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H3C GB0-371-ENU Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: Campus Network Fundamentals | - Enterprise network architecture overview - LAN technologies and Ethernet basics |
| Topic 2: Switching and VLAN Technologies | - STP and loop prevention mechanisms - VLAN configuration and deployment |
| Topic 3: Campus Network Design and Planning | - IP addressing and subnetting design - Hierarchical network design model |
| Topic 4: Network Management and Troubleshooting | - Common network fault analysis - Monitoring and diagnostics tools |
| Topic 5: Network Security in Campus Networks | - Basic network security mechanisms - Access control and authentication |
| Topic 6: Routing and IP Connectivity | - Static and dynamic routing basics - Inter-VLAN routing |
H3C Constructing H3C High-Performance Campus Networks Sample Questions:
1. In the networking shown in the figure, the interconnection lines between RT1, RT2, RT3, and RT4 are all 1000M links except the shared Ethernet part which is a 10M link. The OSPF protocol is run to enable routing to communicate with these 4 routers. Both run PIMSM protocol, RP is 1.1.1.1, receivers are connected to the downstream interfaces of RT1 and RT2, and IGMP is enabled on the corresponding interfaces. Then, when the receiver sends a group join request, which of the following routers are connected (*, G) entry exists?
A) RT4
B) RT2
C) RT1
D) RT3
2. In the switching network as shown in the figure, all three switches only have default VLAN1, the interconnection ports of the three switches are all Trunks, and all VLANs are allowed to pass, and all three switches have the global and port GVRP functions enabled. VLAN 10 is created on the switch SWA, VLAN 20 is created on the SWC, and the GVRP registration mode of the Ethemet1/0/1 port is set to Fixed on the switch SWA, and the status information of each Tmnk port is checked on the three switches. The correct one is displayed below (Choose one or more)
A) [SWC]display interface Ethernet 1/0/1 Ethernet1/0/1 current state: UP ...... PVID: 1 Mdi type: auto Link delay is 0(sec) Port link-type: trunk VLAN passing: 1 (default vlan), 10 VLAN permitted: 1 (default vlan), 2-4094 Trunk port encapsulation: IEEE 802.1q
B) [SWB]display interface Ethernet 1/0/1 Ethernet1/0/1 current state: UP ...... PVID: 1 Mdi type: auto Link delay is 0(sec) Port link-type: trunk VLAN passing: 1 (default vlan), 10 VLAN permitted: 1 (default vlan), 2-4094 Trunk port encapsulation: IEEE 802.1q
C) [SWB]display interface Ethernet 1/0/2 Ethernet1/0/2 current state: UP ...... PVID: 1 Mdi type: auto Link delay is 0(sec) Port link-type: trunk VLAN passing: 1 (default vlan), 10 VLAN permitted: 1 (default vlan), 2-4094 Trunk port encapsulation: IEEE 802.1q
D) [SWA]display interface Ethernet 1/0/1 Ethernetl/0/1 current state: UP ...... PVID: 1 Mdi type: auto Link delay is 0(sec) Port link-type: trunk VLAN passing: 1 (default vlan), 10 VLAN permitted: 1 (default vlan), 2-4094 Trunk port encapsulation: IEEE 802.1q
3. In the PIM-DM network as shown in the figure, part of the unicast routing table of routers RT1 and RT2 is as follows:
<RT1>display ip routing-table
Routing Tables: Public
Destination/MaskProtoPreCost NextHop Interface
1.1.1.0/24xxxxP1-1 C1-110.1.1.1POI11
1.1.0.0/16xxxxP1-2 C1-210.1.1.1Port1
<RT2>display ip routing-table
Routing Tables: Public
Destination/MaskProtoPreCost NextHop Interface
1.1.1.0/24XXXX P2-1 C2-111.1.1.1Port2
1.1.1.1/32XXXX P2-2 C2-211.1.1.1Port2
Then, when routers RT1 and RT2 perform Assert, the winner should be
A) If P1-1<P2-2, C1-1<C2-2, RT2 wins
B) If P1-1=P2-2, C1-1>C2-2, then RT2 wins
C) If P1-1=P2-1, C1-1>C2-1, then RT1 wins
D) If P1-1=P2-1, C1-1=C2-1, then RT1 wins
E) If P1-1<P2-1, C1-1<C2-1, RT1 wins
F) If P1-1=P2-2, C1-1=C2-2, then RT2 wins
4. In the networking model shown in the figure, if Accoing is received on RADIUsClient, the following statement may be correct.
A) The message is sent by RADIUS Server
B) This message is a start-accounting response message
C) The message is a stop-accounting response message
D) The message is sent by Host
5. When the IGMPV2 host leaves a multicast group, it will send a LeaveGroup message, which is correct as follows:
A) The query router immediately deletes the multicast group entry of the related Group after receiving the Leave message
B) The query router immediately sends a specific group query message after receiving the Leave message
C) The destination address of the Leave message is the same as the GroupAddress address in the message
D) The destination address of the Leave message is 224.0.0.2
Solutions:
| Question # 1 Answer: B,C,D | Question # 2 Answer: B,D | Question # 3 Answer: B,F | Question # 4 Answer: A,C | Question # 5 Answer: B,D |
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