe1
pffff_ibp0	partition	ibp0	up	ibp0
pffff_ibp1	partition	ibp1	up	ibp1

Configuration for Aggregation

To build the aggregation interface, do not run the device command on the ports that will be aggregated. This is where the port would be added into datalinks.

configuration net datalinks> aggregation
configuration net datalinks aggregation (uncommitted)> set label="aggr1"
                         label = aggr1 (uncommitted)
configuration net datalinks aggregation (uncommitted)> set links=ixgbe0,ixgbe1
                         links = ixgbe0,ixgbe1 (uncommitted)
configuration net datalinks aggregation (uncommitted)> set mtu=9000
                           mtu = 9000 (uncommitted)
configuration net datalinks aggregation (uncommitted)> commit
configuration net datalinks> ls

Note: range for MTU is 1500 - 9000 and switch side should be set to the same MTU

Datalinks:

DATALINK	CLASS	LINKS	STATE	LABEL
igb0	device	igb0	up	Admin
aggr1	aggregation	ixgbe0 ixgbe1	up	aggr1

Build the Interface

Single Port configuration

Assign IP address to the single port, aggregation or build the ipmp interface and assign a IP address.

The command to add a interface is ip

configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="Admin"
                         label = Admin (uncommitted)
configuration net interfaces ip (uncommitted)> set links="igb0"
                         links = igb0 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=x.x.x.x/22
                       v4addrs = x.x.x.x/22 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ls

Interfaces:

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin

1GB NIC Port Configuration

configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="e1000g0"
                         label = e1000g0 (uncommitted)
configuration net interfaces ip (uncommitted)> set links="e1000g0"
                         links = e1000g0 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=x.x.x.x/22
                       v4addrs = x.x.x.x/22 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ls

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin
e1000g0	up	ip	e1000g0	x.x.x.x/8	e1000g0

10GB Port Configuration

If the ports are part of an aggregation, then assigning an IP address to the port should not be performed here (go to Configuration for Aggregation)

configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="ixgbe0"
                         label = ixgbe0 (uncommitted)
configuration net interfaces ip (uncommitted)> set links="ixgbe0"
                         links = ixgbe0 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=x.x.x.x/22
                       v4addrs = x.x.x.x/22 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ls

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin
ixgbe0	up	ip	ixgbe0	x.x.x.x/22	ixgbe0

InfiniBand Port Configuration

configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="ibp0"
                         label = ibp0 (uncommitted)
configuration net interfaces ip (uncommitted)> set links="ibp0"
                         links = ibp0 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=x.x.x.x/8
                       v4addrs = x.x.x.x/8 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ls

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin
pffff_ibp0	up	ip	pffff_ibp0	x.x.x.x/8	ibp0

Configuration for Aggregation

configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="aggr1"
                         label = aggr1 (uncommitted)
configuration net interfaces ip (uncommitted)> set links="aggr1"
                         links = aggr1 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=x.x.x.x/8
                       v4addrs = x.x.x.x/8 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ls

Interfaces:

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin
aggr1	up	ip	aggr1	x.x.x.x/8	aggr1

Configuration for IPMP

configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="ipmp1"
                         label = ipmp1 (uncommitted)
configuration net interfaces ip (uncommitted)> set links=e1000g0
                         links = e1000g0 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=0.0.0.0/8
                       v4addrs = 0.0.0.0/8 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ip
configuration net interfaces ip (uncommitted)> set label="ipmp1"
                         label = ipmp1 (uncommitted)
configuration net interfaces ip (uncommitted)> set links=e1000g1
                         links = e1000g1 (uncommitted)
configuration net interfaces ip (uncommitted)> set v4addrs=0.0.0.0/8
                       v4addrs = 0.0.0.0/8 (uncommitted)
configuration net interfaces ip (uncommitted)> commit
configuration net interfaces> ls

Interfaces:

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin
e1000g0	up	ip	e1000g0	0.0.0.0/8	ipmp1
e1000g1	up	ip	e1000g1	0.0.0.0/8	ipmp1

This is when a IP address is assigned to the IPMP interface (ports are active/passive)

configuration net interfaces>
configuration net interfaces> ipmp
configuration net interfaces ipmp (uncommitted)> set label="ipmp1"
                         label = iscsi (uncommitted)
configuration net interfaces ipmp (uncommitted)> set links=e1000g0,e1000g1
                         links = ixgbe0,ixgbe1 (uncommitted)
configuration net interfaces ipmp (uncommitted)> set v4addrs=x.x.x.x/22
                         v4addres=x.x.x.x/22 (uncommitted)
configuration net interfaces ipmp (uncommitted)> commit

INTERFACE	STATE	CLASS	LINKS	ADDRS	LABEL
igb0	up	ip	igb0	x.x.x.x/22	Admin
e1000g0	up	ip	e1000g0	0.0.0.0/8	ipmp1
e1000g1	up	ip	e1000g1	0.0.0.0/8	ipmp1
ipmp	up	ipmp	e1000g0 e1000g1	x.x.x.x/22	ipmp1

Add Routing

Single Port with Routing

configuration net routing> create
configuration net route (uncommitted)> set family=IPv4
                   family = IPv4 (uncommitted)
configuration net route (uncommitted)> set destination=0.0.0.0
                   destination = 0.0.0.0 (uncommitted)
configuration net route (uncommitted)> set mask=0
                   mask = 0 (uncommitted)
configuration net route (uncommitted)> set interface= igb0
                   interface = igb0 (uncommitted)
configuration net route (uncommitted)> set gateway=x.x.x.x
                   gateway = x.x.x.x (uncommitted)
configuration net route (uncommitted)> commit

Aggregation with Routing

configuration net routing> create
configuration net route (uncommitted)> set family=IPv4
                   family = IPv4 (uncommitted)
configuration net route (uncommitted)> set destination=0.0.0.0
                   destination = 0.0.0.0 (uncommitted)
configuration net route (uncommitted)> set mask=0
                   mask = 0 (uncommitted)
configuration net route (uncommitted)> set interface= aggr1
                   interface = aggr1 (uncommitted)
configuration net route (uncommitted)> set gateway=x.x.x.x
                   gateway = x.x.x.x (uncommitted)
configuration net route (uncommitted)> commit

IPMP with Routing

configuration net routing> create
configuration net route (uncommitted)> set family=IPv4
                   family = IPv4 (uncommitted)
configuration net route (uncommitted)> set destination=0.0.0.0
                   destination = 0.0.0.0 (uncommitted)
configuration net route (uncommitted)> set mask=0
                   mask = 0 (uncommitted)
configuration net route (uncommitted)> set interface= ipmp1
                   interface = ipmp1 (uncommitted)
configuration net route (uncommitted)> set gateway=x.x.x.x
                   gateway = x.x.x.x (uncommitted)
configuration net route (uncommitted)> commit

Example VNIC Configuration

Example for VNIC:

CLI:configuration net datalinks> vnic
CLI:configuration net datalinks vnic (uncommitted)> available
e1000g0, e1000g1, e1000g2, e1000g3

These proprties can be set
CLI::configuration net datalinks vnic (uncommitted)> get
class = vnic
label = Untitled Datalink
links = (unset)
mtu = 1500
id = (unset) <-----------VLAN ID between 1 and 4094

CLI:configuration net datalinks vnic (uncommitted)> set label=vnic
label = vnic (uncommitted)
CLI:configuration net datalinks vnic (uncommitted)> set links=e1000g0
links =e1000g0 (uncommitted)
CLI:configuration net datalinks vnic (uncommitted)> set id=
error: invalid property value " ": Must be a VLAN ID between 1 and 4094
CLI:configuration net datalinks vnic (uncommitted)> set id=2
id = 2 (uncommitted)
CLI:configuration net datalinks vnic (uncommitted)> commit
CLI:configuration net datalinks> ls
Datalinks:

DATALINK CLASS LINKS STATE ID LABEL
igb0 device igb0 up - admin
vnic1 vnic e1000g0 up 2 vnic

CLI:configuration net datalinks> cd ..

CLI:configuration net>
CLI:configuration net> interfaces
CLI:configuration net interfaces> ip
CLI:configuration net interfaces ip (uncommitted)> set label="vnic"
label = vnic(uncommitted)
CLI:configuration net interfaces ip (uncommitted)> set links=e1000g0
links = e1000g0 (uncommitted)
CLI::configuration net interfaces ip (uncommitted)> set v4addrs=x.x.x.x/22, x.x.x.x/22
v4addrs = x.x.x.x/22, x.x.x.x/22 (uncommitted)
CLI: configuration net interfaces ip (uncommitted)> commit
CLI:>configuration net interfaces> show
Interfaces:

INTERFACE STATE CLASS LINKS ADDRS    LABEL
igb0    up ip igb0 x.x.x.x/22 admin
e1000g0 up ip e1000g0    x.x.x.x/22 vnic
x.x.x.x/22

CLI:configuration net interfaces> cd..

CLI:configuration net>
CLI:configuration net> routing
CLI:configuration net routing> create
CLI:configuration net route (uncommitted)> set family=IPv4
family = IPv4 (uncommitted)
CLI:configuration net route (uncommitted)> set destination=0.0.0.0
destination = 0.0.0.0 (uncommitted)
CLI:configuration net route (uncommitted)> set mask=0
mask = 0 (uncommitted)
CLI:configuration net route (uncommitted)> set interface=e1000g0
interface = e1000g0 (uncommitted)
CLI:configuration net route (uncommitted)> set gateway=x.x.x.x <------------- router ip address here
gateway = x.x.x.x (uncommitted)
CLI:configuration net route (uncommitted)> commit

CLI:configuration net> routing show
Properties:
multihoming = strict

Routes:

ROUTE DESTINATION GATEWAY INTERFACE TYPE
route-000 0.0.0.0/0    x.x.x.x igb0 static
route-001 x.x.x.x/22 x.x.x.x igb0 system
route-002 0.0.0.0/0    x.x.x.x       e1000g0    static
route-003    x.x.x.x/22 x.x.x.x       e1000g0    system
route-004     x.x.x.x/22 x.x.x.x       e1000g0    system

How to configure the SP or ILOM network interface

Connect to the ILOM port NET MGT or SER MGT
https://docs.oracle.com/cd/E27998_01/html/E48491/installation__power.html#installation__power__connecting_to_ilom

Use a terminal program, such as tip or hyperterm to establish a connection.
http://docs.oracle.com/cd/E51475_01/pdf/E55653.pdf

Use the following settings:

9600 Baud
8 bits, no parity, 1 stop bit
No hardware of software flow control

Defaults are: root / (as a Oracle Provider). After initial install, ILOM password will be changed to root password of appliance.

User = root
Pwd = same as the BUI password

cd /SP/Network
show

The following are example values

set pendingipaddress=129.xxx.xx.xx
set pendingipnetmask=255.255.255.0
set pendingipgateway=129.xxx.xx.1 or 254
set pendingipdiscovery=static
set commitpending=true

Check for relevancy - 10-May-2018

References

http://en.wikipedia.org/wiki/Classless_Inter-Domain_Routing#IPv4_CIDR_blocks
http://jeff.nieusma.com/docs/network/netmasks.html
http://www.subnet-calculator.com/subnet.php?net_class=C
http://www.oracle.com/technetwork/server-storage/sun-unified-storage/documentation/networking-bestprac-zfssa-2215767.pdf

Attachments

This solution has no attachment