Initial Configuration

Procedure

1. Update the license.
   1. In the License Management area, click Update License.

      The Update License page is displayed on the right.

   2. Import a license file.
      1. Click .
      2. Select the desired license file and click Open.
         

         The button for file upload varies depending on browsers.

      3. Click Upload.
   3. In the middle function pane, check the differences between active and inactive license files.

      Table 1 Differences between license files

      Parameter	Description
      Feature	Value-added feature supported by the license file.
      Invalid Date of Active License	Expiration date of the active license file.
      Invalid Date of Inactive License	Expiration date of the inactive license file. NOTE: If the expiration date of the inactive license is later than that of the active license, the inactive license can be used.
      Capacity of Active License	Total capacity of the active license file.
      Capacity of Inactive License	Total capacity of the inactive license file. NOTE: If the capacity of the inactive license is greater than that of the active license, the inactive license can be used.

   4. Click Activate.

      Confirm your operation as prompted.

   5. You can also export the license differences for future references. The operation procedure is as follows:
      1. Click Save Differences.

         A file download dialog box is displayed.

         

         This example is based on Internet Explorer 11.

      2. Click Save As.

         The Save As dialog box is displayed.

      3. Set the save path and file name.
      4. Click Save.

2. In the Device Information area, set the name and location of the device.
   

   • The device name contains 1 to 127 characters, including only letters, digits, underscores (_), hyphens (-), and periods (.). It cannot be left blank.
   • The device location contains 1 to 511 characters and cannot be left blank.

3. Change the storage device time.

   You can use any of the following methods.

   • Synchronize with the client time.
     1. Select Synchronize with client time.
     2. Specify Client Time Zone, which is the time zone where the client resides.
   • Change the time manually.
     1. Select Change manually.
     2. In Time After Change, set the device time and time zone.
   • Set automatic NTP synchronization.
     1. Select Synchronize with NTP server time.
     2. Click Configure.

        The Configure Auto NTP Sync page is displayed on the right.

     3. Click to query the NTP server status.
     4. In NTP Server Address, enter the IPv4 address, IPv6 address, or domain name of the NTP server.
        

        • A maximum of two NTP servers can be added. If the system cannot synchronize the time from one NTP server, it synchronizes the time from the other.
        • Ensure that the time of the two NTP servers is consistent.
     5. (Optional) Click Test.
     6. (Optional) Select Enable next to NTP Authentication. Import the NTP CA certificate to CA Certificate.
        

        Only when NTPv4 or later is used, NTP authentication can be enabled to authenticate the NTP server and automatically synchronize the time to the storage device.

     7. Click OK.

4. Configure alarm notification. Possible options are Email Notification and SMS Notification.
   • Configure email notification.
     1. Enable Email Notification.

        The Configure Email Notification page is displayed on the right.

     2. On the Configure Email Notification page, set email notification parameters listed in Table 2.

        Table 2 Email notification parameters

        Parameter	Description
        SMTP Server	IP address or domain name of the SMTP server. This is an SMTP-compliant email-sending server. The emails containing alarm information can be sent to specified email boxes through the SMTP server. NOTE: A maximum of two SMTP servers can be added. If one of the SMTP servers cannot send notification emails, the other SMTP server will be used to send notification emails again.
        SMTP Port	SMTP port number. The value ranges from 1 to 65535, and the default value is 25. NOTE: The SMTP port number configured on the storage system must be the same as that configured on the SMTP server.
        Encryption Mode	Indicates whether to encrypt the communication between the storage system and the email server. Not encrypted: Data is not encrypted during transfer. NOTE: Security risks may arise if encryption is not enabled. You are advised to select SSL/TLS or STARTTLS. SSL/TLS: SSL and TLS are security protocols for data security and integrity during network communication. After this option is selected, the system selects between the two security protocols according to the email server type to encrypt data. STARTTLS: After this option is selected, TLS encryption will be implemented. Previous communication data will not be retroactively encrypted using this mode. NOTE: If you select SSL/TLS or STARTTLS, you can determine whether to enable the email CA certificate. The encryption mode configured on the storage system must be the same as that configured on the SMTP server.
        Authenticate SMTP Server	Indicates whether the SMTP server authenticates a sender's identity.
        Username	Sender's SMTP user name. If a sender attempts to send alarm notification emails through an SMTP server, the server requires the sender to enter the SMTP user name and password for authentication. NOTE: The value cannot be empty and must contain 1 to 63 characters.
        Password	Sender's SMTP user password. If a sender attempts to send alarm notification emails through an SMTP server, the server requires the sender to enter the SMTP user name and password for authentication. NOTE: The value cannot be empty and must contain 1 to 63 characters. A valid password cannot contain extended ASCII characters or Unicode characters. It is recommended that a password contain the following characters: digits (0 to 9), letters (a to z and A to Z), spaces, and special characters ([]^_{|}~`@!"#$%&'()*+,-./:;<=>?).
        Email Title Prefix	Sender-defined email title field. If there are too many emails, users can search for desired emails using this field. NOTE: The length ranges from 0 to 511 bytes and cannot contain single quotation marks ('). In addition to user-defined fields, you can also select Device name, Alarm ID, Alarm severity, or Alarm description. After an option is selected, the selected information is displayed in the title of the alarm email notification.
        Sender Email Address	Sender's email address. NOTE: The sender email address must match the SMTP server address. For example, if a Gmail SMTP server is used, the sender email address must be a Gmail address.

     3. Set a recipient email address.
        • Add a recipient email address.
          1. Click Add.
          2. Enter the recipient email address in the text box of Recipient Email Address.
          3. In Alarm Severity, select the desired alarm severity.
          4. Select whether to enable Event Notification.
          5. Click .
        • Modify a recipient email address.
          1. Click on the right of the desired recipient email address.
          2. Enter the recipient email address in the text box of Recipient Email Address.
          3. In Alarm Severity, select the desired alarm severity.
          4. Select whether to enable Event Notification.
          5. Click .
        • Delete a recipient email address.

          Click on the right of the desired recipient email address.

     4. (Optional) Click Test to verify the connectivity between the storage system and the SMTP server.
     5. Click OK.
   • Configure SMS notification.
     1. Enable SMS Notification.

        The Configure SMS Notification page is displayed on the right.

     2. Specify SMS Center Phone Number.
        

        The value starts with a country code followed by digits.

     3. Set a recipient phone number.
        • Add a recipient phone number.
          1. Click Add.
          2. Enter the desired recipient phone number in the text box of Recipient Phone Number.

             This value can contain only 3 to 31 digits. For an international number, the value must start with a country code followed by digits.

          3. In Alarm Severity, select the desired alarm severity.
          4. Select whether to enable Event Notification.
          5. Click .
        • Modify a recipient phone number.
          1. Click on the right of the desired recipient.
          2. Enter the desired recipient phone number in the text box of Recipient Phone Number.

             This value can contain only 3 to 31 digits. For an international number, the value must start with a country code followed by digits.

          3. In Alarm Severity, select the desired alarm severity.
          4. Select whether to enable Event Notification.
          5. Click .
        • Delete a recipient phone number.

          Click on the right of the desired recipient number.

     4. (Optional) Click Test.
     5. Click OK.

5. Click Next.
6. Create a storage pool. The system provides two creation modes: Recommended and Custom.
   • Recommended
     Select Recommended. The system will automatically use all disks to create a storage pool.

     

     You can click to modify the storage pool properties.

     Determine whether to select Retain historical monitoring data. If you select this option, historical monitoring data will be saved to the created storage pool.

   • Custom
     1. Click .

        The Create Storage Pool page is displayed on the right.

     2. Set the storage pool parameters.
        Table 3 describes the parameters.

        Table 3 Storage pool parameters

        Parameter	Description
        Name	Name of the storage pool. [Value range] The name must be unique. The name contains only letters, digits, periods (.), underscores (_), and hyphens (-). The name contains 1 to 255 characters.
        Description	Description of the storage pool.
        Data Encryption	Indicates whether to enable data encryption for all self-encrypting disks (SEDs) in the storage pool. If this function is disabled, the storage pool is not encrypted. If this function is enabled, the storage pool is encrypted. Ensure that you select only SEDs. NOTE: If this function is enabled, the system automatically checks whether the key service has been configured. If the key service has not been configured, the system will prompt you to configure the key service.
        Redundancy Policy	Redundancy policy of the storage pool. Possible options are Disk redundancy and Enclosure redundancy. Disk redundancy: Chunks in a chunk group come from different SSDs. With this redundancy policy used, the system can tolerate disk failures within the RAID redundancy. Enclosure redundancy: Chunks in a chunk group come from different SSDs and are distributed in different enclosures. In addition, the number of chunk columns in each enclosure does not exceed the RAID redundancy. With this redundancy policy used, the system can tolerate a single disk enclosure failure without service interruption and data loss. NOTE: Some device models do not support enclosure redundancy. For details about device models that support this function, see Product Description published on the technical support website or consult your product provider. The redundancy policy of a storage pool cannot be changed once being specified during storage pool creation. If Enclosure redundancy is selected, select the controller enclosures and disk enclosures to which the storage pool belongs.
        RAID Policy	RAID policy of the storage pool. Dynamic RAID is used. Dynamic RAID reconstruction uses the erasure coding (EC) algorithm, which dynamically adjusts the number of chunks in a chunk group under all-SSD configurations to ensure system reliability and capacity. If a chunk is faulty and no chunk is available from disks outside the storage pool, the system dynamically reconstructs the original N+M chunks to (N-1)+M chunks. When a new SSD is inserted, the system migrates data from the (N-1)+M chunks to the newly constructed N+M chunks for efficient disk usage. The RAID levels are defined as follows: RAID 5: Parity data is distributed on different chunks. In each chunk group, the parity data occupies the space of one chunk. RAID 5 is able to tolerate the failure on only one chunk. If two or more chunks fail, data in the chunk group cannot be recovered. RAID 6: Parity data is distributed on different chunks. In each chunk group, the parity data occupies the space of two chunks. RAID 6 is able to tolerate simultaneous failures on two chunks. If three or more chunks fail, data in the chunk group cannot be recovered. RAID-TP: Parity data is distributed on different chunks. In each chunk group, the parity data occupies the space of three chunks. RAID-TP is able to tolerate simultaneous failures on three chunks. If four or more chunks fail, data in the chunk group cannot be recovered. NOTE: When Redundancy Policy is set to Disk redundancy, possible options for this parameter are RAID 5, RAID 6, and RAID-TP. When Redundancy Policy is set to Enclosure redundancy, possible options for this parameter are RAID 6 and RAID-TP.
        Controller Enclosure	Select the controller enclosures to which the storage pool belongs. NOTE: This parameter is available only when Redundancy Policy is set to Disk redundancy.
        Controller Enclosure and Disk Enclosure	Click Select. On the Select Controller Enclosure and Disk Enclosure page that is displayed, select the controller enclosures and disk enclosures to which the storage pool belongs and click OK. When Redundancy Policy is set to Enclosure redundancy, disks in the storage pool must come from at least four enclosures (including controller enclosures and disk enclosures). That is: For a 2 U device, disks in the storage pool must come from at least one controller enclosure and three disk enclosures or at least four disk enclosures. For a 4 U device, disks in the storage pool must come from at least four disk enclosures. NOTE: This parameter is available only when Redundancy Policy is set to Enclosure redundancy.
        SmartTier	Manually select drives of the SCM and SSD types to activate SmartTier. SCM drive types include SCM drives. SSD drive types include SSDs and NVMe SSDs. NOTE: This parameter is available only when Redundancy Policy is set to Disk redundancy and the selected controller enclosure contains SCM drives.
        Storage Pool Capacity	Set the capacity of the storage pool. When Redundancy Policy is set to Disk redundancy, parameters, including Capacity per Disk, Type, Available Disks, and Selectable Disks per Controller Enclosure, are displayed in the function pane of Storage Pool Capacity. In the text box of Required Disks, enter the number of disks in each controller enclosure used to create the storage pool. When Redundancy Policy is set to Enclosure redundancy, parameters, including Capacity per Disk, Type, Available Disks, and Selectable Disks per Disk Enclosure, are displayed in the function pane of Storage Pool Capacity. In the text box of Required Disks, enter the number of disks in each disk enclosure used to create the storage pool. Select at least three disks from each disk enclosure. NOTE: You can click Select to manually select disks.
        Hot Spare Policy	Hot spare policy of the storage pool. Hot spare space stores data from the failed member disks to ensure system continuity and reliability. [Value range] None, Low (1 disk), High (2 disks), Custom (3 disks), Custom (4 disks), Custom (5 disks), Custom (6 disks), Custom (7 disks), and Custom (8 disks) [Default value] Low (1 disk) NOTE: Hot spare capacity is provided by all member disks in each storage pool because the storage system uses RAID 2.0+ virtualization technology. For ease of understanding, the hot spare capacity is expressed in the number of hot spare disks on DeviceManager.
        Capacity Alarm Threshold (%)	When the percentage of the storage pool's allocated capacity to its total capacity reaches this threshold, the system generates a capacity alarm. A proper capacity alarm threshold helps you monitor the capacity usage of a storage pool. [Value range] 1 to 95
        Capacity Used Up Alarm Threshold (%)	When the percentage of the storage pool's allocated capacity to its total capacity reaches this threshold, the system generates an alarm indicating that the capacity is being used up. The severity of this alarm is higher than that of the capacity alarm. [Value range] 2 to 99 NOTE: The value of Capacity Used Up Alarm Threshold (%) must be greater than that of Capacity Alarm Threshold (%).
        Protection Data Auto Deletion	Indicates whether to automatically delete earliest scheduled HyperCDP objects when the percentage of the protection capacity to the storage pool's total capacity reaches Protection Capacity Upper Limit (%). The automatic deletion stops when the percentage becomes less than Protection Capacity Lower Limit (%).
        Protection Capacity Lower Limit (%)	Lower limit for the percentage of the protection capacity to the storage pool's total capacity for the system to stop deleting earliest scheduled HyperCDP objects. NOTE: This parameter is available only when Protection Data Auto Deletion is enabled. [Value range] 1 to 95
        Protection Capacity Upper Limit (%)	Maximum allowable percentage of the protection capacity to the storage pool's total capacity. After this threshold is reached, the system automatically deletes earliest scheduled HyperCDP objects. NOTE: This parameter is available only when Protection Data Auto Deletion is enabled. The value of Protection Capacity Upper Limit (%) must be greater than that of Protection Capacity Lower Limit (%). [Value range] 2 to 99

        

        Parameters including Description, Data Encryption, RAID Policy, Capacity Alarm Threshold (%), Capacity Used Up Alarm Threshold (%), and Protection Data Auto Deletion are hidden. You can click Advanced to display them.

     3. Click OK.

        Confirm your operation as prompted.

        

        You can click or to modify or delete a storage pool.

7. Click Next.
8. Configure storage ports.
   

   FC ports do not need to be configured.

   1. Click Configure.

      The Manage Logical Port page is displayed.

   2. View information about logical ports. Table 4 describes the parameters.

      Table 4 Logical port parameters

      Parameter	Description
      Name	Name of a logical port.
      ID	ID of a logical port.
      Owning vStore	Name of the vStore to which a logical port belongs.
      vStore ID	ID of the vStore to which a logical port belongs.
      Running Status	Running status of a logical port.
      Status	Indicates whether a logical port is activated.
      Data Protocol	Data protocol of a logical port.
      IP Address	IP address of a logical port.
      Subnet Mask/Prefix	Subnet mask of a logical port's IPv4 address or prefix length of a logical port's IPv6 address.
      Gateway	Gateway of a logical port's IP address.
      Home Port/Current Port	Home port and current port of a logical port.
      Home Controller/Current Controller	Home controller and current controller of a logical port.
      Failover Group	Failover group of a logical port.

   3. You can create, modify, fail back, or delete a logical port, as well as manage route information.
      • To create a logical port:
        1. Click Create.

           The Create Logical Port page is displayed.

        2. Set the parameters listed in Table 5.

           Table 5 Logical port parameters

           Parameter	Description
           Name	Name of a logical port. The name must meet the following requirements: The name must be unique. The name can contain only letters, digits, underscores (_), hyphens (-), and periods (.). The name contains 1 to 255 characters.
           Role	Role of a logical port. Possible options are: Service: A port of this role is used to access services, such as accessing CIFS shares of file systems. Replication: A port of this role is used for connections of the replication links in remote replication.
           Data Protocol	Data protocol of the logical port. Possible values are NFS, CIFS, NFS + CIFS, iSCSI, and NVMe over RoCE. NOTE: NFS, CIFS, and NFS + CIFS are applicable to file service configuration. iSCSI and NVMe over RoCE are applicable to block service configuration. Some device models do not support file services. For details about device models that support this function, see Product Description published on the technical support website or consult your product provider. This parameter is available only when Role is set to Service.
           Owning vStore	vStore to which the logical port belongs. NOTE: This parameter is available only when Role is set to Service and Data Protocol is set to NFS, CIFS, or NFS + CIFS.
           IP Address Type	IP address type of the logical port, which can be IPv4 or IPv6.
           IP Address	IPv4 or IPv6 address of the logical port.
           Subnet Mask	Subnet mask of the logical port's IPv4 address. NOTE: This parameter is available only when IP Address Type is set to IPv4.
           Prefix	Prefix length of the logical port's IPv6 address. NOTE: This parameter is available only when IP Address Type is set to IPv6.
           Gateway	Gateway of the logical port's IP address.
           Port Type	Type of the port to which the logical port belongs. The value can be Ethernet port, bond port, or VLAN. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, NFS + CIFS, or iSCSI.
           Home Port	Ethernet port, bond port, or VLAN to which the logical port belongs.
           Activation Status	Determine whether to activate the logical port. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, or NFS + CIFS.

        3. When Role is set to Service, select Advanced in the upper right corner and set the advanced attributes of the logical port.
           

           If Role is set to Service, you can set advanced attributes only when Data Protocol is set to NFS, CIFS, or NFS + CIFS.

           Table 6 describes the parameters.

           Table 6 Advanced logical port parameters

           Parameter	Description
           Failover Group	Name of a failover group. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, or NFS + CIFS. If a failover group is specified, services on the failed home port will be taken over by an available port in the specified failover group. If no failover group is specified, services on the failed home port will be taken over by an available port in the default failover group. It is recommended that the logical ports of the same vStore use the same failover group. This ensures that the fault domains of the logical ports are the same.
           IP Address Failover	After IP address failover is enabled, services on the failed home port will be taken over by other available ports in a failover group. In the entire process, the IP address used by services remains unchanged. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, or NFS + CIFS. Shares of file systems do not support the multipathing mode. They use IP address failover to improve the reliability of links.
           Failback Mode	After the fault of the home port is rectified, services fail back to the home port. Possible values are Automatic and Manual. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, or NFS + CIFS. If Failback Mode is Manual, ensure that the link to the home port is normal before the failback. Services will manually fail back to the home port only when the link to the home port keeps normal for over five minutes. If Failback Mode is Automatic, ensure that the link to the home port is normal before the failback. Services will automatically fail back to the home port only when the link to the home port keeps normal for over five minutes.
           Listen for DNS Query	With this function enabled, external NEs can access the DNS service provided by the storage system by using the IP address of this logical port. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, or NFS + CIFS.
           DNS Zone	Name of a DNS zone. NOTE: This parameter is available only when Data Protocol is set to NFS, CIFS, or NFS + CIFS. If the value is blank, the logical port is not used for DNS-based load balancing. One logical port can be associated with only one DNS zone. One DNS zone can be associated with multiple logical ports. A DNS zone can be associated with both IPv4 and IPv6 logical ports. The load balancing effect varies with the distribution of logical ports associated with a DNS zone. To obtain a better load balancing effect, ensure that logical ports associated with a DNS zone are evenly distributed among controllers.

        4. Click OK.
      • To modify a logical port:
        1. Click More on the right of the desired logical port, and select Modify.

           The Modify Logical Port page is displayed.

           

           Some device models do not support the NFS protocol. For details about device models that support this function, see Product Description published on the technical support website or consult your product provider.

        2. Set the parameters listed in Table 7.

           Table 7 Logical port parameters

           Parameter	Description
           Name	Name of the logical port. The name must meet the following requirements: The name must be unique. The value can contain only letters, digits, underscores (_), hyphens (-), and periods (.). The name contains 1 to 255 characters.
           IP Address Type	IP address type of the logical port, which can be IPv4 or IPv6. NOTE: When Data Protocol is NFS, only IPv4 addresses are supported.
           IP Address	IPv4 or IPv6 address of the logical port. NOTE: When Data Protocol is NFS, only IPv4 addresses are supported.
           Subnet Mask	Subnet mask of the logical port's IPv4 address. NOTE: This parameter is available only when IP Address Type is set to IPv4.
           Prefix	Prefix length of the logical port's IPv6 address. NOTE: This parameter is available only when IP Address Type is set to IPv6.
           Gateway	Gateway of the logical port's IP address.
           Port Type	Type of the port to which the logical port belongs. The value can be Ethernet port, bond port, or VLAN. NOTE: This parameter is modifiable when Data Protocol is set to NFS, CIFS, or NFS + CIFS.
           Home Port	Ethernet port, bond port, or VLAN to which the logical port belongs.
           Failover Group	Name of a failover group. NOTE: This parameter is available only when Data Protocol is NFS. If a failover group is specified, services on the failed home port will be taken over by an available port in the specified failover group. If no failover group is specified, services on the failed home port will be taken over by an available port in the default failover group.
           IP Address Failover	After IP address failover is enabled, services on the failed home port will be taken over by other available ports in the failover group. In the entire process, the IP address used by services remains unchanged. NOTE: This parameter is available only when Data Protocol is NFS. Shares of file systems do not support the multipathing mode. They use IP address failover to improve the reliability of links.
           Failback Mode	After the fault of the home port is rectified, services fail back to the home port. Possible values are Automatic and Manual. NOTE: This parameter is available only when Data Protocol is NFS. If Failback Mode is Manual, ensure that the link to the home port is normal before the failback. Services will manually fail back to the home port only when the link to the home port keeps normal for over five minutes. If Failback Mode is Automatic, ensure that the link to the home port is normal before the failback. Services will automatically fail back to the home port only when the link to the home port keeps normal for over five minutes.

        3. Click OK.
      • To manage routes:
        1. Select the desired logical port and click Manage Route.

           The Manage Route page is displayed.

           

           You can also click More on the right of the desired logical port and select Manage Route.

        2. In the IP Address drop-down list, select the IP address of the Ethernet port for which you want to add a route.
        3. Click Add.
        4. Set the parameters listed in Table 8.

           Table 8 Route parameters

           Parameter	Description
           Type	Three types of routes are available: Default route A route through which data is forwarded by default if no preferred route is available. The destination address and mask (IPv4) or prefix (IPv6) of the default route are automatically set to 0. To use this option, you only need to add a gateway. Host route A route to a host. The destination mask (IPv4) or prefix (IPv6) of the host route are automatically set to 255.255.255.255 or 128. To use this option, you only need to add the destination address and gateway. Network segment route A route to a network segment. You must add the destination address, destination mask (IPv4) or prefix (IPv6), and gateway.
           Destination Address	IPv4 address, IPv6 address, or network segment of the destination service network port on the application server or destination logical port on another storage system.
           Subnet Mask/Prefix	Subnet mask of the IPv4 address or prefix of the IPv6 address for the destination service network port on the application server or destination logical port on another storage system.
           Gateway	Gateway where the local logical port's IP address resides. NOTE: The IP address of the gateway must be different from all internal heartbeat IP addresses. Otherwise, routing will fail.

        5. Click . The route information is added to the list.
           

           To delete a route, select it and click .

        6. Click Close.
      • To delete a logical port:

        Select the desired logical port and click Delete.

        Confirm your operation as prompted.

        

        You can also click More on the right of the desired logical port and select Delete.

      • To fail back a logical port:

        After a fault of the home port is rectified, you can fail back services to the home port. Select the desired logical port and click Fail Back.

        

        You can also click More on the right of the desired logical port and select Fail Back.

   4. Click Close.

9. Configure the block service.
   1. Configure UltraPath hosts.

      Enable Use UltraPath Host.

   2. Scan for UltraPath hosts.

      Click Scan. The scanned hosts are added to the host list.

      

      Click the digit. On the Hosts page that is displayed on the right, view details of the hosts, including Name, IP Address, and OS. To delete a host, you can click More on the right of the host and select Delete.

   3. (Optional) Create a LUN group.

      Click Create LUN Group. On the Create LUN Group page that is displayed, perform subsequent operations.

10. (Optional) Configure the file system.

    Click Create File System. On the Create File System page that is displayed, perform subsequent operations.

    

    Some device models do not support file systems. For details about device models that support this function, see Product Description published on the technical support website or consult your product provider.

11. Click Finish.