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| Section | Weight | Objectives |
|---|---|---|
| Data Center Interconnect | 10% | - DCI Technology Overview - Cross-Domain VXLAN Extension - EVPN Multi-Site Solution |
| Data Center Network Security and O&M | 10% | - iMaster NCE-FabricInsight Analytics - Traffic Audit and Monitoring - Network Troubleshooting Methods - Network Security Policies |
| iMaster NCE-Fabric Management | 15% | - Network Simulation and Verification - Fabric Management Concepts - Underlay Network Automation Deployment - Overlay Network Configuration |
| VXLAN and EVPN Technologies | 20% | - BGP EVPN Fundamentals - EVPN Route Types and Applications - Multi-Site VXLAN EVPN Deployment - VXLAN Principles and Deployment |
| Underlying Transport Network Technologies | 15% | - Spine-Leaf Architecture - Overlay Network Technologies (VXLAN, NVGRE) - Underlay Network Planning and Design |
| CloudFabric Data Center Network Solution Overview | 10% | - Data Center Network Challenges and Trends - Huawei CloudFabric Solution Architecture - CloudFabric Solution Components and Functions |
| CloudEngine Switch Configuration | 20% | - BGP EVPN Configuration - VXLAN Configuration on CloudEngine - QinQ and VLAN Extension Technologies - CloudEngine OS Overview |
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NEW QUESTION # 59
Which of the following statements is false about M-LAG deployment?
Answer: B
Explanation:
M-LAG (Multi-Chassis Link Aggregation) on Huawei CE series switches enhances high availability and load balancing by making two switches appear as one. Let's evaluate each statement:
A). Multi-level M-LAG is mainly used to construct a large Layer 2 network in a DCN or directly connect DCNs at Layer 2: This is true. Multi-level M-LAG extends the topology across multiple layers or data centers, facilitating large Layer 2 domains, a common use case in Huawei DCNs.
TRUE.
B). In multi-level M-LAG networking, you can manually configure the root bridge to prevent STP loops: This is true. Manual configuration of the root bridge (e.g., using STP priority) is supported to optimize path selection and prevent loops, especially in complex M-LAG setups. TRUE.
C). Multi-level M-LAG must be configured based on V-STP: This is false. While V-STP can be used to prevent loops, M-LAG does not require V-STP specifically. Standard STP, RSTP, or MSTP can also be configured, depending on the network design. The requirement is loop prevention, not a mandatory V-STP dependency. FALSE.
D). M-LAG networking can be classified into single-level M-LAG networking and multi-level M-LAG networking: This is true. Single-level M-LAG connects two switches directly to devices, while multi- level M-LAG extends across additional layers or devices, a recognized classification in Huawei documentation. TRUE.
Thus, C is the false statement because multi-level M-LAG does not mandate V-STP configuration.
NEW QUESTION # 60
Which of the following can be used as the conditions for microsegmentation to divide EPGs? (Select All that Apply)
Answer: A,B,C,D
Explanation:
Microsegmentation in Huawei's data center networks (e.g., CloudFabric with SDN) divides Endpoint Groups (EPGs) to enforce fine-grained security policies. EPGs group endpoints (e.g., VMs) based on attributes. Let's evaluate each option:
A . Operating system: This is true. The OS type (e.g., Linux, Windows) can be used to segment EPGs, enabling policy enforcement based on OS-specific security needs. TRUE.
B . VM name: This is true. VM names can be used as identifiers for microsegmentation, allowing policies to target specific VMs. TRUE.
C . IP address: This is true. IP addresses are commonly used to define EPG boundaries, especially for network-based segmentation. TRUE.
D . MAC address: This is true. MAC addresses can segment EPGs, particularly for Layer 2-based policies or device-specific isolation. TRUE.
All options A, B, C, and D are valid conditions for microsegmentation to divide EPGs in Huawei's implementation.
NEW QUESTION # 61
Two servers connected to different leaf switches belong to the same VXLAN segment. Which device performs VXLAN encapsulation before packets enter the Layer 3 underlay network?
Answer: A
Explanation:
The VXLAN Tunnel Endpoint encapsulates original Ethernet frames into VXLAN packets before forwarding them through the IP underlay. Remote VTEPs remove the VXLAN header upon packet arrival. Other listed devices do not perform this encapsulation function.
NEW QUESTION # 62
In the spine-leaf DCN architecture, the border leaf node and service leaf node can be deployed on the same device.
Answer: B
Explanation:
In Huawei's spine-leaf data center network (DCN) architecture, the topology consists of spine nodes (core) and leaf nodes (access/aggregation). Leaf nodes can serve different roles:
Border Leaf Node: Connects the DCN to external networks or other domains, handling Layer 3 routing.
Service Leaf Node: Connects to internal services (e.g., servers, VMs), often handling Layer 2/Layer 3 traffic.
In practice, a single physical device can be configured to perform both roles (border and service) if it has the necessary interfaces and routing capabilities. Huawei's CloudFabric documentation supports this flexibility, allowing a leaf switch to act as both a border and service node based on configuration (e.g., using VRFs or VXLAN gateways). This reduces hardware costs and simplifies deployment in smaller DCNs.
The statement is TRUE (A) because the border leaf and service leaf roles can be deployed on the same device in a spine-leaf architecture.
NEW QUESTION # 63
When deploying VXLAN, why is an IP underlay generally preferred over a large Layer 2 network?
Answer: A
Explanation:
An IP underlay provides scalable routing, rapid convergence, and efficient ECMP forwarding.
Large Layer 2 domains are more susceptible to flooding and spanning-tree limitations, reducing overall scalability and operational efficiency.
NEW QUESTION # 64
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