Seagate Lyve Mobile Link User manual

QUICK START GUIDE
Link

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Welcome to Lyve™Mobile Link
Lyve Mobile Link lets you share and manage connected Lyve Mobile Arrays on a local network.
Parts list
Lyve Mobile Link
Lyve-Array01
Lyve-Array02
Lyve-Array01
Lyve-Array02
Lyve-Array01
Lyve-Array02
Lyve-Array01
Lyve-Array02
Lyve-Array01
Lyve-Array02
Lyve-Array01
Lyve-Array02
Lyve Mobile Link
Network switch
Connected computers
Lyve Mobile PCIe Adapter
Lyve Mobile Rackmount Receiver
(SAS only)
Power adapter
(24V 13.75A)
US
EU UK

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STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
HDDPWR
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INPUT
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USB 3.2
1 2 3 4
1 2 3 0
1 2 3 0 L H
Views
Front
Rear
1x power input
(5 pin)
Power button
4x USB 3.2 Gen 2
(Type A)
2x USB 3.2 Gen 2
(Type A)
2x storage management
(RJ45)
1x Appliance
Management (RJ45)
4x storage data
(SFF-8644)
2x 100GbE LAN
(QSFP56)
1x 10GbE LAN
(RJ45)
Reset button
(recessed)
Unidentified ports are disabled.

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Product dimensions
Connection types
Lyve Mobile Link requires the following connection types:
•PCIe or SAS – Data path between Link and Lyve Mobile Array
•Ethernet – Management path between Link and Lyve Mobile Array
•LAN 10GbE and/or 100GbE – Data and management path between Link and the local network
Important – Link does not support Fibre Channel, iSCSI, Thunderbolt, and USB connections to
Lyve Mobile Array.
HDDPWR
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INPUT
SET
FAN
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USB 3.2
1 2 3 4
1 2 3 0
1 2 3 0 L H
143 mm
267 mm
240 mm

5
Management connection to Link
Link controls Lyve Mobile Array via a direct Ethernet connection. Ethernet cables not included with Link.
Data connection to Link
Data to/from Lyve Mobile Array passes through PCIe or SAS connections.
PCIe Adapter
PCIe Adapter
Rackmount Receiver
Rackmount Receiver
Management
Data
Management
Data
Path PCIe Adapter/
Rackmount Receiver
Link Connector Type
Management Ethernet management STORAGE MGMT A or B RJ45
Path PCIe Adapter/
Rackmount Receiver
Link Connector Type
Data PCIe/SAS STORAGE CONNECTIONS A-D SFF-8644
Note — Only direct management connections are supported. Do not use an Ethernet switch
when connecting the Ethernet management cables between Lyve Mobile Link and PCIe Adapter/
Rackmount Receiver.
Note — Confirm with your product administrator if your Lyve Mobile Arrays and Lyve Mobile Link
use PCIe or SAS data paths before following the instructions included in this quick start guide.

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Data/management connections to network
Link’s LAN ports send and receive both data and management information to the local network.
Appliance management connection
You can connect a PC directly to Link’s Appliance Management port for management purposes only.
Potential reasons for connecting to the Appliance Management port:
•Your network uses fixed IP addresses.
•You are unable to access the Link web app on the local network.
See Appliance management and IP addressing.
Path Lyve Mobile Link Network Switch Connector Type
Data/Management
LAN 1 10GbE
LAN 2 100GbE
LAN 3 100GbE
RJ45
QSFP56
QSFP56
RJ45 supporting 10GbE performance
QSFP56
QSFP56
LAN 1
Local network Local network Local network
LAN 2 LAN 3
Note — All LAN ports can be connected at the same time. However, Link does not support
port aggregation.
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
B
A
APPLIANCCE
MGMT

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Overview of Lyve Mobile Link setup
Lyve Mobile Link lets hosts on your local network access Lyve Mobile Array storage. The storage is
available to hosts as network shares.
Combining flexible operation and rugged mobility, Lyve Mobile Array offers a variety of ways to
transport and manage data. Review the following overview of the steps for incorporating Link into
your Lyve Mobile system.
1. Install the hardware supporting Lyve Mobile Array usage in your network environment. Note that
setup instructions differ between PCIe Adapter and Rackmount Receiver. See Devices and
services documentation for links to online documentation.
2. Contact your product administrator to receive the Lyve Token file(s) to authorize access to Link and
connected Lyve Mobile Arrays. See Lyve Token files for configuration details.
3. Make the connections between Lyve devices and your network:
a. Lyve Mobile Array(s) to Link
b. Link to your network
See Connect devices.
4. Access the Link web app via a computer on the same network. See Open the Link web app.
5. Sign in to Link. See Select a Lyve Token file to sign in.
Lyve Mobile Array volume formatting
As part of device configuration, you will need to ensure that the formatting of your Lyve Mobile Array
volumes is supported by your network protocol and compatible with your intended data workflow.
See Volume formats and network shares.

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Online Manual Information URLs
Lyve Management Portal Account, billing, project, and
subscription management www.seagate.com/lyve-management
Lyve Mobile Array Lyve Mobile Array usage www.seagate.com/lyve-mobile-array
Lyve Mobile Mount and
PCIe Adapter
Mobile Mount and
PCIe Adapter installation
www.seagate.com/pcie-adapter-front-loader
www.seagate.com/pcie-adapter
Lyve Mobile Rackmount
Receiver Rack assembly www.seagate.com/rackmount-receiver
Lyve Mobile Security Lyve token files and
security management www.seagate.com/lyve-security
Devices and services documentation
Documentation for Lyve Mobile devices and services used with Lyve Mobile Link is available online.
You can access manuals at the links below for details on how to procure and manage Lyve Mobile
storage devices.
Lyve software solutions
How you authorize and manage Lyve Mobile Array depends upon your use case and the hardware
associated with your project.
Lyve Mobile Link has a dedicated web app for sharing Lyve Mobile Arrays on the network. Use a
computer on the same network as Link to run the web app in your preferred browser.
Lyve Client and Lyve Mobile Array CLI are used for Lyve Mobile Arrays directly connected to a
macOS®, Windows®, or Linux®host. These apps have dedicated installers specific to the host. You
cannot use either app to access shares on the network provided by Link.
If you are moving Lyve Mobile Arrays between Link and other hosts, you may need more than one app.
For example, the Link web app for the Link connection and Lyve Client on a Windows or Mac host.

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Lyve Token files
Lyve Token files provide authorization to access Lyve Mobile software and devices. You must have a
Lyve Token file to authorize:
•Signing in to the Link web app
•Lyve Mobile Arrays connected to Lyve Mobile Link
A Lyve Token file is created in Lyve Management Portal by the product administrator and provided to
the person who manages Link. It must include the specific Lyve Mobile Link and Lyve Mobile Arrays
applicable to the project.
Sign in to the Link web app
When you open the web app, select a token file to sign in. The web app lets you manage Lyve Mobile
Link and connected Lyve Mobile Arrays. You must select a token file each time you sign in.
Authorize Lyve Mobile Arrays connected to Link
Token files must be used to authorize Lyve Mobile Arrays connected to Link. There are four ways to
deliver a token file authorizing Lyve Mobile Arrays:
•Include Lyve Mobile Arrays on Link’s token file — The product administrator includes Lyve
Mobile Arrays on the same token file used to sign in to the Link web app.
•Select a token file — Use the web app to select a token file. The token file must be selected each
time Link and/or Lyve Mobile Arrays are power cycled.
•Import a token file — Import a token to the Link web app’s settings page. The imported token
file automatically authorizes the applicable Lyve Mobile Arrays and publishes their shares to the
network. The token file must be specifically created with the option to import.
•Connect USB storage containing a token file — Copy a token file to the root of a USB storage
device and connect it to one Link’s USB ports. Link automatically finds the token file, unlocks Lyve
Mobile Arrays, and publishes their shares to the network.
See Notes on Lyve Token file delivery for more details.
Token on USB drive versus the Link web app
To avoid selecting or importing token files in the Link web app, you have the option to keep them on
the root level of a USB storage device. Connect the USB drive with one or more Lyve Token files to
one of Link’s USB Type A ports and Link automatically authorizes the connected Lyve Mobile Arrays.
A USB storage device can provide an additional level of security for an administrator who wants
a physical “key” for data access. Lyve Mobile Arrays are immediately unauthorized when the USB
storage device with the token(s) is removed.
Note — Link’s USB ports only support Lyve Token file access.

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PCIe Adapter
A Connect a dual SFF-8644 cable to the data port on PCIe Adapter.
BConnect the other end of the cable to STORAGE CONNECTION A-B or C-D on Link.
Rackmount Receiver
A Connect a single SFF-8644 cable to a SAS port on Rackmount Receiver.
BConnect the other end of the cable to STORAGE CONNECTION A or B on Link.
Connect devices
Connect Link and Lyve Mobile Array data path
1
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
SW
B
A A
ACT
Slot A
ACT
Slot B
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
SW
B
A
Note — Confirm with your product administrator if your Lyve Mobile Arrays and Lyve Mobile Link
use PCIe or SAS data paths before following the instructions included in this quick start guide.

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PCIe Adapter
A Connect an Ethernet cable to the management port on PCIe Adapter.
BConnect the other end of the cable to STORAGE MGMT A or B on Link. Make sure to select the
STORAGE MGMT port controlling data to the STORAGE CONNECTION port selected in step 1.
2Connect Link and Lyve Mobile Array management path
Management Port Data Ports
STORAGE MGMT A STORAGE CONNECTION A-B
STORAGE MGMT B STORAGE CONNECTION C-D
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
SW
B
A A
Important — Only use a direct Ethernet connection for Storage Management. Do not place
an Ethernet switch between Link’s Storage Management ports and the Ethernet ports on PCIe
Adapter/Rackmount Receiver.

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STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
ACT
Slot A
ACT
Slot B
B
A
Rackmount Receiver
A Connect an Ethernet cable to a management port on Rackmount Receiver.
BConnect the other end of the cable to STORAGE MGMT A or B on Link. Make sure to select the
STORAGE MGMT port controlling data to the STORAGE CONNECTION port selected in step 1.
Management Port Data Ports
STORAGE MGMT A STORAGE CONNECTION A
STORAGE MGMT B STORAGE CONNECTION B

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A Connect the appropriate cable to one or more of the following LAN ports on Link:
•LAN 1 10GbE (RJ45 supporting 10GbE performance)
•LAN 2 100GbE (QSFP56)
•LAN 3 100GbE (QSFP56)
B Connect the other end of the cable to the network switch.
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
B
A
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
D
AB
All LAN ports can be connected at the same time. However, Link does not support port aggregation.
3Connect Link to network
Note — Network cables are not included with Link.

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A Connect the power supply to Lyve Mobile Link’s power input.
B Connect the power cord to the power supply.
C Connect the power cord to a live power outlet.
STORAGE
MGMT B
USB 3.2
STORAGE CONNECTIONS
LAN 2
100GbE
LAN 3
100GbE
A B C D
STORAGE
MGMT A
APPLIANCCE
MGMT
LAN 1
10GbE
DPIGN DP
A
B
C
4Connect power
Link will power on once it’s connected to a live outlet.

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Open the Link web app
You must sign in to the Link web app for shares to appear on the local network. You can run the
Link web app on a single host on the same network as Link. See the following instructions for your
operating system.
Windows
On your Windows PC, open a file browser and click Network. Double-click on the Link icon under
Other Devices. The Link web app will launch in your default browser.
Linux and macOS
On your Linux or Mac computer, open a web browser and navigate to https://Link-SerialNumber.local,
replacing SerialNumber with the 8-digit serial number found on the label on the bottom of Lyve
Mobile Link.
Lyve software for Link and other hosts
Lyve Mobile Link has its own web app for management and security. Other Lyve apps such as Lyve
Client and Lyve Mobile Array CLI are used to manage Lyve Mobile Arrays that are directly connected
to a host.
Lyve Client and Lyve Mobile Array CLI cannot be used to access shares on the network provided by Link.
Select a Lyve Token file to sign in
To access and manage Link via its web app, a Lyve Token file authorizing the device must be provided
when signing in. A Lyve Token file can be downloaded from the Lyve Management Portal or provided
by your product administrator.
1. Open the Link web app. At the prompt, click SELECT TOKEN FILE.
2. Navigate to the location of the token file authorizing access to Link.
3. Select the token file and click Open.
Note — Your web browser may display an HTTP alert when attempting to access the Link web
app. Please disregard the alert and allow access.

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Token Delivery Lyve Mobile Arrays Duration
Link web app sign-in
•Lyve Mobile Arrays on the same token
file as Link are authorized but not
mounted on the network.
•Choose UNLOCK or MOUNT in the
Link web app for an authorized Lyve
Mobile Array to publish its share(s)
to the network.
•Authorization to access the Link web
app is available for the time that the web
browser tab is open.
•The token file is required with each sign in.
•Authorization for Lyve Mobile Arrays
remains in place as long as Link and the
Mobile Arrays are powered on.
Select token file in the
Link web app
•Choose AUTHORIZE to select a token
for Lyve Mobile Arrays that appear as
Unauthorized.
•After the Lyve Mobile Array is authorized,
choose UNLOCK or MOUNT to publish
its share(s) to the network.
•Authorization for Lyve Mobile Arrays
remains in place as long as Link and
the Mobile Arrays are powered on.
•Authorization must be performed
whenever Link and/or the Mobile Arrays
are power cycled.
Import the token file
to the Link web app
•Import the token file from the settings
page in the Link web app.
•Lyve Mobile Arrays on the token file are
authorized, unlocked, and mounted on
the network.
•An imported token file allows for
continued access to the connected
Lyve Mobile Arrays.
•No need to reselect the token with each
power cycle of devices.
Connect USB storage
containing the token file
•Copy the token file to the root of a USB
storage device and connect it to one of
Link’s USB Type A ports.
•Link automatically finds the token file.
•Lyve Mobile Arrays are authorized,
unlocked, and mounted on the network.
•Lyve Mobile Arrays lose their authorization
and access when the USB storage device
is disconnected.
Notes on Lyve Token file delivery

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Volume formats and network shares
Lyve Mobile Array volumes can be shared on the network using the Server Message Block (SMB)
and/or Network File System (NFS) protocol. Volumes formatted as NTFS, HFS+, or exFAT can only
use the SMB network service, while volumes formatted as ext4 or XFS can use both SMB and NFS.
SMB NFS
ext4 Yes Yes
XFS Yes Yes
exFAT Yes No
NTFS Yes No
HFS+ Yes No
ext4 and XFS provide optimal performance for Lyve Mobile Arrays when connected to Lyve Mobile Link
for sharing on the local network. Use either format if you intend to only share Lyve Mobile Arrays on the
local network.
However, before formatting Lyve Mobile Array volumes using the Link web app, consider which file
system formats are best for your data workflow. If your data workflow requires connecting Lyve Mobile
Arrays directly to Windows and/or macOS computers as well as to Lyve Mobile Link, then NTFS, HFS+,
or exFAT are more appropriate volume formats. ext4 and XFS are not native formats for Windows and
macOS operating systems, making it difficult to move Lyve Mobile Arrays between network sharing via
Link and direct connections to other hosts.
The Link web app allows you to format Lyve Mobile Arrays as ext4, XFS, or exFAT:
1. Open the Link web app.
2. Click Devices at the top of the page.
3. Make certain that the Lyve Mobile Array you want to format is unlocked and then click INSPECT on
its device card.
4. Click FORMAT on the Volume card.
5. Acknowledge that formatting the drive will delete all data on the volume.
6. Select the format best suited to your network environment and device usage.
7. Click START.
To format as Windows NTFS or macOS HFS+, connect your Lyve Mobile Arrays to the applicable host.
Important — Volumes formatted as APFS or ReFS are not supported by Lyve Mobile Link.

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Appliance management and IP addressing
You can connect a PC directly to Link’s Appliance Management port for management purposes only.
Potential reasons for connecting to the Appliance Management port:
•Your network uses fixed IP addresses.
•You are unable to access the Link web app on the local network.
Fixed IP Addressing
You must assign an IP address to Lyve Mobile Link’s LAN ports (1-3) if your network does not include a
DHCP server. Make certain you have a token file that allows for signing in to Link before following the
instructions below.
1. Connect your computer to the Appliance Management Port on Link via an Ethernet cable.
2. The IP address for Link is 172.31.255.1. Set your PC’s IP address to 172.31.255.2 and Netmask
255.255.255.252 to communicate with Link.
3. Windows PC — Open a file browser and click Network. Click on the Link icon under Other Devices.
The Link web app will launch in your default browser.
Linux and Mac — Open a web browser and navigate to https://Link-SerialNumber.local, replacing
SerialNumber with the 8-digit serial number found on the label on the bottom of Lyve Mobile Link.
4. Select the token file at the prompt.
5. On the Link web app Ports page, you can assign fixed IP addresses to Link’s LAN ports (LAN 1-3).
Note that 172.31.255.[0-255] is reserved for internal Link usage and cannot be assigned to other
devices on the network.
6. Disconnect the Ethernet cable when you have made all necessary updates.
Cannot Access the Link Web App
For troubleshooting purposes, you may need to connect directly to Lyve Mobile Link to determine if
there is a problem with IP addressing or some other issue. Make certain that all hardware connections
are correct before following the steps below. You must have the token file for Lyve Mobile Link to
access the Link web app.
1. Connect your computer to the Appliance Management Port on Link via an Ethernet cable.
2. The IP address for Link is 172.31.255.1. Set your PC’s IP address to 172.31.255.2 and Netmask
255.255.255.252 to communicate with Link.
3. Windows PC — Open a file browser and click Network. Click on the Link icon under Other Devices.
The Link web app will launch in your default browser.
Linux and Mac — Open a web browser and navigate to https://Link-SerialNumber.local, replacing
SerialNumber with the 8-digit serial number found on the label on the bottom of Lyve Mobile Link.
Note — Link manages the IP addresses for connected Lyve Mobile Arrays.

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Unlocking can occur under the following conditions:
•All applicable PC hosts and Lyve Mobile Arrays are connected to the same network as Link.
•The Lyve Token file authorizes applicable Lyve Mobile Arrays.
4. Select the token file at the prompt.
5. Review the Ports page for details regarding the IP address. If you are troubleshooting with the
support team, you can download log files on the Settings page.
6. Disconnect the Ethernet cable when you are finished.
Unlock Lyve Mobile Arrays connected to
other hosts
If your network environment includes other PCs connected to Lyve Mobile Arrays via PCIe Adapter,
Fibre Channel, or SAS, you can use Lyve Mobile Link to unlock them.
The LED on a Lyve Mobile Array changes from solid orange to solid green when Link has
successfully unlocked the device.
Note — Lyve Mobile Arrays connected to Link’s data ports appear in the Link web app as
Connected Devices.
Lyve Mobile Arrays on the same network and connected to other hosts appear in the web app as
Network Devices.

© 2023 Seagate Technology LLC. All rights reserved. Seagate, Seagate Technology and the Spiral logo are registered trademarks of Seagate Technology LLC in the United
States and/or other countries. Lyve is either a trademark or registered trademark of Seagate Technology LLC or one of its affiliated companies in the United States and/
or other countries. The PCIe word mark and/or PCIExpress design mark are registered trademarks and/or service marks of PCI-SIG. All other trademarks or registered
trademarks are the property of their respective owners. Complying with all applicable copyright laws is the responsibility of the user. Seagate reserves the right to change,
without notice, product offerings or specifications.
Seagate Technology LLC., 47488 Kato Road, Fremont, CA 94538 USA www.seagate.com
Seagate Technology NL B.V., Tupolevlaan 105, 1119 PA Schiphol-Rijk NL
Seagate Technology NL B.V. (UK Branch), Jubilee House, Globe Park, 3rd Ave, Marlow SL7 1EY, UK
Seagate Singapore International Headquarters Pte. Ltd., 90 Woodlands Avenue 7 Singapore 737911
PN: 206781200 11/23
FCC DECLARATION OF CONFORMANCE
This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device
must accept any interference received, including interference that may cause undesired operation.
CLASS A
NOTE: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to
provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate
radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.
206781200