Perfect after-sales service

GB0-371-ENU practice exam: Constructing H3C High-Performance Campus Networks will provide you with wholehearted service throughout your entire learning process. This means that unlike other products, the end of your payment means the end of the entire transaction our learning materials will provide you with perfect services until you have successfully passed the GB0-371-ENU exam. With our learning materials, what you receive will never be only the content of the material, but also our full-time companionship and meticulous help. After you have successfully paid, we will send all the GB0-371-ENU information to your email within 10 minutes. During your installation, our study material is equipped with a dedicated staff to provide you with free remote online guidance.

Much more pertinence

GB0-371-ENU study guide is highly targeted. Good question materials software can really bring a lot of convenience to your learning and improve a lot of efficiency. How to find such good learning material software? People often take a roundabout route many times. If you want to use this GB0-371-ENU practice exam: Constructing H3C High-Performance Campus Networks to improve learning efficiency, the first thing you need to do is to find a bank of questions that suits you. Our learning material is prepared by experts in strict accordance with the exam outline of the H3C certification exam, whose main purpose is to help students to pass the exam with the least amount of time and effort. These experts are researchers who have been engaged in professional qualification GB0-371-ENU exams for many years and they have a keen sense of smell in the direction of the examination. Therefore, with our study materials, you can easily find the key content of the exam and review it in a targeted manner so that you can successfully pass the GB0-371-ENU exam.

High pass rate

Based on a return visit to students who purchased our GB0-371-ENU actual exam, we found that over 99% of the customers who purchased our learning materials successfully passed the exam. Advertisements can be faked, but the scores of the students cannot be falsified. GB0-371-ENU study guide's good results are derived from the intensive research and efforts of our experts. Meanwhile, this high pass rate is not only a reflection of the quality of our learning materials, but also shows the professionalism and authority of our expert team on GB0-371-ENU practice exam: Constructing H3C High-Performance Campus Networks. Therefore, we have the absolute confidence to provide you with a guarantee: as long as you use our learning materials to review, you can certainly pass the exam, and if you do not pass the GB0-371-ENU exam, we will provide you with a full refund.

We will offer you the privilege of 365 days free update for GB0-371-ENU latest exam dumps. While, other vendors just give you 60 days free update. During your use of our learning materials, we also provide you with 24 hours of free online services. Whenever you encounter any GB0-371-ENU problems in the learning process, you can email us and we will help you to solve them immediately.

DOWNLOAD DEMO

H3C Constructing H3C High-Performance Campus Networks Sample Questions:

1. As shown in the figure, each switch enables RSTP. Assuming that each link has the same cost value, the following statement is correct

A) If RSTP is cancelled on SWB, SWC port E0/1 will become the root port
B) SWB port E0/1 is an alternate port
C) Network calculation convergence does not need to wait twice the ForwardDelay time
D) If both SWB and SWC RSTP are cancelled, the SWA port E0/2 will become the Backup port

2. The topology is shown in the figure, and the STP calculation is performed. The correct result is:

A) If the bridge priority of SWD is set to 0, SWD will become the root bridge, and ports E0/1 and E0/2 are designated ports
B) SWD needs to determine the root port by comparing the ID of the port that receives the configuration BPDU
C) Since the root bridge ID, root path cost, designated bridge ID, and designated port are the same, the root port of SWD cannot be determined
D) If the bridge priority of SWD is set to 0, port E0/2 of SWD will only receive configuration BPDUs and not send configuration BPDUs

3. The host PCA, PCB and PCC are respectively connected to the GigabitEthernet1/0/1 GigabitEthernet1/0/2 and GigabitEthernet1/0/3 ports of the switch SWA, and the host addresses are in the same network segment. If you want to realize that both PCA and PCB can access PCC , But PCA and PCB are isolated from each other. Which of the following technologies or methods can meet customer needs

A) Use port Hybrid attributes
B) Port isolation technology
C) Isolate-user-vlan technology
D) SuperVLAN technology

4. The figure shows the networking application of RRPP. Customer LAN switches SWA, SWB, SWC, and SWD form RRPP ring main ring 1, switches SWB, SWC and SWE form sub-ring 2, and switches SWB, sWC and sWF form sub-ring 3. If Switch SWE is the master node of sub-ring 2, SWF is the master node of sub-ring 3, and switch SWB is the edge node of sub-ring 2 and sub-ring 3. In order to eliminate the defect of broadcast storm under specific conditions of RRPP dual-homing networking, the above information Can know

A) If the link between the switch SWA and the switch SWB is Down, and the link between the switch SWB and SWC is Down, the edge port on the switch SWB will be blocked
B) If the link between the switch SWB and the switch SWC is Down, the edge port on the switch SWB will be blocked
C) If the link between the switch SWA and the switch SWD is Down, the edge port on the switch SWB will be blocked
D) If the link between switch SWA and switch SWB is Down, and the link between switch SWA and switch SWD is Down, the edge port on switch SWB will be blocked

5. In the networking shown in the figure, the router's unicast routing table is as follows:
<H3C>display ip routing-table
Routing Tables: Public
Destinations: 9Routes: 9
Destination/MaskProtoPreCost NextHop Interface
10.1.1.0/30 Direct 0010.1.1.2S0/2/0
10.1.1.1/32 Direct 0010.1.1.1 S0/2/0
10.1.1.2/32 Direct 00127.0.0.1 InLoopO
11.1.1.0/30 Direct 0011.1.1.1 Eth0/110
11.1.1.1/32 Direct 00127.0.0.1 InLoopO
12.1.1.0/30 Direct 0012.1.1.1Eth0/1/1
12.1.1.1/32 Direct 00127.0.0.1 InLoopO
13.1.1.0/30 Direct 0013.1.1.1EthO/1/2
13.1.1.1/32 Direct 00127.0.0.1 InLoopO
100.1.1.0/240SPF 10 1563 10.1.1.1S0/2/0
127.0.0.0/8 Direct 00127.0.0.1 InLoopO
127.0.0.1/32Direct 00127.0.0.1 InLoopO
200.1.1.0/240SPF 10 212.1.1.2Eth0/1/1
Then, the multicast data that the receiver (Receiver) will receive is

A) (100.1.1.1, 226.1.1.1)
B) (100.1.1.1, 226.3.3.3)
C) (200.1.1.1, 226.2.2.2)

Solutions: