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H3C GB0-371 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Multicast in Campus Networks | 10% | - Multicast deployment and optimization - PIM-SM and PIM-DM basics - IGMPv1/v2/v3 operation |
| Campus Network Security | 15% | - Storm control and traffic filtering - Port security and MAC address control - 802.1X authentication - DHCP snooping and ARP protection |
| Spanning Tree Protocols | 15% | - MSTP principles, regions and instances - RSTP concepts and configuration - MSTP optimization and protection |
| High Availability Technologies | 20% | - Device-level redundancy mechanisms - Link aggregation (LACP/static) - VRRP protocol and deployment - BFD and fast failure detection |
| Network Management and Maintenance | 5% | - Traffic monitoring and troubleshooting - Common fault diagnosis methods - SNMP and RMON |
| VLAN and VLAN Extension Technologies | 20% | - VLAN mapping and VLAN translation - QinQ technology and application - VLAN principles and configuration - Protocol-based VLAN and IP-subnet VLAN |
| Campus Network Architecture and Design | 15% | - Hierarchical network design model - Core, aggregation and access layer characteristics - High-performance campus network requirements |
H3C Constructing H3C High-Performance Campus Networks Sample Questions:
1. 如图组网,交换机启用 RSTP ,关于其配置下列说法正确的有
A) 可以将 SWB 和 SWC 互连的端口配置为边缘端口,实现拓扑的快速收敛
B) 如果边缘端口收到 BPDU 则会进入阻塞状态
C) 可以将 SWB 和 SWC 的端口 E0/3 配置为边缘端口
D) 配置为边缘端口的端口可以直接进入转发状态,不需要延时
2. 客户二台交换机 SWA , SWB 通过局域网连接在一起,二台交换机 SWA 、 SWB 组成链路聚合组在 SWA 上査看聚合组状态如下:
[SWA]display link-aggregation verbose
Loadsharing Type: Shar -- Loadsharing, NonS -- Non-Loadsharing
Port Status: S -- Selected, U -- Unselected
Flags:A -- LACP_Activity, B -- LACP_Timeout, C -- Aggregation,
D -- Synchronization, E -- Collecting, F -- Distributing,
G -- Defaulted, H -- Expired
System ID: 0x8000, 000f-e245-6bc0
Local:
Port StatusPriority Oper-KeyFlag
GE1/0/1S 327682 {ACDEF}KOKOMADE
GE1/0/2S 327682 {ACDEF}KOKOMADE
GE1/0/3S 327682 {ACDEF}KOKOMADE
Remote:
ActorPartner Priority Oper-KeySystemID Flag
GE1/0/125327682 0x8000, 000f-e23d-59f0 {ACDEF}KOKOMADE
GE1/0/226327682 0x8000 000f-e23d-59f0 {ACDEF}KOKOMADE
GE1/0/327327682 0x8000 000f-e23d-59f0 {ACDEF}KOKOMADE
从上述信息可以得知
A) LACP 优先级为 0x8001
B) 交换机 SWA 和交换机 SWB 之间建立的是静态聚合组
C) 链路聚合端口带宽大小 2G
D) 交换机 SWA 和交换机 SWB 之间建立的是动态聚合组
3. 二台路由器通过局域网连接在一起,组成 VRRP 备份组如果路由器 RTA 收到路由器 RTB 发送的 VRRP 协议报文,报文 Priority 字段 Auth Type 字段值为 2 ,则
A) 路由器 RTB 启用了 VRRP 简单字符认证
B) 路由器 RTB 启用 VRRPV3 协议
C) 路由器 RTB 启用 VRRPV2 协议
D) 路由器 RTB 为 VRRPIP 地址拥有者
4. 三层交换机收到数据帧进行二 / 三层转发判
A) 如果数据帧的目的 IP 地址和源 IP 地址不是同一网段,则交换机査找路由表做三层转发
B) 如果数据帧的目的 MAC 地址是本交换机的 VLAN 接口 MAC 地址,交换机做三层转发
C) 如果数据帧的目的 IP 地址和源 IP 地址是同一网段,则交换机做二层转发
D) 如果数据帧的目的 MAC 地址不是本交换机的 VLAN 接口 MAC 地址,交换机査找 MAC 地址表做 VLAN 内二层转发
5. 图示为 SmartLink 与 RRPP 混合组网应用在该组网环境中,交换机 SWA 、交换机 SWB 、交换机 SWC 和交换机 SWD 上开启了 RRPP 协议提供链路冗余备份从上述信息可以得知
A) 交换机 SWC 、交换机 SWD 、交换机 SWE 可以使用 MSTP 技术避免环路
B) 交换机 SWC 、交换机 SWD 、交换机 SWE 使用 SmartLink 技术,交换机 SWE 上行交换机 SWC 、交换机 SWD 的链路会阻断一条
C) 交换机 SWC 、交换机 SWD 、交换机 SWE 使用 MSTP 技术,交换机 SWE 上行交换机 SWC 、交换机 SWD 的链路会阻断一条
D) 交换机 SWC 、交换机 SWD ,交换机 SWE 可以使用 SmartLink 技术避免环路
Solutions:
| Question # 1 Answer: C,D | Question # 2 Answer: D | Question # 3 Answer: C,D | Question # 4 Answer: B,D | Question # 5 Answer: B,D |





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