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| Section | Objectives |
|---|---|
| IP Addressing and Subnetting | - IPv6 fundamentals - IPv4 addressing and subnet masks |
| Network Security Basics | - Access control lists (ACL) - Basic network security concepts |
| Network Management and Troubleshooting | - Basic troubleshooting tools and methods - Device management concepts |
| Network Fundamentals | - Basic network topologies and devices - OSI and TCP/IP models |
| WLAN Basics | - Wireless networking fundamentals |
| IP Services | - NAT basics - DHCP and DNS concepts |
| Routing Technologies | - Static routing - Dynamic routing fundamentals (OSPF basics) |
| Switching Technologies | - STP/RSTP concepts - VLAN configuration and trunking |
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NEW QUESTION # 65
If host A wants to communicate with host B, which is on another subnet, host A broadcasts an ARP request to obtain host B's MAC address. After receiving the request, host B replies with an ARP response to notify host A of its MAC address.
Answer: B
Explanation:
ARP broadcasts are used only within the same local subnet to resolve IP addresses into MAC addresses. When the destination host is on a different subnet, the sender does not try to resolve the remote host's MAC address directly; instead, it uses the default gateway's MAC address to forward the packet.
NEW QUESTION # 66
In the Fat AP networking architecture, Fat AP can provide wireless user access without being managed by a WAC, making them suitable for scenarios such as homes and mini stores.
Answer: B
Explanation:
A Fat AP integrates both wireless access functions and the control or management functions needed to provide WLAN service. It can therefore operate independently without a separate wireless access controller (WAC). This architecture is practical for small deployments in which only a few APs are required and centralized policy control, large-scale roaming optimization, and unified configuration are not major requirements. Typical examples include homes, small offices, and small retail locations. In contrast, a Fit AP is designed to work under a WAC, with many management and control functions centralized on the controller.
That model scales better for enterprise and campus networks containing many APs. Huawei also supports cloud-managed designs in which management functions are provided through a cloud or controller platform, but that does not change the fundamental distinction between traditional Fat and Fit architectures. Because the question states that a Fat AP can provide user access without being managed by a WAC and is suitable for small scenarios, the statement accurately describes the Fat AP model. The correct answer is TRUE, option A.
NEW QUESTION # 67
OSPF supports the division of a network into areas, each identified by an area ID that ranges from 0 to 255.
Area 0 is designated as the backbone area.
Answer: B
Explanation:
This statement is false because although Area 0 is indeed the backbone area , the statement about the area ID range is incorrect. In OSPF, the area ID is a 32-bit value , which can be represented either in decimal format or in IPv4 address format such as 0.0.0.0. It is not limited to the numeric range 0 to 255 .
For example, an area can be configured as 0, 1, 100, or in dotted-decimal form such as 0.0.0.1 or 0.0.0.10, depending on implementation and configuration style. HCIA-Datacom teaches that OSPF uses hierarchical area design to improve scalability, reduce SPF calculation scope, and optimize LSA flooding. The backbone area , which is Area 0, serves as the transit area connecting all non-backbone areas in a standard OSPF design. Therefore, the second part of the statement is correct, but the first part is wrong, making the entire statement false. This question tests whether the learner understands both the function of Area 0 and the actual format of OSPF area identifiers.
NEW QUESTION # 68
The figure below shows the partial topology of a campus network and the corresponding data plan. The interconnected physical interfaces only allow traffic from the interconnection VLAN, and the corresponding VLANIF interfaces have been created. Across the entire campus network, OSPF is deployed to implement Layer 3 connectivity, and STP is enabled. Given this, which of the following statements are true?
Answer: A,D
Explanation:
The topology contains three Layer 3 interconnection VLANs: VLAN 12 between Core1 and ACC1, VLAN
13 between Core1 and ACC2, and VLAN 23 between ACC1 and ACC2. OSPF is enabled across the campus, while STP still controls Layer 2 forwarding on the VLAN links. If ACC2 GE1/0/3 is an alternate port, STP blocks service forwarding on the ACC1-ACC2 path. As a result, OSPF Hello packets cannot be exchanged across that blocked Layer 2 path and ACC1 and ACC2 cannot establish an OSPF neighbor relationship on VLAN 23, so C is true. Core1 still has routes for all three interconnection networks: VLAN 12 and VLAN 13 are directly connected, and information for VLAN 23 can be learned through OSPF from the access devices, making B true. Statement A is incorrect because ACC1 already has VLANIF 23 as a directly connected network rather than needing to learn that same connected segment through OSPF. Statement D is also false:
STP can still be relevant on Layer 2 VLAN links even in a campus using Layer 3 routing.
NEW QUESTION # 69
If the neighbor relationship between R1 and R2 has reached the Full state in OSPF, which of the following statements are true? (Select all that apply)
Answer: B,C,D
Explanation:
When two OSPF routers reach the Full state, it means that adjacency establishment has been successfully completed and the routers have synchronized the necessary link-state information for that area. For this to happen, the two routers must have different router IDs, so option A is correct. They must also belong to the same OSPF area on the interfaces used to form the adjacency, making option B correct. Once adjacency reaches Full state, the routers have synchronized their link-state databases for that area, so option D is also correct.
NEW QUESTION # 70
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