Use this quick start guide to collect all the information about Huawei HCIE-Transmission (H12-931) Certification exam. This study guide provides a list of objectives and resources that will help you prepare for items on the H12-931 Huawei Certified ICT Expert-Transmission exam. The Sample Questions will help you identify the type and difficulty level of the questions and the Practice Exams will make you familiar with the format and environment of an exam. You should refer this guide carefully before attempting your actual Huawei HCIE-Transmission certification exam.
The Huawei HCIE-Transmission certification is mainly targeted to those candidates who want to build their career in ICT Infrastructure domain. The Huawei Certified ICT Expert-Transmission exam verifies that the candidate possesses the fundamental knowledge and proven skills in the area of Huawei HCIE-Transmission.
Huawei HCIE-Transmission Exam Summary:
| Exam Name | Huawei Certified ICT Expert-Transmission |
| Exam Code | H12-931 |
| Exam Price | $300 (USD) |
| Duration | 90 mins |
| Number of Questions | 60 |
| Passing Score | 600/1000 |
| Books / Training | HCIE-Transmission V2.0 Training Material |
| Schedule Exam | Pearson VUE |
| Sample Questions | Huawei HCIE-Transmission Sample Questions |
| Practice Exam | Huawei H12-931 Certification Practice Exam |
Huawei H12-931 Exam Syllabus Topics:
| Topic | Details | Weights |
|---|---|---|
| Transmission Network Products |
- Overview and Application Scenarios of Huawei Transmission - - Network Products - Cabinets and Subracks - Common Boards |
4% |
| Introduction to iMaster NCE-T |
- NCE-T System Overview - NCE-T Functions and Features - NCE-T Routine Operations and O&M Management |
6% |
| Deploying and Commissioning OTN Devices |
- Initiation Configuration - OSC Commissioning - Optical Power Commissioning - NE Commissioning - Data Backup |
6% |
| Transmission Network QoS |
- QoS Overview - QoS Key Technologies - QoS Application on a Transmission Network - HQoS |
4% |
| MS-OTN Service Configuration |
- OTN Service Configuration - SDH Service Configuration - EoO Service Configuration - EoS Service Configuration - MPLS-TP Service Configuration - OSU Service Configuration |
6% |
| NHP Technology |
- Introduction to NHP - OSU Application Scenarios - OSU Principles - OSU Features |
4% |
| ASON Principles and Applications |
- ASON Overview - ASON Composition and Protocols - ASON Functions and Features - ASON Application Scenarios |
6% |
| NG WDM Optical Layer ASON Service Configuration |
- Enabling Optical-Layer ASON - Managing Optical-Layer Control Planes - Creating Optical-Layer Diamond ASON Services - Creating Optical-Layer Silver ASON Services - Creating Optical-Layer Copper ASON Services - Managing Optical-Layer ASON Services |
3% |
| NG WDM Electrical-Layer ASON Service Configuration |
- Enabling Electrical-Layer ASON - Managing Electrical-Layer Control Planes - Creating Electrical-Layer Diamond ASON Services - Creating Electrical-Layer Silver ASON Services - Creating Electrical-Layer Copper ASON Services - Managing Electrical-Layer ASON Services |
3% |
| Optical Doctor System |
- Composition and Principles of the OD System - Networking Design and Configuration Rules of the OD System - OD System Configuration - Network O&M Using the OD System |
3% |
| Fiber Doctor System |
- Introduction to the FD System - FD System Networking Scenarios - Functions and Features of the FD System - Line Fiber Quality Detection Configuration |
3% |
| NG WDM Network Planning and Design |
- Network Design Elements - Network Design Process - DCN Planning |
6% |
| SDH-to-OTN Upgrade Solution |
- SDH-to-OTN Upgrade Solution Overview - SDH-to-OTN Upgrade Networking Schemes - SDH-to-OTN Upgrade Solution Hardware Support - SDH-to-OTN Upgrade Solution Implementation Process - SDH-to-OTN Upgrade Cases |
4% |
| OTN Network Reconstruction |
- Network Reconstruction Procedure - Adding a Direction - Adding an OLA Site - Reconstructing an OLA Site into an OADM Site - Reconstructing a Traditional OADM Node into a Colorless Node - Reconstructing a Traditional OADM Node into a Directionless Node - Adding a Single Wavelength for Capacity Expansion - Expanding the Wavelength Capacity |
6% |
| OTN Network Protection Reconstruction |
- Optical-Layer Protection Reconstruction - Electrical-Layer Protection Reconstruction - Nested Protection |
4% |
| Ultra-High Rate and Ultra-High Bandwidth Technologies for WDM Networks |
- Coherent Transmission Technologies - Extended C-Band and Super C-Band Technologies |
4% |
| ULH Transmission Network Solution |
- ULH Transmission Technologies - ULH Solutions - Deployment and Maintenance for the ULH Transmission System |
3% |
| All-Optical Switching Technology |
- OXC Enables Transmission Networks to Evolve to All-Optical Networks - Huawei OXC Solution - Application Scenarios of Huawei OXC |
3% |
| Turbo WDM Technology |
- Turbo WDM Technology - Turbo WDM Hardware - Networking and Application |
2% |
| Clock Synchronization |
- Introduction to the Clock Synchronization Network - Clock Synchronization Network Technologies |
3% |
| DCI Solution |
- DCI Driving Forces and Challenges - Huawei DCI Solution - DCI Cases |
3% |
| Fiber Optic Sensing Solution |
- Overview of Fiber Optic Sensing - Basic Principles of Distributed Fiber Optic Sensing - Typical Application Scenarios of Distributed Fiber Optic Sensing - Products |
2% |
| Comprehensive Troubleshooting Methods for Transmission Networks |
- Electrical-Layer Alarms - Optical-Layer Alarms - Fault Locating Principles and Methods - Troubleshooting Methods for Different Faults - Typical Cases |
6% |
| Comprehensive Troubleshooting Methods for Transmission Networks – Lab Practice |
- Optical Power Faults - Service Interruptions - Protection Faults - Communication Faults - Bit Error Faults - Interconnection Faults |
6% |
To ensure success in Huawei HCIE-Transmission certification exam, we recommend authorized training course, practice test and hands-on experience to prepare for Huawei Certified ICT Expert-Transmission (H12-931) exam.