• Home
• HP Exams
• HPE2-T37 - Using HPE OneView

HPE2-T37 HP Practice Test Questions and Exam Dumps

Question No 1:

Your customer asks you if it is possible to perform HPE Synergy initial setup remotely. How should you respond?

A. Remote HPE Synergy setup is possible if HPE Composer 2 is used and a DHCP server is available in the management network
B. HPE Synergy can be configured remotely through a secure connection to the FLM if this option was enabled in the factory
C. HPE Synergy cannot be deployed remotely, as initial setup must be performed using a local console connection
D. Remote HPE Synergy installation can be done only if an additional set of the services was purchased together with hardware platform

Correct Answer: A

Explanation: 

The initial setup of HPE Synergy can indeed be performed remotely using HPE Composer 2, provided that a DHCP server is available in the management network. The Composer 2 software allows for the remote management and configuration of the HPE Synergy environment, facilitating the initial setup without requiring physical presence at the installation site. By leveraging this technology, IT administrators can configure the infrastructure remotely, saving time and reducing the need for on-site personnel. Additionally, the presence of a DHCP server in the management network ensures that the components can automatically obtain the necessary network configuration during the setup process.

Option B refers to configuring Synergy remotely through a secure connection to the FLM (Fabric Link Module), but this option only applies if this particular feature was enabled in the factory, which might not be the case in every deployment.

Option C suggests that HPE Synergy cannot be set up remotely, but this is incorrect as remote setup is supported, especially with HPE Composer 2.

Option D introduces the idea that additional services are required for remote setup, which is not the case; the remote setup can be performed without requiring extra services as long as the proper network infrastructure, such as a DHCP server, is in place.

Question No 2:

Your customer built a server profile for HPE Synergy Gen10 server and configured boot mode to Legacy BIOS. Which feature is not available for this Compute Module?

A. Boot from SAN
B. Secure boot
C. Workload profile
D. BIOS management

Correct Answer: B

Explanation:

When configuring a server's boot mode to Legacy BIOS, certain features available in UEFI (Unified Extensible Firmware Interface) mode are not supported. One such feature is Secure Boot, which is used to enhance system security by ensuring that only trusted software is loaded during the boot process. Secure Boot is specifically designed to work with UEFI mode, and it is not available in Legacy BIOS mode.

The Boot from SAN (option A) is a feature that allows the server to boot directly from a Storage Area Network (SAN) without needing a local hard drive. This feature is available in both UEFI and Legacy BIOS modes, as long as the necessary configurations are made.

The Workload profile (option C) is a feature used in the context of HPE Synergy, where profiles can be set up for specific workloads to optimize performance and resource allocation. This feature is unrelated to the boot mode and is not affected by whether the system is running in Legacy BIOS or UEFI mode.

BIOS management (option D) refers to the ability to manage BIOS settings remotely, typically through HPE’s management tools. This functionality is supported in both Legacy BIOS and UEFI modes, allowing administrators to configure and manage BIOS settings as needed.

Thus, the feature that is not available when the boot mode is set to Legacy BIOS is Secure Boot, making option B the correct answer.

Question No 3:

How can your customer implement HPE OneView so that it can be used to manage an HPE ProLiant server and HPE BladeSystem?

A. As a virtual appliance running on the supported hypervisor
B. As an application running on the server with CentOS Linux system
C. As an application running on the server with Windows system
D. As a physical appliance based on HPE ProLiant 360 Gen10

Correct Answer: A

Explanation:

HPE OneView is a comprehensive management solution that provides infrastructure management for HPE servers, storage, and networking equipment. To implement it for managing an HPE ProLiant server and HPE BladeSystem, it must be deployed in a way that supports scalability, flexibility, and efficient resource utilization.

The most common deployment method for HPE OneView is as a virtual appliance. This means it runs on a supported hypervisor such as VMware vSphere or Microsoft Hyper-V, which allows it to be integrated into a virtualized environment. This method offers ease of deployment, management, and scalability, as it leverages existing virtualization infrastructure. Running as a virtual appliance allows the customer to avoid the overhead of dedicated hardware, offering a more cost-effective and flexible solution.

Option B, which suggests running as an application on CentOS Linux, is not a standard deployment method for HPE OneView. While HPE OneView could theoretically interact with Linux systems, it is not designed to run directly as an application on an operating system like CentOS.

Option C, running as an application on a Windows system, is also incorrect because HPE OneView does not run as an application directly on Windows. It needs a more robust deployment, either as a virtual appliance or on dedicated hardware.

Option D suggests deploying HPE OneView as a physical appliance based on the HPE ProLiant 360 Gen10. While this option is valid for specific use cases, it is typically used when customers prefer a hardware-based solution. However, the virtual appliance option is generally preferred for most deployments due to its flexibility, lower cost, and simpler management.

In summary, the best way to implement HPE OneView to manage an HPE ProLiant server and HPE BladeSystem is to deploy it as a virtual appliance on a supported hypervisor, which is the correct answer.

Question No 4:

You discovered that one of the profiles is not compliant with the server profile template. What could cause this profile to be inconsistent with the server profile template?

A. Network connectivity for HPE Synergy Compute Module was changed outside HPE OneView
B. Changes to the server profile were implemented directly on the server profile
C. The server was powered off or rebooted recently and iLO did not reconnect to HPE OneView
D. HPE OneView was restored from a backup that created inconsistency with the server profile template

Correct Answer: B

Explanation:

The most common cause of a server profile being inconsistent with its template is changes made directly to the server profile. When server profiles are applied, they adhere to the template specified in HPE OneView, and if changes are made outside of the template or HPE OneView’s management interface, this can create inconsistencies. Modifying the server profile manually can override the template’s settings, resulting in mismatched configurations.

Let’s examine the other options:

• A. Network connectivity for HPE Synergy Compute Module was changed outside HPE OneView: While changes to network settings might impact the server’s performance, these changes typically do not cause direct inconsistencies with the server profile template unless specific settings within the profile are modified.

• C. The server was powered off or rebooted recently, and iLO did not reconnect to HPE OneView: If the server is rebooted or powered off, iLO (Integrated Lights-Out) may lose connection temporarily. However, this does not usually lead to an inconsistency between the server profile and the template, as iLO reconnects once the system is back online.

• D. HPE OneView was restored from a backup that created inconsistency with the server profile template: Restoring from a backup could cause issues, but it typically affects the entire environment, not just individual profiles. If there is a mismatch due to a backup restore, it would likely affect multiple server profiles, not just one.

Thus, B (changes made directly to the server profile) is the most likely cause of the inconsistency.

Question No 5:

You originally configured boot mode for HPE ProLiant Gen10 server to ‘Legacy BIOS’ in an HPE OneView server profile and deployed an operating system. 

A few weeks later, you change the boot mode to the ‘UEFI optimized’ to leverage some features provided by this mode. What must you do next?

A. reset an iLO management processor to activate the new boot mode for the server
B. reinstall an operating system, as UEFI is using different drive format than Legacy BIOS
C. reset BIOS settings to the defaults so UEFI settings can be applied
D. reset BIOS settings to the defaults through the server profile after changing the boot mode

Correct Answer:D

Explanation:

When switching the boot mode from Legacy BIOS to UEFI, it is necessary to reset the BIOS settings to ensure that the new UEFI configuration is applied properly. This step helps ensure that the system operates in accordance with UEFI-specific settings, which may include things like secure boot or GPT partitioning, which are different from the configurations used in Legacy BIOS mode.

Option A is incorrect because resetting the iLO management processor does not activate the new boot mode. The iLO processor is used for remote management but does not directly influence the server's boot mode.

Option B is misleading because UEFI and Legacy BIOS do not require a complete reinstallation of the operating system. However, certain configurations (such as switching from MBR to GPT partitioning for UEFI) might necessitate reinstallation in some cases. The critical step is resetting BIOS settings to enable UEFI features, not reinstalling the OS.

Option C is incorrect because resetting BIOS settings to the defaults alone does not guarantee that the UEFI settings will be applied correctly. It is necessary to reset the settings specifically within the server profile, as stated in D, to configure the system properly to leverage UEFI.

Question No 6:

Which statement regarding HPE OneView backup restore is true?

A. During backup restore, users with Administrator privileges can still login to HPE OneView
B. An HPE OneView backup can be used to restore individual components like server profile
C. Users with Backup Administrator privileges can restore an HPE OneView backup
D. Only users with Infrastructure Administrator privileges can restore an HPE OneView backup

Correct answer: C

Explanation:

HPE OneView, as a comprehensive infrastructure management tool, has a structured approach to handling backup and restore operations. The backup restore process is designed with specific user privilege requirements to ensure the integrity and security of the system.

A. During backup restore, users with Administrator privileges can still log in to HPE OneView is incorrect. During the backup restore process, user login may be restricted to maintain the consistency and security of the restore operation. This helps prevent conflicts or errors that could occur if changes are being made while critical system configurations are being restored.

B. An HPE OneView backup can be used to restore individual components like server profile is not accurate. While backups in HPE OneView allow for restoring full configurations or system states, they do not typically allow for restoring individual components like a server profile directly. The system is restored at a higher configuration level rather than targeting discrete elements.

C. Users with Backup Administrator privileges can restore an HPE OneView backup is the correct answer. In HPE OneView, users with Backup Administrator privileges are specifically designated to handle backup and restore operations. This role provides the necessary permissions to execute the restore process without granting broader access to the system's administrative functions.

D. Only users with Infrastructure Administrator privileges can restore an HPE OneView backup is incorrect. While Infrastructure Administrators have broad privileges, the task of restoring backups is explicitly assigned to Backup Administrators. This ensures that users responsible for backups have the correct permissions, but it does not require the broader privileges of an Infrastructure Administrator.

In summary, the backup and restore functionality in HPE OneView is restricted to users with Backup Administrator privileges, ensuring that the process is handled securely and efficiently.

Question No 7:

Which statement about a server profile for an Apollo system is true?

A. Enclosure Group is automatically selected
B. Fibre Channel connections can be defined
C. UEFI optimized is the only available boot mode
D. Virtual WWNs and MAC addresses can be defined

Correct Answer: B

Explanation:

In an Apollo system, the server profile allows for specific configuration and management of various system settings. One of the key features is that Fibre Channel connections can be defined. This allows for precise management of how storage devices or networks connect to the server. Therefore, B is the correct answer.

While the Enclosure Group may be selected in some scenarios, it is not automatically chosen in every case and might require user selection depending on the setup, so A is incorrect. UEFI optimized is not the only available boot mode for an Apollo system, as there are other boot modes available for different use cases, which makes C incorrect. Finally, the option to define Virtual WWNs and MAC addresses is not always available directly in the server profile but instead can be handled through other network management configurations, making D incorrect.

Thus, B is the true statement.

Question No 8:

Which type of network should the customer define to allow dynamic VLAN expansion without modifying the HPE Virtual Connect configuration?

A. Untagged
B. Internal
C. Tunnel
D. Tagged

Correct Answer: D

Explanation:

To allow a dynamic environment where additional VLANs can be added without the need for modifications to the HPE Virtual Connect configuration, the customer should define Tagged networks.

Tagged networks are used when the system must handle multiple VLANs over the same physical connection. In this scenario, traffic for multiple VLANs can travel through the same interface but will be distinguished by tags in the Ethernet frames, which indicate the VLAN membership of the packets. This eliminates the need to reconfigure physical switches or modify network settings every time a new VLAN is added.

The use of Tagged networks allows for flexibility, ensuring that the customer can easily expand their network with more VLANs as needed. Each VLAN will be assigned its unique identifier, and these tagged VLANs will be able to coexist over the same physical network infrastructure. This configuration meets the customer's requirement to avoid reconfiguring HPE Virtual Connect and allows seamless scaling as more VLANs are added.

Now, let’s discuss the other options:

• A. Untagged: Untagged networks are typically used when only one VLAN is transmitted over a particular link. This option would not be suitable for environments where the customer wants to expand to more VLANs because additional VLANs would not be properly distinguished or managed across the same network link.

• B. Internal: Internal networks are typically used in the context of virtual machine (VM) communication where the network does not need to interact with external networks. While internal networks may serve specific purposes for virtual machines, they are not designed for managing multiple VLANs over the same physical connection, which is the customer’s requirement.

• C. Tunnel: Tunnel networks are used in scenarios where traffic is encapsulated (such as in VPNs or VXLANs). While tunnels can handle encapsulated traffic for different VLANs, the requirement to avoid modifying HPE Virtual Connect configuration makes this option less ideal compared to Tagged networks.

In conclusion, Tagged networks are the best solution to accommodate the dynamic addition of VLANs while keeping the configuration of HPE Virtual Connect intact.

Question No 9:

Which licenses are optional to be purchased separately for HPE Synergy?

A. Global Dashboard licenses
B. FC Upgrade licenses
C. HPE OneView licenses
D. Virtual Connect licenses

Correct answer: A

Explanation:

For HPE Synergy, certain licenses are available as optional purchases depending on the specific needs of the deployment. Global Dashboard licenses are one such optional license. These licenses provide a centralized, web-based interface for managing multiple HPE Synergy systems and offer integration with cloud services, enabling users to monitor and manage their infrastructure across different locations. This functionality is essential for large-scale or distributed environments, but it is not included by default in the base system and must be purchased separately.

While other licenses such as FC Upgrade licenses (option B) or HPE OneView licenses (option C) may be required for additional functionality or for integrating other software solutions, they are typically not considered optional in the same way as the Global Dashboard. Virtual Connect licenses (option D) are also commonly required for managing network connections in HPE Synergy environments but are part of the standard deployment and not sold as optional. Therefore, the Global Dashboard licenses stand out as the most clearly optional license that can be purchased separately for HPE Synergy.

Question No 10:

Which of the following benefits does HPE GreenLake offer to businesses looking for hybrid IT solutions?

A) High upfront capital investment for on-premise hardware
B) Fixed monthly costs with flexible scaling for IT resources
C) Reduced dependency on cloud-based solutions
D) Permanent hardware installation with no need for regular upgrades

Answer: B) Fixed monthly costs with flexible scaling for IT resources

Explanation:

HPE GreenLake is a comprehensive hybrid cloud solution that provides businesses with the ability to scale IT infrastructure on-demand. Unlike traditional IT models, where organizations must purchase and install all hardware upfront (which leads to high capital expenditures), HPE GreenLake offers an "as-a-service" model. This model allows businesses to pay only for the resources they use, on a pay-per-use basis, while maintaining the flexibility to scale up or down as needed.

The benefits of this model include predictable monthly costs, enabling better cash flow management and budgeting. Additionally, because the infrastructure is managed by HPE, businesses no longer need to handle the complexities of hardware upgrades and maintenance, as these are taken care of by the service provider. This offers a distinct advantage over traditional on-premise IT solutions, where businesses are often locked into purchasing significant amounts of hardware and dealing with its depreciation.

By offering on-demand scalability and flexible resource allocation, HPE GreenLake addresses the needs of businesses operating in fast-paced and ever-changing environments. This flexibility enables businesses to scale up during peak usage periods without over-provisioning hardware, which helps to optimize costs and resources. Therefore, the option B, which refers to the flexibility of scaling resources with fixed monthly costs, best reflects the core benefits of HPE GreenLake.

On the other hand, option A suggests high upfront capital investments, which contradicts the HPE GreenLake model. Option C (reduced dependency on cloud-based solutions) and option D (permanent hardware installation with no need for regular upgrades) are also incorrect, as they don't align with the flexible, cloud-integrated nature of the HPE GreenLake service.

In summary, HPE GreenLake offers businesses the opportunity to manage hybrid IT environments more efficiently by providing scalable, pay-per-use infrastructure services with predictable costs, making it an attractive solution for many modern enterprises.