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H31-341_V2.5 is the new exam version for HCIP-Transmission V2.5 Certification. The latest HCIP-Transmission V2.5 Certification H31-341_V2.5 dumps have been newly released by Passcert team, who have years of experience in the field and are dedicated to helping you study the latest exam objectives and pass your exam with ease. These HCIP-Transmission V2.5 Certification H31-341_V2.5 dump cover all the topics and skills needed to pass the certification exam and are regularly updated to ensure the latest information is included. With the help of these HCIP-Transmission V2.5 Certification H31-341_V2.5 dumps, you can prepare for the exam and pass it confidently.
WDM Transmission Media
Key Technologies of WDM
Cabinets and Subracks
Boards
Site Types
Basic Networking Elements
Electrical-Layer Grooming Solutions of NG WDM Equipment
NG WDM Equipment Commissioning Process and Procedure
MPLS & PWE3
Packet Services
Maintenance Features
OTN Interface Structures and Multiplexing/Mapping Principles
OTN Frame Structure
Frame Structure and Meaning of OTN Electrical-Layer Overheads
Evolution to Liquid OTN
Network-Level Protection (OTN)
Network-Level Protection (Packet)
NMS Routine Maintenance
Electrical-layer Alarm Analysis
Optical-layer Alarm Analysis
Fault Locating Ideas and Methods
Troubleshooting by Fault Type
Case Analysis
A. Optical line dispersion
B. OSC independent monitoring channel
C. Optical line loss
D. Fiber nonlinear effects
Answer: B
2. Which of the following options can reduce the impact caused by nonlinear effects in the WDM system? (Multiple choice)
A. Use high-performance fiber
B. Control the optical power
C. Dispersion management
D. Advanced light source technology
Answer: BCD
3. In the WDM transmission system, which main factors that affect the unevenness of the power balance of each channel not include? (Multiple choice)
A. The non-uniformity of the insertion loss of each channel of the multiplexer/demultiplexer
B. The main channel adjustable optical attenuator setting is unreasonable
C. High attenuation of optical cable
D. EDFA gain unevenness
Answer: ABD
4. What are the failure analysis methods of NG WDM system? (Multiple choice)
A. RMON performance analysis
B. Loopback method
C. Signal flow analysis method
D. Replacement method
Answer: BCD
5. What are the ways for NG WDM equipment to create optical fibers? (Multiple choice)
A. Search method
B. Graphical way
C. Synchronization method
D. Form method
Answer: ABD
6. Which of the following protection methods belong to NG WDM optical layer protection? (Multiple choice)
A. Client side 1+1 protection
B. Optical line protection
C. ODUk SNCP protection
D. 1+1 protection in the board
Answer: ABD
7. What types of E-Line services are supported by MS-OTN packet equipment?
A. VLAN-based E-Line service
B. E-Line service based on QinQ
C. E-Line carried by PW
D. E-Line service for point-to-point transparent transmission
Answer: ABCD
8. Which of the following descriptions about the connection of NG WDM equipment to the network management computer is wrong?
A. The network management computer can be connected directly or through a local area network, depending on the situation
B. If the connection mode of the subrack is the master-slave mode, the network management computer must be connected to the main subrack.
C. The IP addresses of all network elements must be in the same address segment as the IP address of the network management computer.
D. Only the gateway NE needs to be connected to the network management computer.
Answer: C
HCIP-Transmission V2.5 Certification
After passing the HCIP-Transmission V2.5 certification, you will master the principles, scheduling schemes, commissioning methods of transport network devices, service configuration, protection implementation mechanisms, and troubleshooting methods of transport network devices and transport network faults. In addition, you can perform O&M and troubleshooting based on this, and is qualified as a high-level O&M engineer for transport networks.
HCIP-Transmission V2.5 Exam Content
The HCIP-Transmission V2.5 exam covers advanced knowledge of tranmission network field, including WDM Principles, Transmission Network Products, NG WDM Equipment Networking and Applications, Optical- and Electrical-Layer Grooming Solutions of NG WDM Equipment, NG WDM Equipment Commissioning, MS-OTN Features, OTN Protocol, MS-OTN Protection Principles, NG WDM Equipment Routine Maintenance, NG WDM Alarm Signal Flow Analysis, NG WDM System Troubleshooting.HCIP-Transmission V2.5 Exam Knowledge Point
WDM Principles
System OverviewWDM Transmission Media
Key Technologies of WDM
Transmission Network Products
Product OverviewCabinets and Subracks
Boards
NG WDM Equipment Networking and Applications
Network Layers and System ArchitectureSite Types
Basic Networking Elements
Optical- and Electrical-Layer Grooming Solutions of NG WDM Equipment
Optical-Layer Grooming Solutions of NG WDM EquipmentElectrical-Layer Grooming Solutions of NG WDM Equipment
NG WDM Equipment Commissioning
NG WDM Equipment Commissioning BasicsNG WDM Equipment Commissioning Process and Procedure
MS-OTN Features
IP BasicsMPLS & PWE3
Packet Services
Maintenance Features
OTN Protocol
OTN OverviewOTN Interface Structures and Multiplexing/Mapping Principles
OTN Frame Structure
Frame Structure and Meaning of OTN Electrical-Layer Overheads
Evolution to Liquid OTN
MS-OTN Protection Principles
Device-Level ProtectionNetwork-Level Protection (OTN)
Network-Level Protection (Packet)
NG WDM Equipment Routine Maintenance
Device Routine MaintenanceNMS Routine Maintenance
NG WDM Alarm Signal Flow Analysis
OverviewElectrical-layer Alarm Analysis
Optical-layer Alarm Analysis
NG WDM System Troubleshooting
Device Routine Maintenance Troubleshooting PreparationsFault Locating Ideas and Methods
Troubleshooting by Fault Type
Case Analysis
Share HCIP-Transmission V2.5 H31-341_V2.5 Free Dumps
1. There are many factors affecting the transmission distance in the NG WDM system, which of the following will not affect the transmission distance?A. Optical line dispersion
B. OSC independent monitoring channel
C. Optical line loss
D. Fiber nonlinear effects
Answer: B
2. Which of the following options can reduce the impact caused by nonlinear effects in the WDM system? (Multiple choice)
A. Use high-performance fiber
B. Control the optical power
C. Dispersion management
D. Advanced light source technology
Answer: BCD
3. In the WDM transmission system, which main factors that affect the unevenness of the power balance of each channel not include? (Multiple choice)
A. The non-uniformity of the insertion loss of each channel of the multiplexer/demultiplexer
B. The main channel adjustable optical attenuator setting is unreasonable
C. High attenuation of optical cable
D. EDFA gain unevenness
Answer: ABD
4. What are the failure analysis methods of NG WDM system? (Multiple choice)
A. RMON performance analysis
B. Loopback method
C. Signal flow analysis method
D. Replacement method
Answer: BCD
5. What are the ways for NG WDM equipment to create optical fibers? (Multiple choice)
A. Search method
B. Graphical way
C. Synchronization method
D. Form method
Answer: ABD
6. Which of the following protection methods belong to NG WDM optical layer protection? (Multiple choice)
A. Client side 1+1 protection
B. Optical line protection
C. ODUk SNCP protection
D. 1+1 protection in the board
Answer: ABD
7. What types of E-Line services are supported by MS-OTN packet equipment?
A. VLAN-based E-Line service
B. E-Line service based on QinQ
C. E-Line carried by PW
D. E-Line service for point-to-point transparent transmission
Answer: ABCD
8. Which of the following descriptions about the connection of NG WDM equipment to the network management computer is wrong?
A. The network management computer can be connected directly or through a local area network, depending on the situation
B. If the connection mode of the subrack is the master-slave mode, the network management computer must be connected to the main subrack.
C. The IP addresses of all network elements must be in the same address segment as the IP address of the network management computer.
D. Only the gateway NE needs to be connected to the network management computer.
Answer: C