Full Access EMC D-OME-OE-A-24 Tutorials

When devices are discovered in OpenManage Enterprise, they are automatically categorized into system groups based on their properties. For the devices mentioned:

PowerEdge MX740c blades and MX7000 chassis: These are considered modular systems because they are part of a modular infrastructure.

VxRail clusters: These are categorized as HCI (Hyper-Converged Infrastructure) Appliances due to their nature as integrated systems combining compute, storage, and networking.

Therefore, the eight PowerEdge MX740c blades and the MX7000 chassis would be placed in the ‘Modular Systems’ group, while the two VxRail clusters would be located in the ‘HCI Appliances’ group. The ‘Servers’ group typically includes standalone servers, which might also include the PowerEdge MX740c blades if they are considered individually.

The default system groups in OpenManage Enterprise are designed to help administrators quickly identify and manage devices based on their type and role within the infrastructure12.

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Create VLAN Template: The first step is to create a VLAN template within OpenManage Enterprise. This involves defining the VLAN ID and any associated settings such as name, description, and VLAN type.

Configure VLAN Settings: Once the template is created, you need to configure the VLAN settings according to your network design. This may include setting up access or trunk modes, allowed VLANs on trunks, and other relevant settings.

Deploy Template on Modular Server: The final step is to deploy the VLAN template on the modular server. This action applies the VLAN configuration to the server interfaces, ensuring that the server can communicate on the specified VLANs.

The process of applying a VLAN template is documented in the OpenManage Enterprise Modular API guide1, which provides detailed instructions on how to apply VLANs to a template. Additionally, Dell’s support videos and documentation offer guidance on creating and deploying server templates in OpenManage Enterprise2.

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When an administrator schedules a job to deploy a template with virtual identities to servers, the status of these servers in the Identity Pool is set to “Reserved.” This status indicates that the virtual identities have been earmarked for these servers and cannot be assigned to other devices until the job is either completed or cancelled.

Here’s the process:

Template Deployment Scheduled: The administrator schedules the deployment of the template with virtual identities.

Identity Pool Reservation: The system reserves the required virtual identities in the Identity Pool for the scheduled job.

Status Set to Reserved: The status of the servers in the Identity Pool reflects this reservation as “Reserved.”

Job Execution: At the scheduled time (10PM the following day), the job will run, and the virtual identities will be applied to the servers.

Status Update: Once the job is completed, the status will change to reflect the new state, such as “Allocated” or “Deployed,” depending on the outcome of the deployment1.

The reservation ensures that there are no conflicts or double-assignments of virtual identities, which are crucial for network communication and management within OpenManage Enterprise1. For more detailed information on virtual identity management in Dell OpenManage Operate, administrators can refer to the official documentation provided by Dell1.

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In OpenManage Enterprise, the ability to modify a discovery task is typically restricted based on user roles and permissions. If a Device Manager user finds the edit button for a discovery task grayed out, it indicates that they do not have the necessary permissions to make changes to that task.

Here’s a detailed explanation:

User Roles: OpenManage Enterprise has different user roles with varying levels of permissions. The Device Manager role may have limited permissions that do not include editing discovery tasks created by others1.

Administrative Privileges: Generally, administrative privileges are required to edit tasks created by other users. This ensures that only authorized personnel can make changes to critical system configurations2.

Task Ownership: The original creator of a task or an administrator would typically have the rights to modify it. If the task was created by another user, a Device Manager would not be able to edit it unless they have been granted additional permissions2.

In this scenario, the consideration is that only an Administrator, who has higher privileges, can edit an existing discovery task. This is designed to maintain system integrity and prevent unauthorized changes. If a Device Manager needs to modify a task, they would need to request an Administrator to make the changes or be granted the appropriate permissions to do so.