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| Section | Weight | Objectives |
|---|---|---|
| Campus Network Fundamentals | 15% | - Campus network architecture and design principles - Hierarchical network model and functional positioning - Basic concepts and development trends of campus networks |
| Huawei CloudCampus Solution Overview | 15% | - CloudCampus architecture and components - iMaster NCE-Campus management and control platform - Security design and threat defense in campus - WLAN solution and wireless service deployment |
| Campus Network Technology Details | 40% | - Network access control: 802.1X, MAC authentication, Portal - Campus network virtualization and resource pooling - QoS deployment and service quality assurance - VXLAN and BGP EVPN technologies - Free mobility and user group management - High availability technologies: VRRP, Eth-Trunk, stack |
| Campus Network Planning, Design and Deployment | 20% | - IP addressing and VLAN planning - Device deployment, configuration and commissioning - Migration and upgrade strategies - Requirement analysis and solution formulation - Network service design and isolation |
| Intelligent O&M and Troubleshooting | 10% | - iMaster NCE-CampusInsight and monitoring system - Performance optimization and capacity planning - Fault diagnosis and common troubleshooting methods |
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NEW QUESTION # 130
Network admission control (NAC) needs to be deployed on the network shown in the figure. Drag a proper authentication mode to each authentication point.
Answer:
Explanation:
Explanation (Based on HCIP Datacom Campus Network Design)
* Position 1 # 802.1X AuthenticationThis authentication point corresponds to aPC connected to an access switch. PCs typically support 802.1X clients, making802.1X authenticationthe preferred and most secure method for wired user access. It provides strong identity-based access control using a RADIUS server.
* Position 2 # Portal AuthenticationThis point representswireless user access. Portal authentication is commonly used for wireless terminals, especially guest or mobile users, where browser-based authentication is required. Users authenticate through a web page redirected by the access device.
* Position 3 # MAC Address AuthenticationThis point corresponds tonon-802.1X-capable terminals, such as IP phones or printers. These devices cannot initiate 802.1X or Portal authentication, soMAC address authenticationis used to identify and authenticate them based on their MAC addresses.
This authentication deployment aligns with Huawei NAC best practices:
* 802.1X for capable wired terminals
* Portal for wireless or guest access
* MAC authentication for dumb or IoT devices
NEW QUESTION # 131
(Refer to the following routing entries queried using a command on the VTEP. Which of the following statements about these routes are true?) Network(EthTagId/IpAddrLen/OriginalIp) NextHop
*>i 0:32:1.1.1.0 1.1.1.0
Route Distinguisher: 2:5
Network(EthTagId/IpAddrLen/OriginalIp) NextHop
*>i 0:32:1.1.1.0 1.1.1.0
Route Distinguisher: 2:7
Network(EthTagId/IpAddrLen/OriginalIp) NextHop
*>i 0:32:1.1.1.0 1.1.1.0
Answer: A,B,D
Explanation:
The displayed routes are EVPN routes shown in the formatNetwork(EthTagId/IpAddrLen/OriginalIp)with a
/32 "OriginalIp" value (for example,0:32:1.1.1.0). In Huawei VXLAN BGP EVPN as described in HCIP Datacom Campus Network materials, this format corresponds toEVPN Route Type 3 (Inclusive Multicast Ethernet Tag Route). Type 3 routes are used by VTEPs to advertise participation information for a VXLAN broadcast domain (BD) and to provide the remote endpoint information needed for BUM (broadcast, unknown unicast, multicast) traffic handling.
Type 3 routes effectively carry theremote VTEP address information(the VTEP IP that serves as the tunnel destination in the underlay). Once the underlay Layer 3 network can reach that VTEP IP (for example, via IGP
/BGP underlay routes), the VXLAN overlay can build forwarding toward the peer VTEP, so statementAis true and statementDis also true.
When ingress replication is used for BUM forwarding, the local VTEP needs a replication list of remote VTEPs in the BD. Receiving Type 3 routes provides the membership information required to form this list, making statementBtrue.
StatementCis false becauseType 2routes are MAC/IP Advertisement routes that include MAC information (and optionally a host /32 IP). The shown output contains no MAC fields, so it is not Type 2.
NEW QUESTION # 132
In Huawei's SD-WAN solution, which of the following technologies can "ensure that the service session is not interrupted (such as TCP session persistence) when the VPN tunnel between branch equipment and headquarters switches"?
Answer: D
NEW QUESTION # 133
(Which of the following advantages are provided by Telemetry compared with SNMP?Choose all that apply.
)
Answer: A,C
Explanation:
Comprehensive and Detailed 200 to 250 words of Explanation From HCIP Datacom Campus Network documents knowledge without any URL or Links:
Telemetry is a next-generation network data collection technology designed to overcome the limitations of traditional SNMP polling. One of its major advantages is that it ismodel-driven, relying onYANG modelsto define structured and extensible data formats. This allows Telemetry to support various data types and provides stronger semantic meaning than SNMP MIBs, makingoption A correct.
Another key advantage ishigh-frequency data collection. Telemetry supportssecond-level or even sub- second-level reporting, enabling more precise and real-time network monitoring. This capability is critical for intelligent O&M scenarios such as fault prediction, traffic analysis, and SLA assurance. SNMP, by contrast, typically relies on periodic polling with much lower precision. Therefore,option D is correct.
Telemetry does not establish sessions based on SSH. Instead, it typically uses protocols such asgRPCover secure transport channels like TLS. Hence,option B is incorrect.
Option C is also incorrect because Telemetry focuses ondata subscription and reporting, not on configuring or managing device databases. Configuration management remains the responsibility of controllers or network management systems, not the Telemetry mechanism itself.
According to HCIP Datacom Campus Network documentation, Telemetry's strengths lie in model- driven data representation and high-precision, real-time monitoring, making A and D the correct answers.
NEW QUESTION # 134
(Which of the following rate limiting modes are supported by the Huawei CloudCampus Solution in small- and medium-sized campus scenarios?)
Answer: A,B,D
Explanation:
In small- and medium-sized campus networks, the Huawei CloudCampus Solution focuses onsimple, flexible, and easy-to-manage traffic control mechanismsthat align with wireless access characteristics. According to HCIP Datacom Campus Network documentation, several rate limiting modes are supported to ensure fair bandwidth usage and stable user experience in WLAN environments.
Radio-based rate limitingis supported and commonly used in small and medium campuses. This mode limits the total bandwidth available on a radio interface, preventing congestion when multiple users access the same radio. It is especially effective in high-density wireless scenarios where multiple terminals compete for limited wireless resources.
SSID-based rate limitingis also supported. This allows administrators to limit bandwidth per SSID, ensuring that different wireless services-such as guest access and internal employee access-receive appropriate bandwidth allocations. This method is easy to configure and aligns well with service-oriented WLAN design.
User-based rate limitingis another supported mode. It enables bandwidth control on a per-user basis, ensuring fair usage among users and preventing individual users from consuming excessive bandwidth. This approach is particularly useful in environments like classrooms, retail stores, or offices.
ACL-based rate limiting, however, is not typically used or recommended in small- and medium-sized CloudCampus WLAN scenarios. ACL-based rate limiting is more complex and is generally applied in wired or advanced traffic engineering environments rather than simplified campus WLAN deployments.
Therefore, the supported rate limiting modes areRadio-based,SSID-based, andUser-based, makingA, C, and Dthe correct answers.
NEW QUESTION # 135
......
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