HCIP-Transmission H31-341-ENU Dumps

1. https://www.passcert.com/H31-341-ENU.html Pass Pass Huawei Huawei H31 H31- -341 341- -ENU ENU Exam With Exam With Valid Valid Dumps Dumps Huawei Huawei H31 H31- -341 341- -ENU ENU Exam Exam HCIP-Transmission V2.0 https://www.passcert.com/H31-341-ENU.html Save 20% OFF, Including Huawei H31-341-ENU Exam Dumps P Pass ass H31 H31- -341 341- -ENU ENU Exam with Exam with Passcert Passcert Huawei Huawei H31 H31- -341 341- - ENU ENU dumps dumps in the first attempt. in the first attempt. https://www.passcert.com/ 100% pass

2. https://www.passcert.com/H31-341-ENU.html 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. A. TRUE B. FALSE 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. 84 100% pass

3. https://www.passcert.com/H31-341-ENU.html C. 68 D. 80 Answer: C 109. Which of the following ROADM boards have WSS optical modules? (Multiple Choice) A. WSMD9 B. WSD9 C. WSM9 D. RDU9 Answer: ABC 110. Which of the following device types support the master-slave sub-architecture mode? (Multiple Choice) A. OSN 8800 B. OSN 1800V C. OSN 9800 Answer: ABC 111. What are the ways that NG WDM devices create fibers? (Multiple Choice) A. Search method B. Graphic method C. Synchronization method D. Form method Answer: ABD 112. Which of the following paths can be configured on the network management? (Multiple Choice) A. Client B. ODUk C. OTS D. OCh Answer: ABD 113. Path method creates OCh failure, what are the possible reasons? (Multiple Choice) A. There are still unremoved alarms in the boards involved in OCh. B. Inconsistent wavelength setting at both ends of source and sink C. No service layer path D. Some pigtails are not connected Answer: BCD 114. When creating an electric layer path, one RX/TX port can only establish a connection with one optical channel of the clientLP port. A. TRUE 100% pass

4. https://www.passcert.com/H31-341-ENU.html B. FALSE Answer: B 115. Which of the following meters/boards can be used to test the OSR metrics for 10G systems? (Multiple Choice) A. Spectrum Analyzer B. MCA8 C. SDH Analyzer D. Optical power meter Answer: AB 100% pass

5. https://www.passcert.com/H31-341-ENU.html CCNP 300-101,300-115,300-135 CompTIA A+ 220-1001,220-1002 Storage C1000-016, C1000-020, C1000-021, C1000-022 Azure Architect AZ-300, AZ-301 Coating Inspector NACE-CIP1-001, NACE-CIP2-001 HCIP-R&S H12-322-ENU, H12-322-ENU, H12-322-ENU HCIP-Storage H13-621-ENU, H13-622-ENU, H13-623-ENU 365 Certified: Enterprise Administrator Expert MS-100, MS-101 365 Certified: Teamwork Administrator Associate H12-322, H12-322 365 Certified: Modern Desktop Administrator Associate H12-322, H12-322 NSE 5 Network Security Analyst NSE5_FMG-6.0, NSE5_FAZ-6.0 Certified: Azure Data Engineer Associate H12-322, H12-322 MCSA: Windows Server 2016 H12-322,70-741,70-742 CCNA Data Center 200-150,200-155 CCNA Cyber Ops 210-250,210-255 HCIP-Security H12-721-ENU, H12-722-ENU, H12-723-ENU HCIP-Cloud Computing H13-522-ENU, H13-523-ENU, H13-524-ENU CCNP Data Center 300-160,300-165,300-170,300-175 CCNA 200-105,100-105 CCNP Security 300-206,300-208,300-209,300-210 CCNA Collaboration 210-060,210-065 TOGAF 9 Certified OG0-091, OG0-092 CompTIA A+ New 220-901,220-902 LX0-103, LX0-104 LPIC-1 101-400,102-400 LPIC-2 201-450,202-450 HCIP-WLAN H12-321-ENU, H12-322-ENU 100% pass