Failing the GB0-371-ENU exam is a double loss: the fee and the time. GuideTorrent reduces both risks with H3C Constructing H3C High-Performance Campus Networks practice questions that 2026 candidates can master in focused preparation instead of endless months.
H3C GB0-371-ENU Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: Campus Network Fundamentals | - Campus network architecture and design - Enterprise network models and deployment |
| Topic 2: IP Multicast | - Multicast basics and IGMP/Snooping - PIM-DM, PIM-SM |
| Topic 3: Spanning Tree Protocols | - STP/RSTP/MSTP concepts and operations |
| Topic 4: VLAN and Switching Technologies | - Inter-VLAN routing principles - Switch port types and VLAN configurations - VLAN concepts and IEEE 802.1Q |
| Topic 5: High Availability Mechanisms | - RRPP, VRRP, IRF - Link Aggregation |
| Topic 6: Security Basics in Campus Networks | - AAA concepts (RADIUS/TACACS+) - Port security and access control |
GB0-371-ENU Exam FAQ: Reduce Your Risk, Read This First
H3C Constructing H3C High-Performance Campus Networks is an official H3C exam, identified by exam code GB0-371-ENU. Passing it earns the H3CSE-Routing & Switching certification at the Senior Engineer (H3CSE-Routing & Switching) level. It also relates to H3CSE-Routing & Switching. Certifications like this one remain a reliable route to standing out: they prove ability in a way resumes alone cannot.
Recommended to have H3CNE (H3C Certified Network Engineer) prior to taking this senior-level exam.
Vendor requirements change from time to time, so verify the current conditions before registering via the official exam page.
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The H3C Constructing H3C High-Performance Campus Networks syllabus divides into 6 domains. The leading areas are Spanning Tree Protocols, Security Basics in Campus Networks, and High Availability Mechanisms. The complete outline is published above; knowing your shortcomings starts with knowing the syllabus.
H3C Constructing H3C High-Performance Campus Networks Sample Questions:
In the PIM-DM networking, about the router sending Prune (prune) message, the description is correct.
- A. After the router interface receives the Prune message, it will no longer send packets of the corresponding multicast group on this interface
- B. Assert (Assert) The losing party sends Prune to the winning party
- C. When the router has no local directly connected multicast receivers, it will send a Prune message to the upstream RPF neighbor
- D. When the outgoing interface list in the router (S, G) entry is empty, it will send a Prune message to the upstream RPF neighbor
- E. After the router RPF interface receives the Prune message, it will no longer receive packets from the corresponding multicast group on this interface
Correct Answer: B,D 🗳️
As the network management director of a certain company, Mr. Wang adheres to the following network technology and network equipment selection and application principles in network construction. As a network engineer, you think the selection and application of those technologies are not good for network management.
- A. The network equipment is provided by at least three different manufacturers
- B. All devices are required to support standard topology discovery protocol
- C. The routing protocol must choose a standard dynamic routing protocol
- D. Each manufacturer's network equipment must use its own network management system for management
Correct Answer: A,D 🗳️
The three routers RTA, RTB, and RTC are connected together via a LAN to form a VRRP backup group. The interface configuration of each router is as follows:
RTA's GigabitEthernet ip address 192.168.0.252 255.255.255.0 vrrp vrid 1 virtual-ip 192.168.0.254 vrrp vrid 1 priority 120 RTB's GigabitEthernet ip address 192.168.0.253 255.255.255.0 vrrp vrid 1 virtual-ip 192.168.0.254 vrrp vrid 1 priority 90 RTC's GigabitEthernet ip address 192.168.0.254 255.255.255.0 vrrp vrid 1 virtual-ip 192.168.0.254
It can be known from the above information
- A. RTC is the master router of the backup group
- B. After RTA is sent, RTB is the master router of the backup group
- C. RTB is the master router of the backup group
- D. RTA is the master router of the backup group
Correct Answer: A 🗳️
In the networking shown in the figure, the interconnection lines between RT1, RT2, RT3 and RT4 are all 1000Mbps links except for the 10Mbps link sharing the Ethernet part, and the four routers run OSPF protocol to make the routing interoperable. The PIMSM protocol is running between them, and the RP is 1.1.1.1. There are receivers on the downstream interfaces of RT1 and RT2, and IGMP is enabled on the corresponding interfaces. Then, when the receiver (Received) sends a group join request, which of the following routers exist (*, G) table entry
- A. RT2
- B. RT1
- C. RT3
- D. RT4
Correct Answer: A,B,C,D 🗳️
Drag and drop
- A. RTA and RTB cannot elect the master router of the backup group
- B. RTB is the master router of the backup group
- C. RTA is the master router of the backup group
- D. RTA and RTB are both in VRRP Master state
Correct Answer: B 🗳️
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