HP HPE2-T37 Exam Dumps & Practice Test Questions

Question 1:

A customer wants to know if it’s possible to perform the initial setup of HPE Synergy remotely. What is the best answer?

A. Remote setup is achievable using HPE Composer 2 if a DHCP server exists on the management network.
B. HPE Synergy can be remotely configured via a secure connection to the FLM only if enabled at the factory.
C. Initial deployment of HPE Synergy must be done locally through a console; remote setup is not possible.
D. Remote installation is allowed only if extra service packages are purchased alongside the hardware.

Correct Answer: A

Explanation:

When setting up HPE Synergy systems, many customers ask whether the initial configuration can be completed remotely to save time and reduce the need for onsite presence. The answer is yes, under specific conditions. The primary enabler for remote initial setup is HPE Composer 2, a management tool designed to automate and streamline Synergy infrastructure deployment.

HPE Composer 2 allows IT teams to configure compute modules, networking, and storage elements remotely by orchestrating the initial setup tasks through a centralized management console. However, for this to work seamlessly, the management network must have a DHCP server. DHCP plays a critical role by automatically assigning IP addresses and network settings to the Synergy components during boot-up and setup, enabling communication between devices and the Composer server without manual network configuration.

Option B mentions using a secure connection to the Fabric Link Module (FLM) for remote configuration, which is possible but only if the system was factory-enabled with this feature. Since this is not guaranteed for every deployment, it cannot be considered the default or recommended approach.

Option C states that remote setup is impossible, which is incorrect because remote provisioning with Composer and DHCP-enabled management networks is a standard and supported method.

Option D claims extra services must be purchased to enable remote installation. This is also inaccurate because remote setup capability is part of the Synergy platform’s design and does not require additional service purchases, only the right network infrastructure.

To sum up, option A is correct because the combination of HPE Composer 2 and a DHCP-enabled management network allows remote initial setup of HPE Synergy systems, facilitating efficient deployment without the need for onsite technicians.

Question 2:

A customer configured an HPE Synergy Gen10 server profile with Legacy BIOS boot mode. Which functionality is not supported on this Compute Module?

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

Correct Answer: B

Explanation:

Boot mode configuration has significant implications on server functionality and security features. In this case, the customer has chosen to set the HPE Synergy Gen10 server’s boot mode to Legacy BIOS, which is the traditional boot environment preceding the newer UEFI standard.

Among the options, Secure Boot is the feature that is not available when using Legacy BIOS. Secure Boot is a security standard designed to protect a system’s boot process by verifying the integrity and authenticity of boot software. It prevents unauthorized or malicious code from loading during startup. However, Secure Boot is a component of the UEFI (Unified Extensible Firmware Interface) boot framework and is inherently incompatible with Legacy BIOS, which lacks the extensible architecture and cryptographic validation mechanisms that Secure Boot requires.

On the other hand, Boot from SAN (Storage Area Network) is supported in both boot modes as long as the appropriate hardware and firmware settings are in place. This feature enables the server to boot directly from remote storage, which is common in enterprise environments.

The Workload profile refers to predefined configurations that optimize compute resources for specific tasks. It is independent of the boot mode and is fully supported in both Legacy BIOS and UEFI environments.

Finally, BIOS management—which includes remote configuration, monitoring, and updating of BIOS settings—is supported regardless of whether the system boots in Legacy BIOS or UEFI mode. HPE management tools allow administrators to manage BIOS settings across both environments effectively.

In summary, because Secure Boot depends on UEFI-specific capabilities and cannot operate in Legacy BIOS mode, option B is the correct answer. This highlights the security limitations when choosing Legacy BIOS, which may influence the decision to use UEFI for enhanced security in modern server deployments.

Question 3:

What is the recommended way for a customer to deploy HPE OneView to manage both an HPE ProLiant server and an HPE BladeSystem?

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

Correct Answer: A

Explanation:

HPE OneView is a powerful infrastructure management platform designed to simplify the control and monitoring of HPE servers, storage, and networking devices. When deploying HPE OneView to manage HPE ProLiant servers and BladeSystem environments, selecting the optimal deployment method is essential for performance, scalability, and ease of management.

The preferred and most common method is deploying HPE OneView as a virtual appliance. This means it runs inside a virtual machine hosted on a supported hypervisor such as VMware vSphere or Microsoft Hyper-V. This virtualized approach offers significant advantages: it reduces the need for dedicated hardware, allows flexible resource allocation, and simplifies deployment and upgrades. Customers can leverage their existing virtualization infrastructure, making management more efficient and cost-effective.

Option B, which suggests running HPE OneView as a software application on a CentOS Linux server, is inaccurate. HPE OneView is not distributed or supported as a standalone application that runs directly on Linux operating systems. Its architecture relies on appliance-based deployment models.

Option C, running the software on a Windows server, is similarly incorrect. HPE OneView does not operate as a native Windows application. It requires a more integrated deployment either as a virtual appliance or dedicated physical appliance.

Option D, a physical appliance based on the HPE ProLiant 360 Gen10, is a valid alternative but typically used in environments where customers prefer dedicated hardware for management purposes. While this method offers robust hardware reliability, it is less flexible and often more costly compared to the virtual appliance.

In summary, deploying HPE OneView as a virtual appliance on a supported hypervisor is the best practice for managing HPE ProLiant servers and BladeSystem infrastructure, balancing flexibility, cost, and ease of use.

Question 4:

What is the most likely reason a server profile becomes non-compliant with its server profile template in HPE OneView?

A. Network connectivity for the HPE Synergy Compute Module was altered outside of HPE OneView
B. Modifications were made directly to the server profile rather than the template
C. The server was recently rebooted or powered off, causing iLO to lose connection with HPE OneView
D. HPE OneView was restored from a backup, creating inconsistencies with the profile template

Correct Answer: B

Explanation:

When managing infrastructure with HPE OneView, server profiles are created based on server profile templates to ensure consistency and standardization. If a server profile becomes inconsistent with its template, the most common cause is changes made directly to the server profile itself instead of modifying the template.

Server profile templates define the baseline configuration, and server profiles inherit settings from these templates. When administrators modify the profile directly—bypassing the template—it can cause mismatches because the profile no longer aligns with the expected settings defined by the template. This results in compliance issues that HPE OneView detects during its validation processes.

Option A, involving changes to network connectivity for the HPE Synergy Compute Module outside of HPE OneView, may affect network behavior but generally does not lead to profile-template mismatches unless specific server profile properties are altered outside the management system.

Option C suggests that if the server was rebooted or powered off and the Integrated Lights-Out (iLO) management interface temporarily lost connectivity with HPE OneView, it might cause inconsistency. However, this scenario usually only causes temporary communication disruptions and does not affect the compliance status of the profile relative to its template.

Option D raises the possibility of restoring HPE OneView from a backup causing inconsistency. While a backup restore could introduce environmental mismatches, these are typically broader issues affecting multiple profiles or the entire management environment rather than a single server profile.

Therefore, the most probable reason for a server profile being out of sync with its template is direct edits to the profile itself instead of managing configurations through the template. This practice should be avoided to maintain consistency, simplify updates, and ensure reliable infrastructure management.

Question 5:

You initially set the boot mode of an HPE ProLiant Gen10 server to ‘Legacy BIOS’ within an HPE OneView server profile and installed the operating system. 

After some time, you switch the boot mode to ‘UEFI optimized’ to use enhanced features. What is the next necessary step?

A. Reset the iLO management processor to enable the new boot mode
B. Reinstall the operating system, since UEFI uses a different disk format than Legacy BIOS
C. Reset the BIOS settings to default values so UEFI settings take effect
D. Reset BIOS settings to default through the server profile after changing the boot mode

Correct Answer: D

Explanation:

When transitioning a server’s boot mode from Legacy BIOS to UEFI, it is essential to properly reset the BIOS settings so the new UEFI configurations are applied correctly. UEFI introduces new features and system requirements, such as secure boot and GPT (GUID Partition Table) disk formatting, which differ significantly from Legacy BIOS, which typically uses MBR (Master Boot Record). Resetting BIOS through the server profile ensures that these settings are activated and the firmware operates according to UEFI standards.

Option A is incorrect because resetting the iLO (Integrated Lights-Out) management processor affects remote management functions but does not influence the actual boot mode or BIOS configuration. The iLO processor handles management communication and system monitoring but cannot enable or activate a new boot mode.

Option B is misleading. Although UEFI typically requires a GPT partition style and Legacy BIOS usually works with MBR, it is not always necessary to reinstall the OS immediately after switching boot modes. The critical step is resetting BIOS settings so that UEFI features can initialize properly. If the current OS installation uses MBR, a reinstall or disk conversion might eventually be needed, but that is a secondary consideration.

Option C is partly true but incomplete. Resetting BIOS to default outside the server profile does not guarantee that the OneView server profile properly configures the system for UEFI mode. The reset must be performed through the server profile to ensure that OneView applies the appropriate settings aligned with the new boot mode.

In summary, the correct procedure after switching the boot mode in OneView is to reset BIOS settings via the server profile (Option D) to enable UEFI-specific configurations and ensure the server boots correctly.

Question 6:

Which statement accurately describes the user privileges involved in restoring backups within HPE OneView?

A. Administrators can still log in to HPE OneView during the backup restore process
B. HPE OneView backups allow restoring individual components like server profiles
C. Only users with Backup Administrator privileges can perform backup restores in HPE OneView
D. Only Infrastructure Administrators have permission to restore HPE OneView backups

Correct Answer: C

Explanation:

HPE OneView is an advanced infrastructure management platform that handles server, storage, and network configurations. Its backup and restore mechanisms are designed with security and operational integrity in mind, restricting sensitive actions to appropriate user roles.

Option A is incorrect because during the backup restore process, user access is often restricted or disabled. This limitation ensures that no configuration changes or conflicts occur while the system state is being restored. Allowing administrators to log in simultaneously could risk corrupting the restore operation or causing inconsistencies.

Option B is inaccurate because HPE OneView backup and restore operations are generally system-wide. You cannot selectively restore individual components like a single server profile directly from a backup. Instead, the backup contains a snapshot of the entire system’s configuration, and restoration applies to the full infrastructure state.

Option C is correct. HPE OneView assigns the Backup Administrator role specifically to users authorized to perform backup and restore actions. This role confines the permission scope strictly to backup-related tasks, enhancing security by avoiding broader access to general infrastructure administration. Users with this role can safely execute restore operations without having full administrative privileges.

Option D is incorrect because while Infrastructure Administrators have broad control over the system, backup restore responsibilities are explicitly delegated to the Backup Administrator role. This separation of duties ensures clearer accountability and reduces the risk of accidental or unauthorized restoration.

In conclusion, HPE OneView limits backup restoration to users with the Backup Administrator role, providing a focused and secure permission model to safeguard critical system operations.

Question 7:

Which statement correctly describes a feature of a server profile in an Apollo system?

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

Correct Answer: B

Explanation:

A server profile in an Apollo system serves as a template that simplifies and centralizes the configuration of hardware settings and network connections for servers. One of the notable features of this profile is the ability to define Fibre Channel connections. This capability is important because Fibre Channel is commonly used for high-speed storage area networks (SANs), allowing the server to connect efficiently to external storage arrays. By specifying Fibre Channel connections in the server profile, administrators can manage storage network configurations more precisely, improving overall storage access and performance.

Let’s examine the other options:

A. Enclosure Group is automatically assigned:
Although a server profile requires an Enclosure Group assignment to specify where the server hardware resides, this assignment is not always automatic. The user or administrator often needs to select or confirm the Enclosure Group manually based on the deployment scenario, so this option is not universally true.

C. UEFI optimized is the only boot mode available:
While UEFI optimized boot is a common and modern boot mode available on Apollo systems, it is not the only one. Legacy BIOS or other boot modes may be supported depending on system firmware and configuration. Therefore, this statement is inaccurate.

D. Virtual WWNs and MAC addresses can be configured:
Although managing Virtual World Wide Names (WWNs) and MAC addresses is important for networking and storage virtualization, these settings are typically handled via network management tools or separate configuration layers, not directly through the server profile. Hence, this option is incorrect as a defining feature of the server profile.

In summary, the correct statement about the Apollo server profile is that Fibre Channel connections can be defined within it, making option B the accurate choice.

Question 8:

Which network type should a customer use to enable dynamic VLAN expansion without needing to change the HPE Virtual Connect configuration?

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

Correct Answer: D

Explanation:

When managing VLANs within an HPE Virtual Connect environment, flexibility in adding new VLANs without having to adjust the underlying network configuration is often critical. To support this, the customer should use Tagged networks.

Tagged networks allow multiple VLANs to coexist on a single physical network interface by adding VLAN tags to Ethernet frames. These tags are unique identifiers that distinguish traffic belonging to different VLANs. Because each VLAN is marked by its tag, switches and devices can segregate and route the traffic correctly even when multiple VLANs share the same physical link.

This setup is especially valuable for dynamic environments where new VLANs might be added frequently. Since the VLAN tagging mechanism inherently supports multiple VLANs on the same connection, the customer can expand the network’s VLANs without requiring changes to the HPE Virtual Connect configurations. This reduces operational complexity and avoids disruptions.

Let’s review the other options:

A. Untagged:
Untagged networks carry traffic for only one VLAN on a link and do not support multiple VLANs simultaneously. Thus, they don’t meet the requirement for dynamic VLAN expansion.

B. Internal:
Internal networks are generally isolated to virtual machine traffic within the server and do not interact with external VLANs or physical switches. They are unsuitable for managing VLAN expansions across physical network boundaries.

C. Tunnel:
Tunnel networks encapsulate traffic, often for VPNs or overlay networks like VXLANs, but they introduce complexity and are not ideal for straightforward VLAN tagging needs. Also, tunnels often require additional configurations and may not simplify HPE Virtual Connect management.

In conclusion, Tagged networks provide the best method for supporting dynamic VLAN additions without reconfiguring HPE Virtual Connect, making D the correct answer.

Question 9:

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

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

Correct Answer: A

Explanation:

When working with HPE Synergy, an infrastructure platform designed for composable systems, different licenses enable various levels of functionality. Among these licenses, some are bundled with the core solution, while others are optional add-ons that organizations can choose based on their operational needs. The license that distinctly falls into the optional category and requires a separate purchase is the Global Dashboard license.

Global Dashboard licenses provide a centralized management interface accessible via a web portal. This interface is designed to offer unified monitoring and control over multiple HPE Synergy deployments across geographically distributed data centers or multiple locations. The dashboard integrates with cloud management tools, facilitating a holistic view of infrastructure performance and status. This is particularly valuable for large enterprises managing hybrid IT environments, as it enhances visibility and operational efficiency.

In contrast, FC Upgrade licenses (Fibre Channel upgrades) may be necessary to enable advanced storage connectivity features but tend to be more closely tied to specific hardware configurations and not typically optional in every deployment. The HPE OneView licenses are fundamental for managing the HPE Synergy infrastructure, as OneView serves as the core management software for hardware and firmware orchestration; thus, it is usually included or considered essential. Virtual Connect licenses manage network connections between server modules and networking hardware, and these licenses are generally standard parts of Synergy deployments rather than optional extras.

In summary, while other licenses enhance or upgrade system features and are integral to many setups, Global Dashboard licenses stand out as the clearly optional licenses designed for enhanced, centralized management across multiple Synergy environments. Therefore, A is the correct answer.

Question 10:

What is a key advantage of HPE GreenLake for businesses seeking hybrid IT solutions?

A. Requires high upfront capital expenditures on on-premises hardware
B. Offers fixed monthly pricing with the ability to flexibly scale IT resources
C. Decreases reliance on cloud-based services
D. Involves permanent hardware installations without the need for regular upgrades

Correct Answer: B

Explanation:

HPE GreenLake is a leading-edge hybrid IT solution that delivers infrastructure services in an as-a-service model, blending the benefits of on-premises hardware with the flexibility of cloud consumption. Unlike traditional IT approaches, where companies invest heavily upfront in purchasing all necessary hardware—leading to large capital expenditures and often over-provisioned infrastructure—GreenLake transforms this model by allowing businesses to consume IT resources on demand and pay based on actual usage.

This consumption-based model provides fixed monthly costs, which simplifies budgeting and financial forecasting, a critical factor for many organizations managing complex IT environments. Importantly, HPE GreenLake allows flexible scaling, meaning businesses can increase or decrease computing, storage, or networking resources in response to changing demands, avoiding the inefficiencies and costs associated with unused capacity or rushed hardware acquisitions.

Another significant benefit is that HPE manages the infrastructure’s lifecycle, including hardware maintenance and upgrades. This relieves businesses from the burden of continuous hardware refresh cycles and technical upkeep, allowing IT teams to focus on innovation rather than infrastructure management.

Option A is inaccurate because GreenLake explicitly avoids large upfront hardware investments. Option C misrepresents the solution, as GreenLake embraces hybrid IT, integrating both cloud and on-premises elements rather than reducing cloud dependency. Option D is also incorrect since GreenLake infrastructure is maintained and upgraded regularly by HPE, ensuring up-to-date technology rather than permanent, static installations.

Overall, HPE GreenLake empowers businesses with scalable, flexible infrastructure services delivered with predictable costs, making B the best reflection of its core advantage.