Free H13-511_V5.5 Practice Test Questions and Answers (2026) Practice Questions

When creating a bare VM for a linked-clone template in FusionAccess, it is standard practice not to add a Network Interface Card (NIC). The NIC, along with its specific network configuration (like the service-plane port group), is configured later during the quick provisioning process when creating the actual virtual desktops from the template. This allows for greater flexibility, as the same template can be used to provision desktops onto different network segments. The bare VM itself only needs to exist on the management plane for the hypervisor to manage it.

A. The "Common" configuration mode is used for full copy templates, not linked-clone templates, which use "Differencing" mode for their system disks.

C. The bare VM is a management entity and should reside on the management network, not the service-plane network designated for user VMs.

D. Thin or thick provisioning is a storage allocation policy, not a "Configuration Mode" for the system disk like Common or Differencing.

- Huawei FusionAccess V5.5 Product Documentation, Administrator Guide, Section: "Creating a VM Template", Subsection: "Creating a Linked Clone Template". This section details the procedure for creating a bare VM for a linked clone template, explicitly stating that a NIC should not be added at this stage.

The statement accurately describes a key feature of the Huawei Desktop Protocol (HDP). HDP employs intelligent, content-aware compression techniques to optimize bandwidth usage and user experience. It analyzes the display content, identifying different data types. For content where clarity is critical, such as text and sharp lines, it uses lossless compression algorithms to ensure perfect fidelity. For content that is more tolerant to minor quality degradation, like natural images or video (nonsensitive data), it applies efficient lossy compression algorithms to significantly reduce bandwidth consumption.

B. This option is incorrect because the statement accurately reflects the documented functionality of HDP's intelligent display and compression technologies.

1. Huawei FusionAccess Desktop Solution Technical White Paper, Section "Huawei Desktop Protocol (HDP)". This white paper details HDP's features, including "Intelligent classification of displayed data" and applying different compression policies (lossless for text, lossy for images/video) to optimize the user experience and save bandwidth.

2. Huawei FusionAccess V100R006C20 Product Documentation, "HDP". The documentation confirms that HDP classifies data into layers (text, image, video) and uses different compression algorithms for each to balance image quality and fluency.

The statement that "if a VM is faulty, no data will be lost" is false. High Availability (HA) in FusionCompute is designed to protect against physical host (CNA) failures or VM OS unresponsiveness by restarting the VM on another available host. However, it does not protect against data corruption or data loss caused by issues within the VM's guest OS, such as file system errors, application crashes, or accidental deletion. Data integrity inside the VM is the responsibility of other mechanisms like backups or application-level redundancy.

A. This is true. FusionCompute allows setting HA policies (High, Medium, Low) to prioritize the recovery of more critical VMs.

C. This is true. VM HA can detect when a guest OS is unresponsive (e.g., due to a crash) and automatically restart the VM to restore service.

D. This is true. This describes the core function of host-level HA, where a VM on a failed CNA is automatically restarted on a healthy CNA in the cluster.

1. Huawei. (2021). FusionCompute 8.0.0 Product Documentation. Section: "Feature Guide > High Availability (HA)". The documentation specifies that HA restarts VMs upon host failure but does not guarantee against data loss from internal VM faults. It states HA ensures service continuity.

2. Huawei. (2019). HCIA-Cloud Computing V4.0 Training Material. H13-511. Chapter: "FusionCompute Features". The material explains that HA mitigates service interruptions from host failures, not internal VM data corruption.

All the listed statements describe key features of the Huawei FusionCompute virtualization suite.

A: FusionCompute supports resource hot-add (e.g., vCPU, memory) to adjust VM resources without service interruption.

B: It provides broad compatibility with mainstream x86 and Arm-based servers, various storage devices, and guest operating systems.

C: It includes Quality of Service (QoS) capabilities, allowing administrators to set resource limits and priorities for VMs.

D: It features a Distributed Resource Scheduler (DRS) that automatically balances VM workloads across hosts in a cluster to optimize resource utilization.

There are no incorrect options. All statements A, B, C, and D accurately describe standard, documented features and functions of the Huawei FusionCompute enterprise virtualization platform.

1. Huawei FusionCompute V5.5 Product Description, Section "Product Features". This document details features including:

"Resource on Demand" (describes hot-add capabilities, matching option A).

"Heterogeneous Resource Compatibility" (describes support for various hardware and software, matching option B).

"Resource QoS" (describes quality of service policies, matching option C).

"Dynamic Resource Scheduler (DRS)" (describes automated workload migration, matching option D).

User data is stored in a network directory instead of a local host ➡ Folder redirection Redirects user folders (such as Desktop, Documents) to network storage Prevents local data storage on virtual desktops Enhances data security and centralized management The client IP address segment is not configured. Users can access VMs from any IP address segment ➡ Access control policy Controls or relaxes access based on client IP segments If not configured, access is allowed from any IP address Used to restrict or permit VM access based on network location A parallel-to-USB cable can be used to connect the parallel port device to the client ➡ Peripheral policy creation Controls usage of peripherals such as USB, printers, scanners Enables or disables device redirection Supports special device scenarios via policy configuration Thank you for your visit.

Terminal Security ➡ Security hardening customized for TC systems Focuses on endpoint protection Prevents data from being stored locally on thin clients Enhances terminal OS security and access control Transmission Security ➡ Security gateway firewall Protects data during network transmission Controls and filters access traffic Prevents unauthorized access and attacks during desktop access Cloud Security ➡ Security watermark and secure deletion Ensures data traceability through watermarks Prevents data leakage Guarantees secure deletion of cloud-side data

Access Interface ➡ The sent packets do not carry VLAN tags. An access interface belongs to only one VLAN. Frames are sent untagged, making it suitable for end devices such as PCs and printers. Trunk Interface ➡ Only one VLAN tag can be removed from the sent packets. A trunk interface allows multiple VLANs to pass. Typically used for switch-to-switch connections. Only the native VLAN is sent untagged; other VLANs are tagged. Hybrid Interface ➡ Multiple VLAN tags can be removed from the sent packets. A hybrid interface supports both tagged and untagged VLAN traffic. Multiple VLANs can be configured to send traffic without VLAN tags. Commonly used for server connections and virtualization environments.

In HCIA–Cloud Computing (Operating System Basics), Linux network interface configuration is a foundational skill, and openEuler follows the standard Red Hat–style network configuration syntax. To configure a static IP address, the parameter BOOTPROTO must be set to static. This tells the operating system not to request an IP address from a DHCP server and instead use the manually configured values such as IPADDR and NETMASK. To ensure that the NIC is automatically activated when the system boots, the parameter ONBOOT must be set to yes. If ONBOOT is set to no, the interface will remain down after boot and must be manually started. Therefore, the completed and correct configuration is: BOOTPROTO=static ONBOOT=yes BOOTPROTO=static → Uses a fixed IP address ONBOOT=yes → Enables automatic startup at system boot This configuration exactly matches HCIA–Cloud Computing requirements for static IP configuration on openEuler.

In Huawei FusionAccess, user authentication and authorization for Windows desktops are typically integrated with Active Directory (AD). During VM template creation, the option “Configure user login” is used to specify who is allowed to log in to the virtual desktop. According to the HCIA–Cloud Computing FusionAccess service provisioning process, this option is selected when AD group members are intended to access the VM. FusionAccess then uses AD-based authentication to control desktop login permissions, ensuring centralized identity management and consistent security policies. Therefore, the correct word shown on the GUI and required to complete the sentence is AD.

- (A) is false: A trunk link uses 802.1Q tagging to carry traffic for multiple VLANs. It can only carry untagged frames for a single, designated "native VLAN." It cannot pass untagged packets from multiple VLANs.

- (B) is false: A hybrid port is a flexible port type (common in Huawei devices) that can carry both tagged and untagged traffic. It is perfectly capable of connecting to a server, especially one that needs to communicate on multiple VLANs (e.g., a hypervisor).

- (D) is false: An access interface is designed to connect end devices (e.g., PCs, printers) to a single VLAN. The standard and correct way to connect switches is with a trunk interface to allow inter-VLAN communication across the network backbone.

C. This statement is true. The primary and most common use of a trunk interface is to form a link between two switches to pass traffic for multiple VLANs.

1. Huawei. (2022). HCIA-Datacom V1.0 Training Material. Chapter: VLAN Principles. Section: VLAN Port Types (Access, Trunk, Hybrid).

2. IEEE. (2018). IEEE Standard for Local and Metropolitan Area Networks—Bridges and Bridged Networks. IEEE 802.1Q-2018. Section 8.4: Port-based VLAN classification and operation.

3. Huawei. (2023). CloudEngine S12700E Series Switches Product Documentation. Section: Feature Description - VLAN Configuration. Document ID: EDOC1100282289.