Huawei Certified Network Professional - LTE Certification Exam

Prerequisites

No prerequisites.

Exam Content Overview

The HCNP-LTE exam covers details principles of LTE air interface such as OFDMA/SC-FDMA/LTE physical layers, LTE protocols and procedures such as EPS interfaces/EPS protocols/RRC layer/RLC layer/MAC layer, HUAWEI LTE eNodeB operation&maintenance/configuration/troubleshooting.

Exam results valid period

This exam result is valid for 3 years.

Re-certification Methods

Before your certification expires, you should re-certify with the following methods:

Certificate Re-certification Methods
Huawei Certified Network Professional - LTE To re-certify, pass ONE of the following before the certification expiration date:
  • Pass any subject of the same level of certification in the field of the local technology
  • Pass any subject of the high-level certification in the field of the local technology

Key Points of Exam

LTE Air Interface
  • Radio Interface Techniques
  • Transmission Modes
  • Spectrum Usage
  • Channel Coding in LTE
  • Principles of OFDM
  • LTE Physical Layer
  • The Uu Interface
  • LTE Radio Interface Protocols
  • LTE Channel Structure
  • LTE Frame Structure
  • OFDM Signal Generation
  • Downlink OFDMA
  • LTE Physical Signals
  • Downlink Reference Signals
  • Downlink LTE Physical Channels
  • Downlink Control Signaling
  • LTE Cell Search Procedure
  • Uplink Transmission Technique
  • OFDMA Verses SC-FDMA
  • Uplink LTE Physical Channels
LTE Protocols and Procedures
  • EPS Architecture
  • EPS Network Elements
  • EPS Interfaces
  • EPS Protocols
  • EPS Signaling
  • EPS Protocols
  • E-UTRAN Channel Mapping
  • EPS Bearer Services and E-UTRA Radio Bearers
  • E-UTRA Radio Bearers
  • RRC Structure
  • RRC States
  • RRC Services
  • PDCP Operation
  • RLC Functions
  • RLC Modes and Formatting
  • MAC Functions
  • MAC Architecture
  • MAC Formatting
  • X2AP Functions and Procedures
  • S1AP Functions and Procedures
  • User Plane GTP Functions and Procedures
  • X2 Handover
  • S1 Handover
  • Inter RAT Handover
LTE Operation and Configuratio
  • eNodeB System Overview
  • eNodeB System Structure
  • eNodeB Auxiliary Devices
  • eNodeB Typical Networking
  • Structure of operation and maintenance system
  • Login eNodeB O&M system
  • eNodeB equipment management
  • eNodeB transport management
  • eNodeB radio management
  • Backup eNodeB configuration file, query eNodeB version
  • Tracing and real time monitoring
  • eNodeB Data Configuration Introduction
  • Preparing eNodeB Data
  • Creating eNodeB Data
  • Adjusting eNodeB Data
  • Checking eNodeB Data
  • eNodeB Commissioning Overview
  • eNodeB Remote Commissioning on the M2000
  • SUMMARY introduction
  • Creating bulk eNodeBs with Summary
  • Checking data
LTE Reconfiguration
  • Adding an FDD Cell
  • Changing the Cell Bandwidth
  • Adding an MME Connection
  • Adding an S-GW Connection
  • Changing the Cell EARFCNs
  • Changing the Cell PCI
  • Changing the Cell ID
  • Relocating an MME
  • Relocating an S-GW
LTE Troubleshooting
  • The procedure of eNodeB troubleshooting flow
  • The alarm management and analysis
  • The log collection
  • The main faults processing of device level
  • The main faults processing of transport level
  • The main faults processing of radio level