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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Infrastructure Lifecycle Management | 20-25% | - Upgrading AOS and firmware - AHV hypervisor management - Lifecycle Manager (LCM) operations - Node addition and removal |
| Topic 2: Troubleshooting and Monitoring | 10-15% | - Log collection and analysis - Performance monitoring - Common issue resolution - Prism alerts and notifications |
| Topic 3: Networking Concepts | 15-20% | - Network virtualization with AHV - Flow networking (Nutanix Flow) - Network security policies - IP address management |
| Topic 4: Storage Configuration | 10-15% | - Volume groups - Storage pools and containers - Storage tiering - Data reduction and compression |
| Topic 5: Security and Authentication | 15-20% | - Audit logging - Authentication integration (LDAP/AD) - Role-Based Access Control (RBAC) - SSL certificate management |
| Topic 6: Multi-Cluster Operations | 20-25% | - Cluster discovery and registration - Cluster health monitoring - Centralized management across multiple clusters |
| Topic 7: Prism Central | 20-25% | - Managing clusters via Prism Central - Prism Central overview and deployment - Prism Central navigation and dashboard |
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NEW QUESTION # 107
Due to user complaints of slow VM performance, an administrator is reviewing performance metrics on their Nutanix cluster and executes iostat on a Controller VM (CVM).
The following output is captured:
#TIMESTAMP 1768953673 : 01/21/2026 12:01:13 AM
avg-cpu: %user %nice %system %iowait %steal %idle
2.32 0.09 7.53 83.20 0.00 6.86
Based on this output, which statement most accurately describes the current state of the CVM?
Answer: A
Explanation:
The decisive metric in the iostat output is %iowait = 83.20. In Linux performance interpretation, such a high iowait value means the CPU is spending most of its time waiting for disk I/O operations to complete rather than actively executing user or system work. On a Nutanix CVM, that strongly suggests the storage path is the bottleneck at that moment, whether due to backend disk saturation, contention, or broader storage subsystem latency. Since user CPU and steal are both low, the issue is not primarily compute pressure or hypervisor scheduling contention. Therefore, A is the most accurate description. ( Nutanix ) This is a classic Nutanix troubleshooting interpretation question. If the output had shown high %steal, then hypervisor contention would be a stronger candidate. If %system and %user were both very high, compute load from services would be more likely. But with the overwhelming majority of time in iowait, the signal points toward delayed storage completion. In operational terms, the next steps would usually involve checking CVM disk metrics, Stargate performance, storage latency, and possibly the health of the underlying drives.
The evidence in the output supports a storage wait condition, which is exactly what option A says. ( Nutanix )
NEW QUESTION # 108
An administrator is troubleshooting intermittent network connectivity issues on an AHV host and runs the following command:
ethtool -S eth0 | grep error
Output:
rx_crc_errors: 4389675534
rx_missed_errors: 0
tx_aborted_errors: 0
tx_carrier_errors: 0
tx_window_errors: 0
rx_long_length_errors: 0
rx_short_length_errors: 0
rx_align_errors: 0
rx_errors: 0
tx_errors: 0
rx_length_errors: 0
rx_over_errors: 0
rx_frame_errors: 0
rx_fifo_errors: 0
tx_fifo_errors: 0
tx_heartbeat_errors: 0
The command is executed multiple times and it is observed that the CRC errors are incrementing.
What is the most likely cause of the high rx_crc_errors observed on the interface?
Answer: C
Explanation:
Incrementing rx_crc_errors usually point to a Layer 1 or physical-path problem, not a CPU or memory issue.
CRC errors mean frames are arriving corrupted, and the most common reasons are a faulty cable, damaged transceiver, bad port, or another physical medium issue between the AHV host and the switch. Because the CRC counter is specifically increasing while other counters like missed, FIFO, and general rx errors remain low, this strongly suggests corruption during transmission rather than host overload. That makes B the correct answer.
A duplex mismatch can cause broader link-performance problems, but the pattern of steadily rising CRC errors is much more classically tied to bad physical media. MTU issues usually show fragmentation or packet- handling problems, not CRC corruption itself. CPU saturation does not create on-the-wire checksum corruption. In Nutanix troubleshooting, when CRC counters rise repeatedly, the correct operational response is to inspect and swap the cable or optics, verify switch-port health, and test the NIC path physically. So B is the strongest technical match.
NEW QUESTION # 109
An administrator needs to ensure that if a host remains in a disconnected status for 40 seconds, VMs running on a host are automatically restarted.
What method should the administrator use to ensure root file system corruption has not occurred and that the root file system of a host isn ' t in a read-only state?
Answer: D
Explanation:
Nutanix AHV High Availability documentation states that if a host remains disconnected for 40 seconds, VMs on that host can be automatically restarted based on HA settings. The same Nutanix documentation also explains that AHV uses the segment-based reservation method for guaranteed VM High Availability and that the older host-based reservation method is deprecated. Since the question asks which method should be used in that HA context, the correct answer is segment-based reservation method. ( Nutanix ) The wording about root filesystem corruption and read-only state appears to mix HA behavior with host health validation, but among the listed choices only segment-based reservation is an actual current Nutanix HA reservation method documented for this purpose. "Root file system corruption method" and "scheduler- based reservation method" are not valid Nutanix reservation methods. Because Nutanix explicitly says Acropolis uses segment-based reservation for guaranteed HA, that is the best and supported answer even if the question stem is somewhat awkwardly phrased. Therefore, C is correct. ( Nutanix )
NEW QUESTION # 110
An administrator is tasked with moving a workload from one cluster to another cluster utilizing PD-Based DR because the source side is currently having intermittent network issues.
How would the administrator accomplish the unplanned failover?
Answer: C
Explanation:
In PD-based DR, Nutanix distinguishes between planned migration and unplanned failover/activation. When the source side is unstable or unreachable, the administrator cannot rely on a clean migration workflow initiated from the source. In that case, the correct recovery action is to activate the protection domain on the destination cluster. This is the classic unplanned failover behavior: bring the replicated workload online at the target because the source cannot be trusted to participate in a coordinated handoff. That makes A the correct answer. ( portal.nutanix.com , portal.nutanix.com ) The exam distinction is simple: Migrate is for planned movement when both sides cooperate; Activate is for disaster-style recovery at the target. Since the question explicitly says the source has intermittent network issues, it is pointing you toward the unplanned-failover path. Therefore the administrator should perform Activate on the destination.
NEW QUESTION # 111
The administrator expanded a Nutanix cluster repurposed nodes from a decommissioned cluster. The administrator has validated the following:
* Same number of cores, amount of memory and storage
* The nodes are on the same subnet
* The nodes are running the same version of AOS and AHV
After the nodes were added the administrator discovered that VMs cannot be migrated to the recently added nodes.
What would be the reason for this issue?
Answer: B
Explanation:
This question is about CPU feature compatibility, not storage or networking uniformity. Nutanix documentation and KB guidance explain that VM migration can fail when clusters contain nodes with different CPU generations or different exposed CPU features. A VM that is already running with features negotiated on a newer-generation CPU may not live-migrate successfully to an older or feature-different node until it is power-cycled or configured with advanced processor compatibility. That makes C the correct answer. ( portal.nutanix.com , portal.nutanix.com , portal.nutanix.com ) The important subtlety is that "same core count, memory, storage, subnet, and software version" does not guarantee CPU-feature equivalency. Firmware or ADS activity is not the primary issue described. Affinity rules can restrict placement, but the classic symptom after mixing repurposed nodes is CPU compatibility.
Nutanix also documents that advanced processor compatibility settings persist across migrations and power cycles, reinforcing that CPU exposure is the real gating factor here.
NEW QUESTION # 112
......
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