Supermicro MI300X Expert (SMI300XE) Certification Exam SMI300XE Exam Dumps: Updated Questions & Answers (October 2025)

Toremove the GPU tray, you need toloosen two screwslocatedone on each side of the tray.

Option B (Correct):There isone screw on each sidethat must beloosenedbefore pulling the handles out/down.

Option A (Incorrect):The screwsare not only on the top.

Option C (Incorrect):The screwsare not only on the bottom.

Option D (Incorrect):Thereis no screw configurationwithone on top and one on the bottom.

TheGPU in the MI300X systemis secured withT15 Torx screws, requiring aT15 Torx Bitfor removal.

Option A (Incorrect):T20 Torx Bit istoo largefor GPU screws.

Option B (Incorrect):Security Torx Bit isnot requiredfor standard GPU removal.

Option C (Correct):T15 Torx Bit is the correct toolfor removing GPU screws.

Option D (Incorrect):Phillips Head Screwdriversdo not fit the GPU screws.

TheIPMI Dashboard health event loghelpsidentify component failuresusing ared severity status indicator. If a fan or power supply fails, theevent log will mark it as a red alert, allowing users to take corrective action.

Option A (Correct):Red severity status in theevent logsignals a failed component.

Option B (Incorrect):Fansdo not change colorswhen failing.

Option C (Incorrect):There is nopurple status indicatorin IPMI for failures.

Option D (Incorrect):You cannot configure a new fan inIPMI under Configuration; you must replace a failed fan.

IfROCm commands fail to provide output, the primary issue is likelymissing or undetected GPUs. Thebest way to validate this is by checking the IPMI GUI and reviewing the GPU component sectionto ensure that all GPUs are present.

Option A (Correct):Missing GPUsare the most common causeof ROCm failures. The IPMI GUI provides visibility into which GPUs are detected.

Option B (Incorrect):CPU misalignment would causegeneral system failure, not ROCm-specific issues.

Option C (Incorrect):The GPU baseboard status can be checked in IPMI but isnot the primary causeof ROCm failures.

Option D (Incorrect):ROCm can function with multiple missing GPUs, butthe key issue is confirming GPU presence first.

When working withSupermicro MI300X GPU systems, it ishighly recommendedtomap or take a pictureof cable connections before disconnection.

Reasons:

Ensuring Proper Reconnection→ NVMe backplanes have multiplecritical connections(MCIO cables, power cables, data lanes, and SAS connections). Misplacing any of these cables could cause:

Boot failures

Drive detection issues

Performance degradation

Avoiding Errors in Cable Routing→ Supermicro documentation states thatimproperly routed cables can obstruct airflow, potentially leading tooverheatingin high-performance systems.

Easing Future Troubleshooting→ If issues arise after reassembly, aphoto or cable mapallows engineers toquickly verifywhether cables werereconnected properly.

This best practice isofficially recommendedinSupermicro’s service and installation guidelinesfor NVMe backplanes.

TheAGFHC toolis designed todiagnose and stress test system componentsin theMI300X platform, helpingidentify faultsin GPUs, CPUs, and system hardware.

Option A (Correct):AGFHC isused for diagnostics and stress testing.

Option B (Incorrect):The tool doesnot enable cross-platform GPU resource sharing.

Option C (Incorrect):While itinteracts with firmware, it doesnot update BIOS.

Option D (Incorrect):The tool isnot a support contact directory.

When theGPU tray is pulled out partially, itlocks in placetoprevent accidental removal or dropping. To fully remove it,two people must press down on the lever on each sidebefore continuing.

Option A (Correct):Thetray locks automaticallyto ensure safe removal, and two people are needed to press the unlock levers.

Option B (Incorrect):Thetray does not vibrate or flash redwhen released.

Option C (Incorrect):Thetray does not contain liquid components.

Option D (Incorrect):Thetray does not generate excessive heat upon removal.

ForSupermicro MI300X GPU systems,removing the power supply unit (PSU) improperlycan lead to serious issues.

Why the red lock exists?

Thered locking mechanismensures that thePSU is properly securedin the system.

Before disengaging the PSU, thered lock must first be unlockedto avoid damage.

If you forcefully shift the release lever without unlocking the red lock:

B: The power supply unit will fail→ If the PSU is removed improperly, it can causeinternal damageto power connectors, resulting in PSUfailure or improper functioning.

C: You could permanently damage the lock on the power supply unit→ Thelocking mechanismis designed for smooth disengagement. Forcefully shifting the lever canbreak or warpthe lock, making itimpossible to secure the PSU back in place.

Incorrect Answers Explained:

A (All answers are correct)→ This is incorrect becausenot all answers are valid.

D (The PSU can no longer be secured into the tray)→ This happensonly if the lock is damaged, which is covered underoption C.

Supermicro’s official documentation clearly statesthatunlocking the red lock firstis a critical step before removing or replacing the PSU.

TheSUM (Supermicro Update Manager) command to check basic system informationis:

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sum.exe -i 10.1.1.100 -p ADMIN -u ADMIN -c checkbasicinfo

Option A (Correct):This is the correct syntax for retrievingbasic system information using SUM.

Option B (Incorrect):The syntaxis incorrect and will not execute properly.

Option C (Incorrect):The"checksysteminfo" command is not validin SUM.

Option D (Incorrect):"checkassetinfo"retrieves system asset details, not basic system information.