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Supermicro Direct Liquid Cooling Service Associate (SDLCSA) Exam Sample Questions (Q16-Q21):

NEW QUESTION # 16
Which type of Liquid Cooling is discussed in this training?

A. Evaporative Cooling
B. Direct to Chip (DLC)
C. Rear Door Heat Exchanger (RDHx)
D. Immersion Cooling (ILC)

Answer: B

Explanation:
The training focuses on Supermicro'sDirect to Chip (DLC)liquid cooling, as indicated by the context of SYS-
421GE-TNHR2-LCC and Supermicro's expertise in DLC solutions (e.g., cold plates, CDUs up to 100kW).
DLC circulates coolant directly to CPUs/GPUs, reducing OPEX by 40% and supporting high-density racks. A (RDHx) cools via rear doors, B (Evaporative) uses evaporation, and C (ILC) submerges servers-none match Supermicro's DLC emphasis here. D is the verified type.References:Supermicro DLC whitepapers, SYS-
421GE-TNHR2-LCC cooling specs.

NEW QUESTION # 17
Where in the chassis are the internal fans and fan housing located?

A. In the middle of the PCIe tray
B. In the back of the motherboard tray
C. In the back of the PCIe tray
D. In the middle of the motherboard tray

Answer: D

Explanation:
In Supermicro systems like the SYS-421GE-TNHR2-LCC, internal fans and their housing are typically located in themiddle of the motherboard tray, providing airflow across CPUs and memory, even in DLC setups where liquid cooling handles primary heat removal. This placement, seen in similar systems (e.g., SYS-
420GP-TNAR), balances cooling distribution. A and B (PCIe tray) focus on GPU cooling, not motherboard fans, while C (back of motherboard tray) is less common due to PSU placement. Supermicro's DLC hybrid designs integrate fans centrally on the motherboard tray, making D correct.References:Supermicro chassis layouts, DLC hybrid cooling configurations.

NEW QUESTION # 18
What are the full steps and proper order for removing the fan board from the motherboard tray?

A. Disconnect the power supply from all the fans > Pull the fan board straight up and out of the tray
B. Pull up on the blue levers on each side of the fan board to unlock it > Pull the fan board straight up and out of the tray
C. Disconnect the power supply from all the fans > Pull up on the blue levers on each side of the fan board to unlock it > Pull the fan board straight up and out of the tray
D. Pull the fan board straight up and out of the tray

Answer: C

Explanation:
The fan board in Supermicro systems, including the SYS-421GE-TNHR2-LCC with DLC, manages cooling (even in hybrid air/liquid setups). The removal process, per Supermicro's service manuals, involves:
* Disconnect the power supply from all the fans: This ensures safety and prevents damage, a critical step in DLC systems where fans may supplement liquid cooling.
* Pull up on the blue levers on each side of the fan board to unlock it: Blue levers are a common Supermicro design feature for releasing components securely.
* Pull the fan board straight up and out of the tray: Once unlocked, the board is lifted free.Option B includes all necessary steps. A skips disconnection and unlocking, C omits the levers, and D misses power disconnection, risking damage. Supermicro's DLC solutionsemphasize safe maintenance, supporting B as the correct procedure.References:Supermicro motherboard tray service guides, DLC system maintenance protocols.

NEW QUESTION # 19
In order to remove a side bracket from the SYS-421GE-TNHR2-LCC, where are the 4 screws located that must be removed?

A. 2 screws on the top, 2 screws on the side
B. 1 screw on the top, 3 screws on the side
C. 4 screws on the top, 0 screws on the side
D. 3 screws on the top, 1 screw on the side

Answer: A

Explanation:
The side bracket in the SYS-421GE-TNHR2-LCC, likely housing add-on components, is secured with2 screws on the top and 2 on the side, a balanced approach seen in Supermicro's modular designs (e.g., SYS-
420GP-TNAR). This distribution ensures stability and accessibility, common in DLC systems with dense configurations. A (all top) or C (3 top) skews placement, while B (1 top) is insufficient. D aligns with Supermicro's chassis engineering, making it correct.References:Supermicro chassis bracket guides, DLC system structural design.

NEW QUESTION # 20
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 carrier from chassis carriage > Remove failed drive from drive carrier > Insert new drive/drive carrier into chassis carriage > Insert new fan into drive carrier
B. Remove failed drive from drive carrier > Remove CPU from chassis carriage > Insert new drive into drive carrier > Insert new drive/drive carrier into chassis carriage
C. Remove failed drive/drive carrier from chassis carriage > Remove failed drive from drive carrier > Insert new drive into drive carrier > Insert new drive/drive carrier into chassis carriage
D. Remove failed drive/drive carrier from chassis carriage > Insert new drive/drive carrier into chassis carriage > Remove failed DIMM from drive carrier > Insert new drive into drive carrier

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 carrier 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 carrier: The carrier is opened to extract the faulty NVMe SSD.
* Insert new drive into drive carrier: The replacement NVMe SSD is secured into the carrier.
* Insert new drive/drive carrier into chassis carriage: The carrier 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 # 21
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100% Pass 2025 Supermicro The Best SDLCSA Test Braindumps

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Supermicro Direct Liquid Cooling Service Associate (SDLCSA) Exam Sample Questions (Q16-Q21):

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