A user attempts to delete a catalog file from an OpenManage Enterprise appliance but fails.
What is the reason the catalog file cannot be deleted?
- A . The user must have Administrator privileges
- B . At least one catalog must be present
- C . Catalog is linked to a firmware baseline
- D . Online catalogs cannot be deleted
C
Explanation:
Questions no: 27 Verified AnswerC. Catalog is linked to a firmware baseline
Step by Step Comprehensive Detailed with ReferencesIn OpenManage Enterprise, a catalog file cannot be deleted if it is linked to a firmware baseline. The firmware baseline relies on the catalog file to determine the applicable updates for devices managed by OpenManage Enterprise. If a catalog is in use by a baseline, it is protected from deletion to maintain the integrity of the firmware update process.
Here’s a detailed explanation:
Administrator Privileges: While administrator privileges are required for many actions within OpenManage Enterprise, they do not prevent the deletion of a catalog file unless it is linked to a baseline.
At Least One Catalog Must Be Present: OpenManage Enterprise does not require a catalog to be present at all times; catalogs can be added or removed as needed.
Catalog is Linked to a Firmware Baseline: This is the correct reason. The system prevents the deletion of a catalog file that is currently associated with a firmware baseline to avoid disrupting any ongoing or planned update processes.
Online Catalogs Cannot Be Deleted: Online catalogs can be deleted unless they are associated with a firmware baseline.
The process and restrictions related to managing catalog files are documented in the OpenManage Enterprise User’s Guide and support resources provided by Dell123.
An OpenManage Enterprise administrator has been tasked to enforce server configuration policies on 2,000 servers using six different configuration profiles.
What is a valid method to create a compliance template?
- A . Export the deployment template
- B . Import the template from dell.com
- C . Clone an existing template
- D . Export the template from a file
C
Explanation:
To enforce server configuration policies on multiple servers using different configuration profiles, one valid method is to clone an existing template. Cloning allows administrators to take a pre-existing template that closely matches the desired configuration and make necessary adjustments to create a new compliance template. Here’s how it can be done:
Access OpenManage Enterprise: Log into the OpenManage Enterprise console with administrative privileges.
Navigate to Templates: Go to the section where server templates are managed.
Select a Template: Choose an existing template that is closest to the desired configuration for the compliance policy.
Clone the Template: Use the option to clone the selected template. This will create a new template with the same configuration settings.
Modify the Template: Make any necessary changes to the cloned template to meet the specific requirements of the compliance policy.
Save the New Template: Save the newly created compliance template.
Apply the Template: Deploy the compliance template to the servers to enforce the configuration policies.
Cloning an existing template is a time-saving approach that leverages the work already done on previous configurations. It ensures consistency across server configurations and simplifies the management of multiple servers1.
For more detailed instructions on creating and managing server templates in OpenManage Enterprise, administrators can refer to the official Dell OpenManage documentation2.
When the maximum number of SNMP events are reached, how many events are placed in the archive?
- A . 5,000
- B . 2,500
- C . 7,500
- D . 10,000
A
Explanation:
In Dell OpenManage Enterprise, when the maximum number of SNMP (Simple Network Management Protocol) events is reached, a portion of these events is archived to maintain a historical record and to prevent loss of data. The number of events placed in the archive is 5,000. This allows for a significant number of events to be stored and reviewed later if necessary, while also ensuring that the system does not become overloaded with too many events to process123.
The archiving process helps in managing the SNMP events efficiently by:
Ensuring that the most recent and relevant events are readily available for immediate viewing and action.
Storing older events in an archive for historical analysis and troubleshooting purposes.
Preventing the event log from becoming too large, which could potentially slow down the system or make it difficult to find specific events.
For more detailed information on SNMP event management and archiving in Dell OpenManage Enterprise, administrators can refer to the Dell EMC OpenManage SNMP Reference Guides23.
Refer to the exhibit
An administrator is trying to create server profiles for 10 new PowerEdge servers. The servers have not been added to OpenManage Enterprise.
Based on the error, how can they successfully create the profiles?
- A . Edit the network settings Increase the pool size
- B . Run a discovery on the servers
- C . Run an Inventory on the servers
- D . Edit the Identity pool Increase the number of Virtual Identities
D
Explanation:
The error message indicates that there are not enough Ethernet MAC Identities available for assignment to the template. This suggests that the Identity pool does not have a sufficient number of Virtual Identities to accommodate the creation of server profiles for the new PowerEdge servers. To successfully create the profiles, the administrator needs to increase the number of Virtual Identities in the Identity pool.
Here’s how to do it:
Access OpenManage Enterprise: Log into the OpenManage Enterprise console.
Navigate to Identity Pool: Go to the section where the Identity pools are managed.
Edit the Identity Pool: Select the Identity pool that is being used for the server profiles.
Increase Virtual Identities: Increase the number of Virtual Identities within the pool to ensure there are enough available for all the new servers.
Save Changes: Save the changes to the Identity pool.
Retry Profile Creation: Attempt to create the server profiles again; there should now be enough Virtual Identities to proceed without error.
By increasing the number of Virtual Identities, the administrator ensures that each new server can be assigned a unique Ethernet MAC Identity, which is necessary for network communication and management within OpenManage Enterprise.
For more detailed instructions on managing Identity pools and Virtual Identities, refer to the official Dell OpenManage documentation.
Where are the device details saved when a device on the network is identified by the OpenManage Enterprise Discovery process?
- A . Application settings
- B . Identity pools
- C . OME database
- D . Audit logs
C
Explanation:
When a device on the network is identified by the OpenManage Enterprise Discovery process, the details of the device are saved in the OpenManage Enterprise (OME) database. The OME database is the central repository where all the information and configurations related to the discovered devices are stored. This includes hardware details, monitoring data, and any other relevant information that the OpenManage Enterprise system uses to manage and monitor the devices1.
The database is designed to handle a large amount of data efficiently, ensuring that all device details are readily accessible for management tasks, reporting, and analytics within the OpenManage Enterprise platform1.
For more information on the discovery process and data storage in OpenManage Enterprise, administrators can refer to the official Dell OpenManage documentation and support resources1.
The storage administrator has requested the WWPN for a newly provisioned PowerEdge R650 server. The server has Virtual Identities that are applied using a template and the FCoE FIP Mac address that is assigned is 02:AC:ED:AD:FA:CE:10.
What is the assigned WWPN?
- A . 20:00:02:AC:ED:AD:FA:CE:10
- B . 02:AC:ED:AD:FA:CE:10:20:00
- C . 50:01:02:AC:ED:AD:FA:CE:10
- D . 20:01:02:AC:ED:AD:FA:CE:10
A
Explanation:
The World Wide Port Name (WWPN) is a unique identifier used in storage networking environments. For a server with Virtual Identities applied using a template and an assigned FCoE FIP MAC address, the WWPN is typically derived from the MAC address.
In this case, the FCoE FIP MAC address is 02:AC:ED:AD:FA:CE:10. The WWPN usually includes a standardized prefix, which for FCoE is often “20:00”. Therefore, the WWPN for the newly provisioned PowerEdge R650 server would be 20:00 followed by the MAC address, making the correct answer:
An administrator has configured a server to meet company-mandated BIOS settings and captured these settings in a Deployment Template.
They are trying to apply these settings to a new server. When the Template Deployment wizard is run, the server is not listed as a possible target.
Which of the following could cause this issue?
- A . The new server has multiple network cards.
- B . The new server does not have the required license.
- C . The new server is not part of the bare metal pool.
- D . A template can only be deployed to the server it is captured from.
C
Explanation:
When deploying a Deployment Template in OpenManage Enterprise and the target server is not listed, it could be due to the server not being part of the bare metal pool. The bare metal pool is a collection of servers that have been discovered but not yet configured or assigned to any specific group or task within OpenManage Enterprise. If a server is not part of this pool, it may not be recognized as a potential target for template deployment.
Here are the steps and considerations that might be involved in resolving this issue:
Verify Server Discovery: Ensure that the new server has been discovered by OpenManage Enterprise and is listed in the inventory.
Check Bare Metal Pool Membership: Confirm that the server is part of the bare metal pool, which is a prerequisite for deploying templates to unconfigured servers.
Review License Requirements: Make sure that the server has the necessary OpenManage Enterprise Advanced or Advanced Plus license installed, as this is required for deploying certain templates1.
Template Compatibility: Ensure that the Deployment Template is compatible with the new server’s model and configuration.
For detailed guidance on creating and deploying server templates, including troubleshooting steps for when servers are not listed as targets, you can refer to the official Dell EMC OpenManage Enterprise User’s Guide1 and support videos2.
In OpenManage Enterprise which type of custom group should be used for a list of devices that update based on specific properties of discovered systems?
- A . Static
- B . Discovery
- C . Dynamic
- D . Query
C
Explanation:
In OpenManage Enterprise, custom groups can be created to organize devices based on various criteria. For a list of devices that update automatically based on specific properties of discovered systems, the appropriate type of custom group to use is a Dynamic group.
Here’s a detailed explanation:
Static Groups: These groups are manually created and managed. Devices must be manually added or removed, and the group does not update based on changes to device properties.
Dynamic Groups: These groups are automatically updated based on predefined criteria or properties. When a device meets the criteria, it is automatically included in the group, and if it no longer meets the criteria, it is removed.
Discovery Groups: These are typically used for organizing devices based on the method of discovery or during the initial discovery phase.
Query Groups: While these groups can be based on specific queries, they are not automatically updated like Dynamic groups.
Therefore, for a list of devices that need to update based on specific properties, a Dynamic group is the recommended choice as it ensures the group membership remains current with the changing properties of the devices1.
This information is based on the functionalities provided by Dell EMC OpenManage Enterprise, as outlined in the official documentation. It is always recommended to refer to the latest OpenManage Enterprise documentation for the most current features and procedures.
Match the device to be discovered with the correct discovery protocol.
Explanation:
Ethernet Switch – SNMP
Windows Server – WS-Man
PowerEdge MX7000 chassis – Redfish
PowerEdge chassis (iCMC) – HTTPS
PowerVault ME – SSH
Ethernet Switch: SNMP (Simple Network Management Protocol) is the standard protocol for network management. It’s used for collecting information from, and configuring, network devices, such as switches and routers.
Windows Server: WS-Man (Web Services-Management) is a protocol for managing servers and devices. It’s particularly suited for Windows Servers as it’s built into the Windows Management Framework.
PowerEdge MX7000 chassis: Redfish is a standard designed to deliver simple and secure management for hardware platforms. Given the advanced features of the PowerEdge MX7000 chassis, Redfish is the appropriate protocol for discovery and management.
PowerEdge chassis (iCMC): HTTPS (Hypertext Transfer Protocol Secure) is used for secure communication over a computer network within a web browser. It’s suitable for devices like the PowerEdge chassis with an integrated Dell Remote Access Controller (iDRAC) that supports web-based management.
PowerVault ME: SSH (Secure Shell) is a protocol for operating network services securely over an unsecured network. It’s ideal for storage systems like PowerVault, which require secure data transfer.
References for these answers can be found in the Dell OpenManage documentation, which provides detailed information on the management protocols supported by different Dell devices.
How can OpenManage Enterprise be upgraded if the appliance does not have access to the Internet?
- A . From the GUI, use an NFS share that the appliance can access
- B . From the GUI, use a nSFTP share that the appliance can access
- C . From the GUI, use a CIFS share that the appliance can access
- D . From the GUI, use an SCP share that the appliance can access
A
Explanation:
To upgrade OpenManage Enterprise without Internet access, you can use a Network File System (NFS) share that the appliance can access.
Here’s how to perform the upgrade:
Prepare NFS Share: Set up an NFS share on a server that the OpenManage Enterprise appliance can access. Ensure that the NFS share is properly configured with the necessary permissions.
Download Update Packages: From a system with Internet access, download the update packages for OpenManage Enterprise from Dell’s official website1.
Transfer to NFS Share: Copy the downloaded update packages to the NFS share.
Access OpenManage Enterprise GUI: Log into the OpenManage Enterprise appliance’s graphical user interface (GUI).
Navigate to Update Section: Go to the update section within the GUI where you can manage appliance updates.
Specify NFS Share: Choose the option to upgrade from an NFS share and provide the path to the NFS share where the update packages are located.
Initiate Upgrade: Follow the prompts to initiate the upgrade process using the files from the NFS share.
This method allows you to upgrade the appliance in environments where direct Internet access is not available, ensuring that your OpenManage Enterprise appliance is running the latest version with all the security and functionality updates1.
For detailed instructions and best practices for upgrading OpenManage Enterprise using offline methods, refer to the official Dell documentation1.
What is the minimum warranty level required for the SupportAssist adapter to monitor the hardware status of a managed server?
- A . ProSupport Plus
- B . ProSupport
- C . Basic Hardware
- D . Basic Plus
A
Explanation:
The minimum warranty level required for the SupportAssist adapter to effectively monitor the hardware status of a managed server is ProSupport Plus. This level of service provides the most comprehensive support features, including proactive and predictive support capabilities that are essential for hardware monitoring.
Here’s the rationale for this answer:
ProSupport Plus: This is the highest level of service offered by Dell, providing 24×7 priority access to ProSupport engineers, repairs for accidental damages, and proactive monitoring with SupportAssist technology1.
SupportAssist Technology: SupportAssist is a proactive monitoring tool that automatically detects hardware and software issues. It requires an active ProSupport or ProSupport Plus warranty to utilize all its features2.
Hardware Monitoring: With ProSupport Plus, SupportAssist can perform detailed hardware monitoring, send alerts, and even initiate automatic case creation for issues3.
While SupportAssist can still function with other warranty levels, ProSupport Plus ensures the full utilization of its capabilities, especially for critical hardware status monitoring and automated support case generation. It’s important to have the appropriate level of warranty to ensure that servers are monitored effectively and support is provided promptly when issues are detected.
Which option is available in the Discovery portal when multiple jobs are selected simultaneously?
- A . Run
- B . Reschedule
- C . Edit
- D . Restart
B
Explanation:
In the OpenManage Enterprise Discovery portal, when multiple jobs are selected simultaneously, the option available is to Reschedule the jobs. This feature allows administrators to efficiently manage and organize discovery tasks by setting new times for them to run, without having to recreate the tasks from scratch.
Here’s a detailed explanation of the process:
Accessing the Discovery Portal: Log into the OpenManage Enterprise web console and navigate to the Discovery Portal.
Selecting Multiple Jobs: Click on the checkboxes next to the jobs you wish to manage, allowing you to select multiple jobs at once.
Rescheduling Jobs: With multiple jobs selected, the ‘Reschedule’ option becomes available. This option allows you to set a new time and date for the selected discovery jobs to run.
Confirming Changes: After setting the new schedule, confirm the changes. The selected jobs will now run at the newly specified times.
The ability to reschedule multiple jobs simultaneously streamlines the management of discovery tasks and ensures that device discovery occurs at the most appropriate times for the organization’s needs. This information is based on the functionality described in the OpenManage Enterprise documentation and user guides123.
What type of device health monitoring capability is implemented in OpenManage Enterprise?
- A . Real-time
- B . Scheduled
- C . On-demand
- D . Interval based
What is the correct order of steps to manually onboard a device?
Explanation:
The correct order of steps to manually onboard a device in Dell OpenManage Operate is:
Go to the IP Addresses page.
Select Discovery.
Enter the admin credentials.
Select the target device.
Select Onboarding.
To manually onboard a device using Dell OpenManage Operate, follow these steps:
Go to the IP Addresses page: This is typically where you begin by accessing your inventory of devices and their respective IP addresses within Dell OpenManage Operate.
Select Discovery: The discovery process involves scanning for devices that can be managed within your network environment.
Enter the admin credentials: For security purposes and to ensure that only authorized personnel can add devices, administrative credentials are required.
Select the target device: After discovering devices, you need to select which specific device you want
to onboard into Dell OpenManage Operate for management.
Select Onboarding: Finally, after selecting your target device, you proceed with onboarding it into your management console for monitoring and management tasks.
For verified answers according to Dell OpenManage Operate documents, please refer directly to those official documents or contact Dell support for confirmation as this information cannot be verified without access to those specific resources.
Refer to Exhibit:
An OpenManage Enterprise environment contains both Dell EMC 13G and 14G PowerEdge servers and an online catalog that is configured as shown.
A Device Manager is tasked with creating a firmware baseline using Catalog1 for all the server infrastructure. During the task, they find that they are only able to select the 14G PowerEdge servers in
the environment.
What is causing the problem?
- A . Only Administrators are permitted to create firmware baselines
- B . The catalog does not contain any firmware applicable to 13G servers
- C . Only the 14G servers are in the scope of their account
- D . Each firmware baseline can only contain servers from the same generation
B
Explanation:
Understanding the Catalog Configuration: The online catalog, as shown in the exhibit, is configured to source the latest component versions from Dell.com.
This catalog is named ‘Catalog1’.
Identifying the Issue: The Device Manager is unable to select 13G PowerEdge servers when creating a firmware baseline using Catalog1. This indicates that the catalog lacks firmware for 13G servers.
Catalog Contents: Since Catalog1 is set to pull the latest component versions, it is likely that it only includes firmware for the most recent, supported server generations, which in this case appears to be the 14G PowerEdge servers.
Firmware Baseline Creation: Firmware baselines are created to standardize the firmware versions across the server infrastructure. If certain server generations are not included in the catalog, they cannot be selected for the baseline.
Reference to Dell OpenManage Documentation: Dell OpenManage documentation would typically explain how catalogs are associated with server generations and their firmware. It would state that if a catalog does not contain firmware for a particular generation, servers from that generation cannot be included in the baseline.
The exhibit provided context for the issue at hand, showing that Catalog1 is likely tailored for 14G servers, hence the absence of 13G server firmware. This aligns with standard practices for managing server firmware where catalogs are generation-specific to ensure compatibility and supportability.
Refer to Exhibit:
What is the corresponding OpenManage Enterprise feature used with this iDRAC setting?
- A . Redfish
- B . Automatic Discovery Jobs
- C . Server Initiated Discovery
- D . Global Exclude
C
Explanation:
The iDRAC (Integrated Dell Remote Access Controller) setting displayed in the exhibit is associated with the Server Initiated Discovery feature in OpenManage Enterprise. This feature allows servers to initiate their discovery into OpenManage Enterprise using the iDRAC Auto Discovery settings.
Here’s how it works:
iDRAC Auto Discovery: This setting, when enabled on the server’s iDRAC, allows the server to present itself to OpenManage Enterprise for discovery and management.
Server Initiated Discovery: In OpenManage Enterprise, this feature is used to automatically discover servers that have iDRAC Auto Discovery enabled. It simplifies the process of adding new servers to the management console.
Network Configuration: The network settings in iDRAC, such as obtaining an IP address via DHCP, mDNS, or Unicast DNS, are configured to ensure that the server can communicate with OpenManage Enterprise.
Periodic Refresh: The periodic refresh setting ensures that the server’s presence is consistently updated in OpenManage Enterprise, maintaining accurate and current device management.
By using Server Initiated Discovery, administrators can automate the process of integrating servers with OpenManage Enterprise, reducing the need for manual discovery jobs and streamlining the management of server infrastructure.
For more detailed information on Server Initiated Discovery and its configuration, administrators can refer to the official Dell OpenManage documentation and support resources.
Which status is shown if you onboard a server with an account that lacks administrative privileges?
- A . Monitored
- B . Managed with alerts
- C . Managed
- D . Monitored with limited actions
A
Explanation:
In Dell OpenManage Enterprise, when a server is onboarded using an account that lacks administrative privileges, the status shown is “Monitored.” This status implies that the server has reduced device permissions compared to the “Managed” status, which would require administrator privileges.
Here’s a detailed explanation:
Monitored: This status indicates that the server can be contacted and discovered by OpenManage Enterprise, but the range of interactions is limited due to the lower-privileged credentials provided. The server’s operational status can be viewed, but management tasks such as power control or firmware updates cannot be executed1.
Managed with alerts: This status would imply that the server is fully managed and that alerts can be configured and received, which requires administrative privileges.
Managed: This status is assigned to servers that are fully managed with administrative credentials, allowing for a full range of management tasks.
Monitored with limited actions: While this status is not explicitly mentioned in the provided search results, it would suggest a similar level of access as “Monitored” but with some additional limited actions available.
The distinction between these statuses is important for IT administrators who need to decide the level of access and control they require over the servers. For servers that only need to be monitored without full management capabilities, providing lower-privileged credentials is a common practice.
For more information on the implications of onboarding servers with different privilege levels and the resulting statuses, you can refer to the Dell OpenManage Enterprise technical documentation
Which are valid user roles in OpenManage Enterprise?
- A . Domain Administrator and Device Manager
- B . Device Administrator and Viewer
- C . User and Administrator
- D . Viewer and Administrator
D
Explanation:
OpenManage Enterprise (OME) has a Role-Based Access Control (RBAC) system that defines user privileges for built-in roles.
The valid user roles in OME are:
Administrator: This role has full access to all features and functions within OME, including system configuration, management, and monitoring.
Device Manager: This role can manage and monitor devices but may have restricted access to certain system settings.
Viewer: This role is typically limited to viewing information and cannot make changes to the system or device configurations.
For the purpose of this question, the roles that are considered valid within the context of OME are Viewer and Administrator. These roles are clearly defined within the OME RBAC system and are integral to the security and management of the system1.
The process of assigning roles in OME involves:
Logging into the OME console with administrative credentials.
Navigating to the user management section.
Creating or editing a user account.
Assigning the appropriate role (Viewer or Administrator) to the user based on their responsibilities and the level of access they require.
It’s important to note that while “Device Manager” is a valid role, it is not listed as an option in the provided answers. Therefore, the correct answer from the given options is Viewer and Administrator1. This information is verified according to the official Dell OpenManage Enterprise documentation and user guides.
What is the correct order of actions to initially configure OpenManage Enterprise?
Explanation:
The correct order of actions to initially configure OpenManage Enterprise is:
Access the Text User Interface.
Accept the EULA.
Set network parameters to the IP of the appliance.
Change the password of the appliance.
To initially configure OpenManage Enterprise, follow these steps in order:
Access the Text User Interface (TUI): This is the first step where you interact with the OpenManage Enterprise appliance through a command-line interface to begin the configuration process1.
Accept the EULA (End-User License Agreement): Before proceeding with the configuration, you must agree to the terms and conditions of the software as outlined in the EULA1.
Set Network Parameters to the IP of the Appliance: Configure the network settings, including the IP address, subnet mask, gateway, and DNS settings, to ensure the appliance can communicate on your network1.
Change the Password of the Appliance: For security purposes, it’s important to change the default password to a strong, unique password to protect your OpenManage Enterprise appliance1.
These steps are essential to ensure that OpenManage Enterprise is properly set up and secured for use within your IT environment. For more detailed instructions, refer to the official Dell OpenManage documentation1.
In the OpenManage Enterprise web console where can VLAN settings be managed?
- A . Devices > Select Device > IOA > Hardware > Networking
- B . Network Devices > IOA Device Settings
- C . Configuration > Network Devices
- D . Devices > Select Device > View Details > Hardware > Networking
D
Explanation:
Step by Step Comprehensive Detailed with ReferencesIn the OpenManage Enterprise web console, VLAN settings can be managed by navigating to the specific device and accessing its networking details.
Here’s how you can manage VLAN settings:
Navigate to Devices: Start by going to the ‘Devices’ section in the OpenManage Enterprise web console.
Select a Device: Choose the device for which you want to manage VLAN settings.
View Details: Click on ‘View Details’ to access more information about the selected device.
Go to Hardware: Within the details view, navigate to the ‘Hardware’ tab.
Access Networking: Finally, select ‘Networking’ to manage VLAN settings for the device.
This path allows administrators to configure VLANs for individual devices, ensuring that network settings are tailored to the needs of each device. The process for managing VLAN settings is documented in the Dell EMC OpenManage Enterprise User’s Guide1, which provides instructions for configuring network-related settings, including VLANs.