Pass H3CIE Exam in the 1st Try with WOLF-LAB 100% Real Workbooks and Solutions

H3CIE-Datacom (Written)

Exam Code: GB0-802

Exam Type: Written examination

Exam Format: Single-answer Question,Multiple-answer Question,True or false,Short Response Item,Drag and Drop Item

Time: 90min

Passing Score/Total Score: 600/1000

Exam Cost: 300USD

Language: Chinese,English

H3CIE-Datacom (Lab)

Exam Code: HL0-202

Exam Type: Experiments

Exam Format: Operation, Essay Item

Time: 480min

Passing Score/Total Score: 80/100

Exam Cost: 1200USD

Language: Chinese,English

The H3CIE Lab exam focuses on 8-hour hands-on operational capabilities, covering three core modules: "Basic Configuration," "Troubleshooting," and "Network Optimization". The study plan progresses through four phases—Foundation Review & Tool Adaptation, Module-Specific Breakthroughs, Comprehensive Simulation Training, and Final Sprint & Review—to ensure proficiency, accuracy, and time management skills.

Phase 1: Foundation Review & Tool Adaptation (Weeks 1–2)

Phase 2: Module-Specific Breakthroughs (Weeks 3–5, 3 Weeks Total)

Phase 3: Comprehensive Simulation Training (Weeks 5–6, 2 Weeks Total)

Phase 4: Final Sprint & Exam Preparation (Weeks 7–8, 2 Weeks Total)

In order to get the H3CIE certification, you will need to pass the H3CIE Exam. The exam consists of two parts: the written exam and the H3CIE lab exam. The written exam includes multiple-choice questions, while the practical lab exam is a hands-on test of your knowledge and skills. You must pass both parts in order to earn your certification. Once you have passed both exams, you will receive your H3CIE certification.

The major topics of CCDE v3.1 Practical Exam include:

1. Campus Network (VXLAN EVPN)

2. Wide Area Network (WAN)

3. SD-WAN (Based on Huawei iMaster NCE)

4. Network Troubleshooting (Dynamic Fault Injection Included)

5. Network Optimization & Automation

Before you can take the H3CIE Lab exam, you must pass the H3CIE Written exam H12-891 exam first. For the H3CIE written exam, we also provide valid H3CIE H12-891 dumps that cover all real exam questions. You can easily pass the exam in 7 days in general.

As Huawei’s highest-level certification in enterprise data communication, passing the H3CIE exam delivers tangible value for technical professionals—from career advancement to skill validation.

1. Enhanced Career Competitiveness & Job Opportunities

Global Industry Recognition: H3CIE is widely acknowledged across 170+ countries, especially in Huawei’s ecosystem (including telecom carriers, cloud service providers, and multinational enterprises). Many top companies (e.g., China Mobile, Huawei Partners, ZTE) list it as a "preferred qualification" for senior roles like Network Architect, Senior Network Engineer, or Technical Project Manager.

Priority in Hiring: In competitive tech markets (e.g., China, Southeast Asia, Europe), H3CIE holders are 2–3 times more likely to be shortlisted for interviews compared to candidates with only HCIP or non-Huawei certifications.

Clear Promotion Path: For entry-level engineers, H3CIE often serves as a "career (springboard)"—it typically cuts the time to (promotion) to senior roles by 1–2 years (e.g., from a Level 2 Engineer to a Level 4 Senior Engineer).

2. Significant Salary Advancement

Above-Market Salaries: Globally, H3CIE holders earn 30–50% higher salaries than non-certified peers in similar roles. For example:

In China: Senior network engineers with H3CIE earn a median annual salary of ¥400,000–¥800,000 (≈$55,000–$110,000), compared to ¥250,000–¥450,000 for non-certified counterparts.

Internationally: In regions like Singapore or the Middle East, salaries for H3CIE-equipped professionals can reach $80,000–$130,000 annually, driven by demand for Huawei network expertise.

Bonus Eligibility: Many enterprises (e.g., Huawei Partners, financial institutions) offer one-time "certification bonuses" (¥10,000–¥30,000 in China) or annual "skill allowances" for H3CIE holders.

3. Validation of Advanced, Future-Proof Skills

Mastery of Cutting-Edge Technologies: The exam rigorously tests proficiency in industry-critical technologies, including:

Modern campus networks (VXLAN EVPN, IRB gateways);

Next-gen WAN (SRv6, SD-WAN based on iMaster NCE);

Network automation (Python scripting for iMaster NCE, CLI batch operations);

Fault troubleshooting (dynamic fault injection, layered diagnosis methodologies).

These skills align with global trends like 5G integration, cloud-native networks, and enterprise digital transformation—ensuring your expertise remains relevant for 3–5 years.

Practical Problem-Solving Ability: Unlike theoretical certifications, H3CIE’s 8-hour Lab exam validates "real-world operational capability" (e.g., resolving complex network outages, optimizing large-scale WAN performance). This practical skill set directly translates to reduced on-the-job training time and faster problem resolution for employers.

4. Access to Huawei’s Ecosystem & High-Value Projects

Huawei Partner Network: H3CIE is a prerequisite for joining Huawei’s "Authorized Technical Service Partner" program. This grants access to high-value projects (e.g., national 5G network construction, enterprise cloud migration) that non-certified professionals rarely qualify for.

Exclusive Resources: H3CIE holders gain entry to Huawei’s private technical communities, including:

Early access to Huawei’s latest network technologies (e.g., SRv6+, AI-driven network optimization);

Invitations to industry seminars and technical workshops hosted by Huawei experts;

Priority support from Huawei’s technical service team for project-related issues.

5. Stronger Personal Brand & Professional Influence

Industry Credibility: H3CIE serves as a "professional endorsement"—it signals to clients, colleagues, and employers that you can design, deploy, and optimize complex enterprise networks. This is particularly valuable for roles involving client communication (e.g., pre-sales technical consulting).

Thought Leadership Opportunities: Many tech media outlets (e.g., Huawei Enterprise Magazine, Network World) actively seek H3CIE holders to contribute articles or speak at webinars, helping you build a personal brand as a "networking expert."

6. Sustained Skill Growth via Recertification

To maintain H3CIE validity (2-year cycle), you must recertify—either by passing the H12-891 written exam or earning a higher-level Huawei certification. This requirement ensures you continuously update your skills to keep pace with evolving technologies (e.g., new SD-WAN features, IPv6+ advancements), preventing "skill obsolescence."

In short, H3CIE is more than a certification—it is an investment in long-term career resilience, technical expertise, and industry influence. For professionals aiming to lead in enterprise networking, it remains one of the most valuable credentials in the market.

One way to pass the H3CIE exam and get valuable certification is by taking online certification training courses at WOLF-LAB, the leader in the industry since 2003. We offer H3CIE lab exam dumps, which include 100% real and valid questions with verified answers. WOLF-LAB has produced thousands of Huawei certification holders who passed the exam on the first try.

We have tutors who can help candidates solve difficult questions and explain to them the process until they can arrive at the correct answer. The H3CIE exam dumps allow test-takers to study in a real lab environment.

H3CIE, short for Huawei Certified ICT Expert, is Huawei’s highest-level professional certification in the field of Information and Communications Technology (ICT). Designed for senior technical professionals, it validates advanced expertise in designing, deploying, optimizing, and troubleshooting complex ICT systems—serving as a global benchmark for excellence in Huawei’s technology ecosystem.

Core Positioning & Objectives

Tier Status: As the top tier of Huawei’s three-level certification system (HCIA: Associate → HCIP: Professional → H3CIE: Expert), H3CIE goes beyond basic "knowledge mastery" to focus on practical problem-solving and strategic technical leadership.

Key Goal: To verify that candidates can independently handle end-to-end ICT projects—from architecting large-scale networks/clouds to resolving critical faults in real-world scenarios (e.g., enterprise digital transformation, 5G infrastructure deployment).