📱 HCIA Level · Associate Certification

HCIA-LTE (H31-411)

Build foundational expertise in LTE wireless networks with Huawei's HCIA-LTE certification. Master LTE system architecture, air interface principles, eNodeB product operations, initial configuration, equipment commissioning, field maintenance, and troubleshooting for real-world 4G network engineering roles.

LTE Architecture eNodeB 4G Networks OFDM / SC-FDMA Radio Access HCIA Associate Wireless Engineering

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LTE System ArchitectureE-UTRAN, EPC, interfaces, protocols & channel structures

Air Interface & RadioOFDM, SC-FDMA, MIMO & LTE frame structure

eNodeB ConfigurationInitial config, CME, commissioning & data planning

O&M & TroubleshootingField maintenance, alarm analysis & site solutions

Questions

90 min

Duration

60%

Pass Score

HCIA

Associate

Market Trending

LTE Networks Serve Billions and Support 5G Transition

LTE remains the dominant mobile standard worldwide, underpinning 4G services and serving as the foundation for 5G Non-Standalone networks, sustaining high demand for certified LTE engineers.

Hot

$47B+

LTE Infrastructure Market by 2026

The global LTE infrastructure market is projected to remain above $47 billion through 2026 as operators expand coverage, densify networks, and upgrade eNodeB equipment for 5G readiness.

20,000+

LTE & Wireless Engineering Roles

HCIA-LTE certified engineers are in continuous demand at mobile network operators, tower companies, and equipment vendors maintaining and expanding 4G LTE networks globally.

Hot

80%

Mobile Subscribers on LTE Networks

Over 80% of global mobile subscribers connect via LTE networks, ensuring long-term relevance and active demand for engineers with certified LTE operations expertise.

+32%

Salary Premium for Certified Engineers

LTE engineers with Huawei HCIA certification command higher compensation in telecom operator and managed services roles compared to non-certified wireless engineers.

Course Content

Complete H31-411 Curriculum

Click any module to expand and explore the topics covered in detail.

LTE System Overview

10 Topics

LTE System Overview and Network Architecture

Evolution of Cellular Networks and 3GPP Releases

E-UTRAN Architecture, Interfaces and Protocols

EPC Architecture, Interfaces and Protocols

LTE Air Interface Principles and Radio Interface Techniques

Principles of OFDM, LTE Channel Structures and Frame Structure

Downlink OFDMA and Uplink SC-FDMA

Multiple Input Multiple Output (MIMO)

Multimedia Broadcast Multicast Service (MBMS)

eNodeB Product Overview and Application Scenarios

eNodeB Product Description

4 Topics

eNodeB System Overview

eNodeB System Structure

eNodeB Auxiliary Devices

eNodeB Typical Networking

eNodeB Operation

4 Topics

Structure of Operation and Maintenance System

eNodeB Equipment, Transport, Radio and Clock Management

eNodeB Inventory, Report and Software Management

eNodeB Data Configuration for Initial Setup

3 Topics

eNodeB Initial Configuration by CME

eNodeB Data Configuration by CME Introduction

Preparing, Creating, Adjusting, Checking and Exporting eNodeB Data

eNodeB Equipment Commissioning

4 Topics

LTE eRAN Automatic OMCH Establishment and PnP Deployment

DHCP Introduction and VLAN Information Schemes

Procedure for Obtaining Configuration Information in Different Scenarios

eNodeB Commissioning Overview and Remote Commissioning on M2000

eNodeB Field Maintenance

4 Topics

Local Operation and Maintenance Introduction

Check Board Status by LEDs

Routine Operation and Maintenance Items

Replacing Boards and Optical Modules of eNodeB

eNodeB Troubleshooting & Site Solutions

4 Topics

Troubleshooting Cell Unavailable, IP Transmission, and Application Layer Faults

Troubleshooting Synchronization, Security, RF Unit and License Faults

Huawei LTE Product Introduction and Typical Site Coverage Solutions

FDD+TDD Site Solution, Easy Macro Site Solution and Tower Solution

Learning Objectives

What You Will Master

This certification equips you with associate-level skills in LTE network architecture, air interface principles, Huawei eNodeB operations, commissioning, field maintenance, and troubleshooting for entry-level wireless engineering roles.

Prerequisites

Candidates should have a general knowledge of cellular systems and radio technology. No prior LTE certification is required, making this suitable for graduates and engineers entering the wireless field.

Outline LTE principles, system architecture, E-UTRAN, and EPC components

Describe radio interface techniques including OFDM, SC-FDMA, MIMO, and LTE channel structures

Identify and describe Huawei eNodeB product families, system structure, and typical networking

Use M2000/U2000 to manage eNodeB equipment, transport, radio, and software

Perform eNodeB initial configuration using CME including data preparation and export

Commission eNodeB equipment through automatic OMCH establishment and PnP deployment

Conduct eNodeB field maintenance including board replacement and routine O&M operations

Troubleshoot LTE site faults including cell unavailability, RF unit, synchronisation, and licence issues

Apply Huawei LTE site coverage solutions for outdoor, indoor, high-speed railway, and macro sites

Who Is This For

Designed for LTE & Wireless Network Engineers

H31-411 is ideal for engineers entering the LTE wireless domain who want to learn eNodeB operations, commissioning, and troubleshooting on Huawei LTE equipment.

LTE Network Engineers

RF & Radio Engineers

Field Commissioning Engineers

Mobile Network Operators

Engineering Graduates

HCIA-LTE Certification Seekers

FAQs

Frequently Asked Questions

What is the H31-411 HCIA-LTE certification?

H31-411 is Huawei's associate-level certification for engineers capable of performing routine basic maintenance on LTE wireless networks. It validates skills in LTE principles, eNodeB product operation, configuration, commissioning, and troubleshooting.

What are the prerequisites for H31-411?

Candidates should have a general knowledge of cellular systems and radio technology. No prior Huawei certification is required, making this accessible for freshers and engineers new to LTE wireless networking.

What topics does the H31-411 exam cover?

The exam covers LTE system architecture, air interface principles (OFDM, MIMO), eNodeB product description, O&M operations, initial configuration using CME, equipment commissioning, field maintenance, troubleshooting, and LTE site coverage solutions.

What are the exam format and passing requirements?

H31-411 consists of 60 questions, has a 90-minute duration, and requires a minimum passing score of 60%. It is delivered online through the Huawei Certification System.

How do I download the course brochure?

Click "Download Brochure" on this page, fill in your name, contact number, and email, and the brochure downloads instantly. Our team will follow up to answer any questions.

Become an HCIA-Certified LTE Engineer

Join Zetlan Technologies' H31-411 programme and master LTE system architecture, Huawei eNodeB operations, equipment commissioning, field maintenance, and systematic troubleshooting. Earn your HCIA-LTE certification and launch your career in wireless network engineering.

HCIA-LTE (H31-411)

LTE Networks Serve Billions and Support 5G Transition

H31-411 Exam Details

Complete H31-411 Curriculum

What You Will Master

Designed for LTE & Wireless Network Engineers

Frequently Asked Questions

Become an HCIA-Certified LTE Engineer