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H31-341 HCIP-Transmission V2.0 Certification Exam

H31-341 HCIP-Transmission V2.0 Certification Exam Overview

HCIP-Transmission V2.0 certification has been released globally to support channel and internal engineers, as well as graduates and external engineers wishing to obtain professional certification and support transmission network construction with Huawei transmission equipment.

In order to match the demand of the enterprise for the transmission network talents, the HCIP-Transmission V2.0 has been greatly adjusted compared to the previous version (V1.0). The original two certifications (HCNP-Transmission-MSTP, HCNP-Transmission-OTN) will be combined into one certification (HCIP-Transmission), covering both OTN and MSTP directions, focusing on the mainstream direction OTN technology, and adding the introduction of new technologies, such as MS-OTN/SOM/FD/400G/TSDN, and introducing the PCM technology which is unique to enterprise networks.

Through the systematic learning of HCIP-Transmission V2.0 and pass the certification, it proves that you have the ability to build and maintain Huawei transmission network.The exam includes three types of questions, single choice questions, multiple choice questions and judgment questions.

H31-341 HCIP-Transmission V2.0 exam basic information

H31-341 HCIP-Transmission V2.0 Exam Key Points

6% I. NG WDM System Introduction

6% II. NG WDM Equipment Networking and Application

6% III. NG WDM Optical and Electrical Layer Grooming

3% IV. NG WDM Common Data Configuration

3% V. NG WDM Optical Layer Service Configuration

3% VI. NG WDM Electrical Layer Service Configuration

6% VII. NG WDM System Commissioning

3% VIII. NG WDM System Common Indicator Test

6% IX. NG WDM Protection Topic

6% X. NG WDM Equipment Routine Maintenance

6% XI. NG WDM Alarm Signal Flow

3% XII. NG WDM System Troubleshooting

2% XIII. Optical Doctor (OD) System Special Topic

2% XIV. Fiber Doctor (FD) System Special Topic

3% XV. NG WDM Packet Technology Introduction

3% XVI. MS-OTN Networking and Service Introduction

7% XVII. OptiX OSN 1800V Packet Service Configuration

1% XVIII. New Transmission Technologies

3% XIX. MSTP Technology Topic - Clock Protection

3% XX. MSTP Technology Topic - ECC Maintenance and Pointer Adjustment

4.5% XXI. MSTP Technology Topic - PCM Technology

3% XXII. MSTP Board Replacement

1.5% XXIII. Discrete Service Analysis and Handling

1.5% XXIV. Ethernet Service Common Indicator Test

3% XXV. MSTP Equipment Troubleshooting

4.5% XXVI. ASON Intelligent Optical Network

Passcert HCIP-Transmission V2.0 H31-341 Dumps

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1. Which of the following descriptions are correct about the ASON software structure? (Multiple Choice)

A. Intelligent optical network consists of three planes

B. The management plane mainly refers to upper management such as network management.

C. Intelligent software mainly apply for management plane

D. The transmission plane refers to the traditional transmission network.

Answer: ABD

2. The transmission plane mainly performs functions such as optical signal transmission, multiplexing, configuration protection switching and cross-connection. And to ensure the reliability of the transmitted optical signal. However, the exchange action of this layer is carried out under the influence of the management dry surface and the control plane.



Answer: A

3. Which of the following are limitations of the alarm and performance analysis methods? (Multiple Choice)

A. Field maintenance personnel cannot understand the current operation status of the equipment.

B. The network administrator cannot obtain the alarms, the alarm occurrence time, and the historical alarms of the device.

C. When some faults occur, there may be no obvious alarms or performance events reported, and sometimes no alarms or performance events are found.

D. In the case of complex networking, service, and fault information, a large number of alarms and performance events may occur along with the occurrence of faults. Due to too many reports and performance events, maintenance personnel are unable to analyze.

Answer: CD

4. Which of the following data is the data that needs to be collected and saved in the event of a failure? (Multiple Choice)

A. Equipment alarms and performance events

B. Running status data of the NE and the board

C. Operation log of the network management

D. Configuration data of NEs and boards

Answer: ABCD

5. When the signal of the standard Ethernet frame length of 64 Bytes is connected to the Ethernet board, if the QinQ function is enabled, how many bytes is the actual frame length of the signal inside the board?

A. 64

B. 84

C. 68

D. 80

Answer: C