Hewlett Packard Enterprise HF20 Installation instructions

Hardware Guide
HF20, HF20H, HF20C, HF40, HF40C, HF60, HF60C, ES3
Published September, 2020

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Publication Date
Tuesday September 29, 2020 12:01:57
Document ID
fvt1501278197039
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Contents
Install the HPE Nimble Storage Array........................................................6
Network Considerations.......................................................................................................................6
Network Topology.................................................................................................................................6
IP Addresses......................................................................................................................................11
Subnets..............................................................................................................................................12
Subnet Traffic Types................................................................................................................12
Subnet Traffic Assignments.....................................................................................................13
IP Address Zones in Subnets..................................................................................................13
Interface Pairs....................................................................................................................................14
Interface Numbering...........................................................................................................................16
Installation Checklist...........................................................................................................................18
Rack Mount Safety Precautions.........................................................................................................19
Install the Array...................................................................................................................................20
Network Connections.........................................................................................................................25
Connect the Power to the Array.........................................................................................................31
Initial Setup Using the Nimble Setup Manager...................................................................................32
Download the Windows Toolkit...............................................................................................32
Install the Windows Toolkit on a Client....................................................................................33
Complete the Initial Setup Using the Nimble Setup Manager.................................................34
Initial Setup Using the CLI..................................................................................................................37
Set up a Serial Connection......................................................................................................37
Complete the Initial Setup Using the NimbleOS CLI...............................................................38
After Installation and Initial Setup.......................................................................................................39
Array Components.....................................................................................42
Array Front Panel...............................................................................................................................42
Array Rear Panel................................................................................................................................42
Controller States and Status....................................................................................................43
Start the Array....................................................................................................................................44
Shut Down the Array Using the GUI...................................................................................................44
Shut Down the Array Using the CLI...................................................................................................45
Restart the Array................................................................................................................................45
Array LEDs.........................................................................................................................................45
Drive LEDs...............................................................................................................................46
Controller LEDs ......................................................................................................................48
Controller LED Tables.............................................................................................................48
Find the Serial Number of an Array Using the GUI............................................................................49
Find the Serial Number of an Array Using the CLI.............................................................................50
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Check Array Model Number, NimbleOS Version, and Operating State Using the GUI......................50
Check Array Model Number, NimbleOS Version, and Operating State Using the CLI......................50
Install the Expansion Shelf........................................................................52
Connect the Power to the Expansion Shelf........................................................................................56
Connect and Activate the Expansion Shelf........................................................................................56
Expansion Shelf Components...................................................................59
ES3 Front Panel.................................................................................................................................59
ES3 Rear Panel..................................................................................................................................59
Expansion Shelf LEDs........................................................................................................................60
Drive LEDs...............................................................................................................................61
Shut Down an Expansion Shelf..........................................................................................................62
Find the Serial Number of an Expansion Shelf Using the GUI...........................................................63
Find the Serial Number of an Expansion Shelf Using the CLI............................................................63
Find the Serial Number of an Expansion Shelf on the Enclosure......................................................63
Maintenance Procedures...........................................................................64
Drive Maintenance..............................................................................................................................64
How HPE Nimble Storage Arrays Handle a Failed Drive........................................................64
How to Tell that a Drive has Failed..........................................................................................64
Replace a Failed Drive (SSD).................................................................................................65
Replace a Failed Drive (HDD).................................................................................................67
How to Tell that the Drive Carrier has Failed...........................................................................69
Replace a Failed Dual Flash Drive Carrier .............................................................................70
Controller Maintenance......................................................................................................................73
Replace a Controller................................................................................................................73
Replace a PCIe Card ..............................................................................................................79
Fail Over a Controller Using the GUI.......................................................................................87
Fail Over a Controller Using the CLI........................................................................................88
Determine the Operating State of the Controllers Using the GUI............................................88
Determine the Operating State of the Controllers Using the CLI.............................................88
Expander Maintenance.......................................................................................................................88
Replace an Expander..............................................................................................................88
Power Supply Maintenance................................................................................................................90
How to Tell that a Power Supply has Failed............................................................................90
Replace an AC Power Supply.................................................................................................91
Replace a DC Power Supply...................................................................................................92
Replace AC Power Supplies with DC Power Supplies............................................................94
Chassis Maintenance.........................................................................................................................96
Replace the Chassis................................................................................................................96
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Upgrade Procedures................................................................................101
Upgrade HDDs.................................................................................................................................101
Upgrade Cache................................................................................................................................103
Upgrade a PCIe Card.......................................................................................................................106
Upgrade the Controller.....................................................................................................................115
Upgrade Controllers (HF20)..................................................................................................115
Upgrade Controllers (HF40)..................................................................................................123
Hardware and Model Specifications.......................................................129
Model Specifications.........................................................................................................................129
SFP Specifications...........................................................................................................................133
Statement of Volatility.......................................................................................................................135
Troubleshooting.......................................................................................138
Check System Temperature.............................................................................................................138
Fans and Sensors..................................................................................................................138
What You Should Do.............................................................................................................138
Check System Temperature using the GUI...........................................................................139
Check System Temperature using the CLI............................................................................139
Regulatory and Safety Information.............................................................................140
Regulatory Warnings........................................................................................................................140
Safety Warnings...............................................................................................................................142
Electrical Safety.....................................................................................................................143
System Safety........................................................................................................................143
Battery Safety........................................................................................................................143
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Install the HPE Nimble Storage Array
There are several steps to install the HPE Nimble Storage array, such as providing a suitable operating
environment, installing the array into your rack, and making network connections appropriate to your current
and anticipated topologies. After the array has been configured, you can perform maintenance and upgrade
tasks as needed.
Network Considerations
In preparation for installing your HPE Nimble Storage array, information in this section will help you:
•Determine your network topology
•Plan for the configuration of IP Addresses
•Identify options for subnets, including (for iSCSI):
• Discovery IP addressing
• IP address zones
• Traffic assignments
•Understand data connections to your iSCSI or Fibre Channel array through Interface Pairs
Use the Installation Checklist to note all information required before installing your array. For more information,
refer to the GUI Administration Guide or the CLI Administration Guide.
Network Topology
When you initially configure the arrays, you are prompted to choose a network topology. The selection that
you make enables the setup wizard to assist in making the optimal networking choices:
• One shared network
• Two dedicated networks
• Advanced network configuration
• Dual Fabric Fibre Channel
Important The following diagrams are conceptual examples of the network connections you might use for
each topology. These diagrams are not intended to show a complete set of connections.
One Shared Network
In this configuration, the management and data traffic share the same physical network interfaces. If more
than one switch is used in this configuration, the switches must be connected to each other by an inter-switch
link or trunk port, or they must be configured in a single switch stack if supported by the switch manufacturer.
You may want to consider this configuration if you have only one network or if your data traffic is low enough
that adding management traffic does not affect the LAN.
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Figure 1: Topology diagram - network connections for one shared network
51 Host data/management
connections
Host/server
2Ethernet switch 1
6Inter-switch link
3Ethernet switch 2
7Array data/management
connections
4Array
Two Dedicated Networks
In this configuration, management traffic and data traffic are separated into two subnets. Management traffic
uses the ports assigned to the management subnet. All other subnets are designated as data only. Two
switches for the management traffic and two switches for the data traffic are recommended for redundancy
and high availability. Multiple switches carrying a particular subnet must be connected with an inter-switch
link, trunk port, or switch stacking modules. If that subnet is assigned to a particular VLAN, the inter-switch
link or trunk port must allow that VLAN.
This configuration option is probably best in cases where security is an issue, where network administrators
do not need access to data traffic, where the amount of data traffic is such that it has a dedicated network,
or where the network for data traffic is completely separate from the management network.
Choose this option:
• To limit iSCSI traffic to 10Gb interfaces
• To isolate the subnets for network security
• If you want a dedicated broadcast domain reserved for iSCSI traffic
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Figure 2: Topology diagram - network connection for two dedicated networks
61 Array management
connections
Host/server
2Ethernet switch (management)
7Host data connections
3Ethernet switch (data)
8Array data connections
4Array
9Inter-switch link
5Host management connections
Advanced Network Configuration
From the Advanced and advanced multipath requirements selection of the setup wizard, you can define
a configuration for a dedicated management port or define any number of ports to handle the desired I/O
flow. The advanced network configuration allows the greatest flexibility to suit your network traffic and advanced
multipath requirements.
This particular example shows the management and data paths on different networks. Data ports are connected
to subnets that carry iSCSI traffic, and you can add more data connections to additional ports as needed.
Note that the subnet addresses in the illustration are just examples. This arrangement enables the maximum
data throughput by isolating management traffic from the data.
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Figure 3: Topology diagram - advanced network configuration, data connections
51 Host data connections, switch
1
Host/server
2Ethernet switch 1, subnet
10.10.30.x/24 6Host data connections, switch
2
3Ethernet switch 2, subnet
10.10.20.x/24 7Inter-switch link
4 8
Array Array data connections
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Figure 4: Topology diagram - advanced network configuration, management connections
31 ArrayHost/server
2Management network
Dual Fabric Fibre Channel
In this configuration, two Fibre Channel ports on a host HBA are connected to two separate Fibre Channel
switches, with each Fibre Channel switch connected to both controllers on the array. The host management
port and the controller management ports are connected through an Ethernet switch.
This configuration provides redundant paths for Fibre Channel traffic. If one of the host Fibre Channel ports
fails, or one of the Fibre Channel switches fails, the host remains connected to both controllers through the
remaining host Fibre Channel port or Fibre Channel switch, and Fibre Channel traffic continues uninterrupted.
Note that only one data connection is shown. You can add more connections and use different ports as
needed.
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Figure 5: Topology diagram - network connections for dual fabric Fibre Channel
61 Host data connectionsHost/server
2 7
Fibre Channel switch 1 Host management connections
83 Array management connectionsFibre Channel switch 2
4 9
Ethernet switch Data fabric 1 connections
105 Data fabric 2 connectionsFibre Channel array
IP Addresses
An IP address is a 32-bit identifier for devices on a TCP/IP network. IP addresses allow devices on a network,
such as servers, switches, and arrays, to communicate with each other. HPE Nimble Storage arrays use IP
addresses for the following purposes:
Table 1: Types of IP addresses
PurposeIP Address
Typically defined on eth1 or on eth1 and eth2 interface, the management IP address
provides access to the NimbleOS management interface (GUI, CLI, or API) for the array
group. It is also used for volume replication. It resides on the group management subnet
and floats across all management only (Mgmt only) and management + data (Mgmt +
Data) interfaces.
Management
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IP Addresses

PurposeIP Address
For iSCSI arrays, each subnet has its own discovery IP address. It enables the iSCSI
initiator to discover iSCSI targets for the volumes on the array. You can use this IP address
for data as well as management in a single shared network.
Note Discovery IP addresses are not required for Fibre Channel arrays.
Discovery
One or more IP addresses can be configured to carry data traffic. One data IP address
can be configured for each interface pair (corresponding interfaces on the two controllers).
Both controllers use the same IP address but never at the same time because only one
controller is active at a time. Other data IP addresses can be configured on different
subnets.
Note In a dedicated network topology, the data IP addresses cannot be the same as the
management/iSCSI discovery IP addresses.
Data
Each controller on an array must have a dedicated support IP address, which can be
used for troubleshooting and technical support purposes in the event that a controller is
not reachable through the management IP address. The support IP addresses must be
placed on the group management subnet.
Support
Subnets
A subnet is logical subdivision of a network. It is defined by the first IP address in the network and a netmask
that specifies a contiguous range of IP addresses within that network. A subnet can be assigned to one or
more network interfaces.
The maximum Transmission Unit (MTU) can be set for a subnet so that it uses either a standard, jumbo, or
custom frame size. If you choose to use a custom frame size, you must specify the size in bytes.
Specifying a VLAN ID on a subnet allows more than one subnet to be assigned to an interface using IEEE
802.1Q tagged frames. Subnets without a VLAN ID can only have untagged assignments. Switch port
configurations must match the VLAN IDs configured on the subnets for tagged assignments. For more
information, refer to the procedure to Configure VLAN Tagging in the GUI Administration Guide or CLI
Administration Guide.
Subnet Traffic Types
Traffic types are used to segregate network traffic into different subnets. A subnet can carry one of the following
traffic types.
Table 2: Traffic Types
DescriptionTraffic Type
The subnet carries only management traffic.Management
(Mgmt only)
The subnet carries only data traffic.Data (Data on-
ly)
The subnet carries both management and data traffic.Management
and Data
(Mgmt + Data)
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Subnets

Subnet Traffic Assignments
Traffic assignments determine what type of iSCSI traffic a data subnet carries. You can assign a data subnet
on an iSCSI array to carry one of the following kinds of traffic.
Note Traffic assignments are not required for Fibre Channel arrays.
Table 3: Traffic Assignments
DescriptionTraffic Assignment
The subnet carries both iSCSI data traffic and intra-group communication (traffic
between arrays in a group).
iSCSI + Group
The subnet carries only iSCSI data traffic.iSCSI only
The subnet carries intra-group communication traffic.Group only
IP Address Zones in Subnets
An IP address zone is a group of host IP addresses and array data IP addresses in a subnet. When using
two switches for iSCSI traffic, hosts can achieve better performance by establishing iSCSI connections with
data IP addresses inside the same zone, as opposed to establishing iSCSI connections with data IP addresses
in a different zone.
Note IP address zones are not required for Fibre Channel arrays.
The IP addresses within a subnet can be divided into IP address zone types.
Table 4: IP Address Zone Types
DescriptionZone Type
Used for non-iSCSI enabled subnets.None
All IP addresses are in one zone. This is the default zoning setting.
With two network switches, iSCSI connections can be routed over the inter-switch link.
Single
One zone includes the IP addresses from the top half of the subnet; for example,
192.168.1.128 to 192.168.1.254. The other zone takes the IP addresses from the bottom
half of the subnet; for example, 192.168.1.1 to 192.168.1.127
Bisect
The IP addresses are grouped by their last bit. One zone includes the even-numbered IP
addresses, such as 192.168.1.2, 192.168.1.4, 192.168.1.6, and so on. The other zone in-
cludes the odd-numbered IP addresses, such as 192.168.1.1, 192.168.1.3, 192.168.1.5,
and so on.
Even/Odd
IP address zones are useful for configurations that use two switches, where you want to establish connections
that avoid the Inter-Switch Link. For IP address zones to work, the host and the array must have their data
IP addresses configured with half of their IP addresses from one zone connected to one switch and the other
half of its IP addresses from the other zone connected to the other switch. For example, assume that:
• There is a single subnet, 192.168.1.0/24.
• There are two zones, defined as Red and Blue.
• Red zone consists of:
• Host IP 192.168.1.1
• Array Data IP 192.168.1.3
• Array Data IP 192.168.1.5
• Blue zone consists of:
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Subnet Traffic Assignments

Host IP 192.168.1.2•
• Array Data IP 192.168.1.4
• Array Data IP 192.168.1.6
In the IP Address Zone, the host IP addresses in the Red zone only establish connections with the data IP
addresses in the Red zone. And the host IP addresses in the Blue zone only establish connections with the
data IP addresses in the Blue zone. In this way, iSCSI connections do not use inter-switch link and thereby
maximize I/O performance.
Figure 6: IP Address Zones
41 ArrayHost
2 5
Switch 1 Inter-switch link
3Switch 2
Interface Pairs
Nimble uses the term interface to identify specific ports on the controller. For iSCSI, an interface is an Ethernet
port connection that can be used for data, management, or both; for Fibre Channel, an interface is a Fibre
Channel port connection that can be used for data only.
The purpose of interface pairs is to ensure high availability and redundancy in the event of a controller or
network switch failure. In the event of a controller failover, proper network connections ensure minimal data
service interruption.
To minimize single points of failure, connect as many interface port pairs as possible.
iSCSI Interface Pairs
An iSCSI interface pair refers to a set of two data or management Ethernet connections, one from each
controller, to the network switch. The cables for an interface pair connect to the same data or management
port on each controller. See Interface Numbering on page 16.
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Interface Pairs

Figure 7: An example of Ethernet connections using interface pairs
51 Interface pair from data ports
eth2a
Host/server
2Switch 1/subnet 1
6Interface pair from data ports
eth2b
3Switch 2/subnet 2
4Array
7Data interface pair 1
8Data interface pair 2
An interface pair is the combination of the same data port on both controllers. In the preceding diagram:
• Data ports eth2a form one interface pair (red)
• Data ports eth2b form another interface pair (blue)
Make sure that each interface pair connects to the SAME network or subnet. In this example, the red interface
pair connects to subnet 1 and the blue connects to subnet 2.
Fibre Channel Interface Pairs
A Fibre Channel interface pair refers to a set of two Fibre Channel data connections, one from each controller,
to the Fibre Channel switch. The cables for an interface pair connect to the same data port on each controller.
See Interface Numbering on page 16.
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Figure 8: An example of Fibre Channel connections using interface pairs
51 Interface pair from data ports fc2aHost/server
2 6
Fibre Channel switch 1 Interface pair from data ports fc2b
73 Data interface pair 1Fibre Channel switch 2
4 8
Array Data interface pair 2
An interface pair is the combination of the same data port on both controllers. In the preceding diagram:
• Data ports fc2a form one interface pair (red)
• Data ports fc2b form another interface pair (blue)
Interface Numbering
All array models have two onboard 10GBaseT ports. Adding additional NICs can support up to six 10GBaseT,
SFP, or GbE ports, for a total of up to eight ports.
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Interface Numbering

Figure 9: Array interface example (Ethernet ports)
71 eth3aeth0a
2 8
eth0b eth3b
93 SAS Outeth1b
4 10
eth1a SAS Out
115 Serial porteth2a
6eth2b
Figure 10: Array interface example (Ethernet and Fibre Channel ports)
71 fc3aeth0a
2 8
eth0b fc3b
93 SAS Outeth1b
4 10
eth1a SAS Out
115 Serial porteth2a
6eth2b
For more information on SFPs and connecting 10GbE ports to your array, see SFP Specifications on page
133.
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Install the HPE Nimble Storage Array

Installation Checklist
Note The following list outlines the information that you need to have to complete the setup of NimbleOS.
You type this information the first time that you access the NimbleOS to configure the array.
All network settings represent IPv4 values.
The latest version of this list can be found at http://infosight.hpe.com/welcomecenter.
ValueDescriptionItem
Array Access
Pick any name you want to assign your array.
This will be in addition to the serial number that
comes with the array.
Array name
Pick a name that fits with your infrastructure.
This name could match the location or organi-
zation that is using the storage to help you
identify the storage as you manage it.
Group name
Computers need an IP address so they can
communicate with each other. These IP ad-
dresses need to be routable to the internet but
should be behind a firewall. When your laptop
communicates with the array to make changes,
what IP address should it use?
Management IP address
The netmask for the management subnet (ie.
255.255.248.0 for a /21 network)
Management subnet mask
The password for the default administrator ac-
count (username: admin)
Administrator password
A subnet is logical subdivision of a network. It is defined by the
first IP address in the network and a netmask that specifies a
contiguous range of IP addresses within that network. A subnet
can be assigned to one or more network interfaces.
It is recommended to have at least two data subnets but you may
have four or more.
Data Subnet Configuration (iSCSI On-
ly)
Up to 4A label for this subnet to identify it in the Nim-
bleOS UI
Data subnet name
Up to 4An IP address for the data networkNetwork Address
Up to 4The netmask for the management subnet (ie.
255.255.224.0 for a /19 network)
Network address subnet
Up to 4An IP address used for iSCSI discoveryDiscovery IP address – For iSCSI arrays
only
Interface Assignment
The IP address that HPE Nimble Support
should use to help resolve issues. You need
two IP addresses, one for each controller.
Controller A diagnostic IP address
See description for Controller A diagnostic IP
address.
Controller B diagnostic IP address
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Installation Checklist

ValueDescriptionItem
Domain
Enter the domain name the array will be joining
and the DNS servers responsible for the do-
main.
Management network domain name
The domain name server (DNS) server IP ad-
dress is used to communicate with other com-
puters in your domain.
DNS server IP addresses, up to three
Time
NTP (Network Time Protocol) sets the time on
your system correctly.
NTP server IP address
Set the time zone by region and Coun-
try/State/City.
Time zone
Support
Sender (from) email address
If there are any problems with the array, the
array sends you an email. To do so, we need
to be connected to your email (or SMTP)
server.
SMTP server IP addressRecipient email
addresses
(optional)If you use a proxy to the internet as part of your
firewall setup, tell us about it.
HTTP proxy server IP address
(optional)HTTP proxy server port
(optional)Optional user name for the proxyHTTP proxy server user name
(optional)Optional user name for the proxyHTTP proxy server password
Rack Mount Safety Precautions
Observe these safety precautions when you install the HPE Nimble Storage array or expansion shelf in a
rack.
Table 5: Rack Mount Safety Precautions
PrecautionConsideration
If the array or expansion shelf is installed in a closed or multi-unit rack assembly, the op-
erating temperature might be greater than the ambient (room) temperature. Provide ade-
quate cooling so the rack environment does not exceed 35°C (95°F) as specified by the
rack manufacturer.
Operating Ambi-
ent Tempera-
ture
Install the equipment in the rack such that each item has ample air flow required for
proper cooling.
Cold air comes into the front of the array (drive side) and is exhausted out the back of the
array (controller side) by the fans. Install the array with the front facing the cold aisle and
the back facing the hot aisle in your environment.
Air Flow
Mount the equipment so that the mechanical loads on the rack are even top-to-bottom,
front-to-back, and side-to-side.
Mechanical
Loading
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Rack Mount Safety Precautions

PrecautionConsideration
Be sure there is adequate power service to prevent overloading the circuits. Check the
ratings of each item of equipment on each circuit.
Note The power supplies are 220VAC or 110VAC auto-detecting.
Circuit Overload-
ing
You must provide reliable grounding (earthing) of rack-mounted equipment. In addition,
pay attention to supply connections from the branch circuit, such as power strips.
Reliable
Grounding
Install the Array
Use this procedure to install the following HPE Nimble Storage array models: HF20, HF20H, HF20C, HF40,
HF40C, HF60, and HF60C.
Before you begin
Attention
If you are installing more than one HPE Nimble Storage array, refer to the Hardware Guide available on HPE
InfoSight for information about your model.
https://infosight.hpe.com/tenant/Nimble.Tenant.0018000000ovsdmAAA/resources/nimble/
docs?Document+Type=Hardware+Guide
What you need for each array:
• 19-inch four-post rack. The provided rails fit both round-hole and square-hole racks.
Racks with a depth of 1200 mm best accommodate the length of the HPE Nimble Storage chassis, providing
ample space for cabling and ease of service. Racks with a depth of 1075 mm can be used but may provide
limited space for cables and component access.
• 4U space available in the 19-inch rack
• At least two Ethernet cables for management, one cable per controller
• At least two cables, Ethernet or Fibre Channel, for data
•One or two switches, depending on your array and network topology. Two 10GbE or Fibre Channel switches
are recommended for high availability and redundancy.
• Two power outlets on separate circuits
1200 W power supply with C14 connector:
• Steady state current: 2.5A @ 240V; 5A @ 120V
• Startup current: 3A @ 240V; 6A @ 120V
3000 W power supply with C20 connector:
• Steady state current: 4.5A @ 240V; 9A @ 120V
• Startup current: 5.5A @ 240V; 11A @ 120V
Before beginning, download and read the Release Notes, available on HPE InfoSight
(https://infosight.hpe.com/). HPE InfoSight is a password-protected web portal, so you must have an account
to access Release Notes and documentation. If you do not have an HPE InfoSight account, click Create
Account and provide the required information. If you already have an account, type your email address and
password, then click Login.
Visit the Welcome Center (https://infosight.hpe.com/welcomecenter) for help setting up your HPE Nimble
Storage array.
Note
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Install the Array