EXAM SDLCSA TOPIC | SDLCSA DOWNLOAD

Exam SDLCSA Topic | SDLCSA Download

Exam SDLCSA Topic | SDLCSA Download

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Supermicro Direct Liquid Cooling Service Associate (SDLCSA) Exam Sample Questions (Q23-Q28):

NEW QUESTION # 23
What are the full steps and proper order for replacing a failed NVMe SSD drive in the SYS-421GE-TNHR2- LCC system?

  • A. Remove failed drive/drive copyright from chassis carriage > Insert new drive/drive copyright into chassis carriage > Remove failed DIMM from drive copyright > Insert new drive into drive copyright
  • B. Remove failed drive from drive copyright > Remove CPU from chassis carriage > Insert new drive into drive copyright > Insert new drive/drive copyright into chassis carriage
  • C. Remove failed drive/drive copyright from chassis carriage > Remove failed drive from drive copyright > Insert new drive into drive copyright > Insert new drive/drive copyright into chassis carriage
  • D. Remove failed drive/drive copyright from chassis carriage > Remove failed drive from drive copyright > Insert new drive/drive copyright into chassis carriage > Insert new fan into drive copyright

Answer: C

Explanation:
Replacing an NVMe SSD in a Supermicro system like the SYS-421GE-TNHR2-LCC, which supports Direct Liquid Cooling, follows a standard procedure for hot-swappable drives in high-performance servers. The correct sequence, as outlined in Supermicro's general server maintenance guides (e.g., for SYS-420 series or similar DLC-enabled systems), is:
* Remove failed drive/drive copyright from chassis carriage: NVMe drives are housed in carriers for easy access and hot-swap capability, a feature emphasized in Supermicro's DLC rack-scale solutions for minimizing downtime in AI/HPC workloads.
* Remove failed drive from drive copyright: The copyright is opened to extract the faulty NVMe SSD.
* Insert new drive into drive copyright: The replacement NVMe SSD is secured into the copyright.
* Insert new drive/drive copyright into chassis carriage: The copyright is reinserted into the chassis, ensuring proper connection.Option D accurately reflects this logical order. Option A incorrectly involves DIMMs (memory modules), B mentions a fan (unrelated to NVMe replacement), and C involves a CPU (not part of the process). Supermicro's DLC systems prioritize modularity and serviceability, making D the verified procedure.References:Supermicro NVMe SSD replacement guides (e.g., SYS-420GP-TNAR Manual), DLC solution serviceability features.


NEW QUESTION # 24
What are the full steps and proper order for replacing a failed power supply unit in the SYS-421GE-TNHR2- LCC system?

  • A. Lift the blue lock to unlock the release lever > Push the release lever down and in until it clicks > Ensure the red lock on the release lever is locked
  • B. Lift the yellow lock to unlock the release lever > Lift the release lever and use it to pull out the failed power supply unit > Replace the failed power supply unit with a new one
  • C. Lift the red lock to unlock the release lever > Lift the release lever and use it to pull out the failed power supply unit > Replace the failed power supply unit with a new one > Ensure the gold connector pins are on the top > Push the new power supply unit into the tray > Push the release lever down and in until it clicks > Ensure the red lock on the release lever is locked
  • D. Lift the release lever and use it to pull out the failed power supply unit > Replace the failed power supply unit with a new one > Push the new power supply unit into the tray > Push the release lever down and in until it clicks

Answer: C

Explanation:
Replacing a PSU in Supermicro's SYS-421GE-TNHR2-LCC follows a detailed, safety-focused process:
Lift the red lock to unlock the release lever: Red is a common Supermicro color for PSU locks.
Lift the release lever and use it to pull out the failed PSU: Standard hot-swap mechanism.
Replace the failed PSU with a new one: Swap the unit.
Ensure the gold connector pins are on the top: Correct orientation for connection.
Push the new PSU into the tray: Slide it in fully.
Push the release lever down and in until it clicks: Locks the PSU.
Ensure the red lock is locked: Confirms security.
Option B covers all steps comprehensively, aligning with Supermicro's DLC system PSU replacement (e.g., SYS-420 manuals). A is incomplete, C reverses steps, and D skips locking, making B correct.
References: Supermicro PSU replacement guides, DLC system power protocols.


NEW QUESTION # 25
Where is the screw located that releases the AOC card from the bracket?

  • A. On the metal bar, on the top of the AOM card
  • B. On the AOC card itself
  • C. On the metal bar, on the top of the bracket
  • D. There is no screw that you need to remove

Answer: C

Explanation:
In Supermicro systems, an AOC (Add-On Card), such as a NIC or GPU card, is typically secured to a bracket for stability within the PCIe tray or chassis. Based on Supermicro's hardware design for systems like the SYS-
421GE-TNHR2-LCC (a DLC-capable server), the AOC card is fastened to a metal bracket via a screw located on the metal bar at the top of the bracket. This aligns with standard PCIe card installation practices, where the bracket interfaces with the chassis, and a single screw on the bar secures it. Option A references an "AOM card" (likely a typo for AOC), but the screw isn't on the card itself. Option C is incorrect as the card doesn't self-secure, and D is false since a screw is standard. Supermicro's DLC solutions maintain traditional card mounting for compatibility, making B the correct location.References:Supermicro PCIe card installation guides, SYS-420 series documentation.


NEW QUESTION # 26
What is the color of the PCIe tray's air shroud?

  • A. Clear
  • B. Black
  • C. Opaque
  • D. White

Answer: B

Explanation:
The air shroud in Supermicro systems, including those with Direct Liquid Cooling (DLC) solutions like the SYS-421GE-TNHR2-LCC, is typically designed to direct airflow (or in hybrid systems, assist with liquid cooling efficiency) and is made of plastic or composite materials. Based on Supermicro's standard design practices seen in technical documentation and product images (e.g., SYS-420GP-TNAR, a similar GPU server with DLC), the PCIe tray's air shroud is consistently black. This color aids in heat absorption and dissipation, aligning with Supermicro's focus on thermal efficiency in DLC systems, where cold plates and coolant distribution units (CDUs) manage heat directly at the chip level. White or clear shrouds are less common due to aesthetic and thermal considerations, and "opaque" is not a specific color designation. Thus, black is the correct choice, reflecting Supermicro's engineering standards for high-performance computing components.
References:Supermicro product images and manuals (e.g., SYS-420GP-TNAR User Manual), general DLC solution descriptions.


NEW QUESTION # 27
Where is the air shroud located on the PCIe tray?

  • A. On the top / right side of the PCIe tray
  • B. On the bottom of the PCIe tray
  • C. On the top / left side of the PCIe tray
  • D. On the top / center of the PCIe tray

Answer: D

Explanation:
The air shroud on the PCIe tray in Supermicro systems like the SYS-421GE-TNHR2-LCC is positioned to optimize airflow or assist liquid cooling efficiency in hybrid setups. Per Supermicro's design (e.g., SYS-
420GP-TNAR), the shroud is located on the top/center of the PCIe tray, covering the cards to direct cooling effectively across components. This central placement ensures even distribution, critical in DLC systems where air may still cool non-liquid-cooled parts. Options B and D (right/left) are less practical for uniform coverage, and A (bottom) contradicts standard shroud placement above components. Supermicro's DLC expertise integrates air shrouds strategically, making C the verified location.References:Supermicro PCIe tray diagrams, DLC solution design principles.


NEW QUESTION # 28
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