Dell D-PE-FN-01: PowerEdge Foundations v2

Last checked November 10, 2026 against the official Dell exam page.

1. Question 1Introduction to Servers

   A small finance team wants the operating system and hypervisor on a PowerEdge server to stay available if one boot device fails, while data stays on separate drives. Which component is designed for this purpose?

   1. AA 3.5-inch nearline SAS drive in a front bay for bulk data
   2. BAn internal optical drive used to hold installation media
   3. CA PERC controller configured as a RAID 0 stripe across the data drives
   4. DA BOSS card that mirrors two M.2 modules for the operating system
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   Correct answer: D

   BOSS is a dedicated boot device that mirrors two M.2 modules, so the operating system can survive a single module failure while data stays on the main drives. The nearline SAS drive holds bulk data without a boot mirror, the RAID 0 stripe has no redundancy, and an optical drive is not a redundant boot device.

2. Question 2Server Architecture and Roles

   A data center operator needs to pack many compute nodes into a small footprint while sharing power, cooling and network switching through one enclosure. Which server form factor is designed for this?

   1. ABlade servers that slot into a shared chassis
   2. BTower servers placed side by side on a shared floor stand
   3. CEdge gateways mounted on a wall in a remote facility
   4. DDesktop workstations connected through a network hub
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   Correct answer: A

   Blade servers slide into a shared chassis that provides power, cooling and networking, which gives high density in a small footprint. Towers and wall-mounted edge gateways each use their own enclosure, and desktop workstations are not built for dense shared infrastructure.

3. Question 3Maintenance

   Why do administrators populate DIMM slots in balanced, matched sets across the memory channels of a PowerEdge server?

   1. ASo the processors can use all memory channels in parallel for better performance
   2. BSo the server produces less heat from each individual memory module during operation
   3. CSo the system can skip the memory test during POST and start faster
   4. DSo the BIOS never needs to be updated when new modules are added
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   Correct answer: A

   Balanced, matched DIMMs let the memory controller use multiple channels in parallel, which improves bandwidth. Skipping the POST memory test, reducing heat per module and avoiding BIOS updates are not reasons for balanced population.

4. Question 4Server Management

   A Linux host stops responding after a kernel panic. The operator needs to power-cycle the server and open a remote console without depending on the operating system. Which management path should be used?

   1. AIn-band management through the OpenManage Server Administrator agent running on the host OS
   2. BLogging in through the application that runs on the affected workload
   3. COut-of-band management through the iDRAC dedicated management controller
   4. DPhysically walking to the server and using a local keyboard and monitor
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   Correct answer: C

   Out-of-band management uses the iDRAC controller, which runs independently of the host OS, so it can power-cycle the server and open a remote console. The OpenManage agent depends on the failed OS, local access is not remote, and the workload's own application cannot control the hardware.

5. Question 5Security

   An administrator wants the server to refuse to run UEFI boot components unless each one carries a digital signature from a trusted key. Which feature provides this check?

   1. ASecure Boot, which verifies the signatures of UEFI boot components before they load
   2. BSelf-encrypting drives, which protect stored data with a hardware encryption key
   3. CChassis intrusion detection, which logs when the server cover is opened
   4. DLockdown mode, which blocks changes to iDRAC configuration, firmware and boot settings on the server
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   Correct answer: A

   Secure Boot checks digital signatures on UEFI boot components and stops untrusted code from loading. Intrusion detection, self-encrypting drives and lockdown mode address physical access, data at rest and configuration changes, not signature checks on boot code.