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NEW QUESTION # 128
During multi-node HPL burn-in, GPUs show uneven utilization. Which configuration ensures balanced workload distribution?
Answer: C
Explanation:
Setting GPU and CPU affinity aligns each GPU with the appropriate CPU cores and NUMA locality, helping distribute work evenly across the node. This prevents imbalance caused by poor process placement, cross-socket traffic, or mismatched GPU-to-CPU binding during multi-node HPL burn-in.
NEW QUESTION # 129
You've deployed a GPU-accelerated application in Kubernetes using the NVIDIA device plugin. However, your pods are failing to start with an error indicating that they cannot find the NVIDIA libraries. Which of the following could be potential causes of this issue? (Multiple Answers)
Answer: A,B,C,D
Explanation:
If pods cannot find NVIDIA libraries, it could be because the drivers are missing on the host, the container runtime is not configured to use the NVIDIA runtime, the NVIDIA device plugin is misconfigured preventing GPU discovery and allocation, or the application container image does not include the NVIDIA libraries. E is likely incorrect, if the GPU's compute capability is insufficient then the app would likely start, but throw an error when trying to use the GPU.
NEW QUESTION # 130
A system administrator needs to configure a BlueField DPU and enable RShim on the baseboard management controller (BMC). Which command should be executed?
Answer: D
Explanation:
In NVIDIA BlueField DPU architectures, the RShim (Remote-Shim) interface provides a vital communication channel between the DPU and the host or BMC, typically used for early-stage provisioning, console access, and firmware loading. While the DPU is usually managed via the host ' s PCIe bus, certain data center configurations require the DPU to be managed out-of-band via the server ' s Baseboard Management Controller (BMC). To enable this capability, a specific low-level command must be sent to the BMC to toggle the RShim functionality over the internal USB-to-BMC bridge. The command ipmitool raw
0x32 0x6a 1 is the verified raw IPMI hex code used in NVIDIA DGX and certified systems to enable the BMC-to-DPU RShim path. Once enabled, the BMC can " see " the DPU as a USB device, allowing the administrator to push a BlueField Boot (BFB) image to /dev/rshim0/boot for OS installation even if the host CPU is powered off or unresponsive. Option B and C are host-side service commands that assume the driver is already loaded and the hardware path is active, whereas the raw IPMI command is required to enable the hardware path itself.
NEW QUESTION # 131
After configuring MIG on an NVIDIAAIOO GPU, you run 'nvidia-smu and observe that all MIG instances are in the 'Disabled' state.
Which of the following are potential reasons for this issue? (Select all that apply)
Answer: A,D,E
Explanation:
MIG instances being in a 'Disabled' state indicates a fundamental problem with the MIG configuration. Incompatible drivers (A) will prevent the instances from being properly initialized. If the GPU is not explicitly placed into MIG mode (B), no MIG instances will be available. The 'nvidia-persistenced' service (D) ensures that driver state persists across reboots, and its absence can cause MIG instances to revert to a disabled state. While unallocated instances (C) will exist, they should be in an 'Idle' state, not 'Disabled'. An insufficient power supply (E) might prevent the GPU from functioning correctly, but it's less likely to specifically cause a 'Disabled' MIG state.
NEW QUESTION # 132
What command is needed to measure BER (Bit Error Rate)?
Answer: B
Explanation:
In NVIDIA networking environments, specifically those utilizing InfiniBand or high-speed Ethernet via ConnectX adapters, monitoring the physical link quality is critical for preventing packet loss and RDMA retransmissions. The mlxlink tool is part of the NVIDIA Firmware Tools (MFT) package and is the primary utility for checking the status and health of the physical link. Using the -d flag specifies the device (e.g., /dev
/mst/mt4123_pciconf0), while the -c (counters) and -e (error counters/BER) flags provide a detailed readout of the link's performance. Bit Error Rate (BER) is a fundamental metric for signal integrity. NVIDIA systems typically distinguish between "Raw BER" (errors before Forward Error Correction) and "Effective BER" (errors remaining after FEC). A high BER often points to a failing transceiver, a dirty fiber connector, or a marginal DAC cable. While ethtool can show general statistics in Ethernet mode, mlxlink is the verified method for granular BER measurement across InfiniBand and high-speed fabrics, allowing engineers to determine if a link meets the "Error-Free" operation standards required for large-scale AI collective communications like NCCL.
NEW QUESTION # 133
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