H35-560 Exam Questions & Answers
HCIA-LTE-RNP&RNO V1.0 • Huawei
100% money-back guarantee
About H35-560 Exam
The H35-560 HCIA-LTE-RNP&RNO V1.0 certification exam by Huawei validates your expertise in LTE Radio Network Planning and Radio Network Optimization. This entry-level certification covers essential topics including radio network planning principles, site selection and survey, coverage prediction, capacity planning, interference analysis, and optimization techniques. Candidates will demonstrate proficiency in LTE network architecture, radio propagation fundamentals, and practical optimization strategies that enhance network performance and user experience. The exam is ideal for network engineers, telecommunications professionals, and IT specialists seeking to establish foundational knowledge in LTE radio network management and advance their careers in the competitive telecom industry.
Preparation for the H35-560 exam requires comprehensive study materials and hands-on practice with realistic scenarios. Updated exam dumps and practice tests provide candidates with authentic questions that mirror the actual certification exam format, helping identify knowledge gaps and build confidence. These resources enable you to study efficiently, understand exam patterns, and master critical concepts in LTE radio planning and optimization. By utilizing quality practice tests alongside official Huawei study guides, you significantly improve your chances of passing on the first attempt and obtaining this valuable credential that demonstrates your commitment to professional excellence in telecommunications.
Exam Topics & Objectives
4-Week Study Plan for H35-560
Week 1: LTE Network Fundamentals & Architecture
- Study LTE system architecture: EPC (Evolved Packet Core), RAN (Radio Access Network), and core network elements
- Review E-UTRA frequency bands and channel bandwidth configurations (1.4MHz, 3MHz, 5MHz, 10MHz, 15MHz, 20MHz)
- Understand LTE protocol stack: PHY, MAC, RLC, PDCP layers and their functions
- Learn frame structure (Type 1 and Type 2) and resource block organization
- Study duplex modes: FDD vs TDD and their impact on network planning
- Review modulation schemes: QPSK, 16-QAM, 64-QAM and their performance characteristics
- Practice 20 exam questions on architecture and fundamentals
- Create summary notes on key LTE parameters and specifications
Week 2: Radio Network Planning & Optimization
- Study propagation models: Okumura-Hata, Cost-231, ITU-R P.1546 for path loss calculations
- Learn link budget analysis methodology and calculations for both DL and UL
- Understand coverage planning: cell radius estimation and capacity dimensioning
- Review interference management: inter-cell interference coordination (ICIC) and techniques
- Study antenna configurations: SISO, SIMO, MISO, MIMO and their benefits in LTE
- Learn about handover procedures and optimization parameters
- Practice radio planning calculations and coverage simulations
- Solve 25 exam questions on planning and optimization scenarios
Week 3: LTE Security & Emerging Technologies
- Study LTE security architecture: authentication, confidentiality, and integrity mechanisms
- Review 3GPP security algorithms: MILENAGE, AES, and SNOW 3G
- Understand EPS security procedures: NAS and AS security
- Learn about key hierarchy: K, CK, IK, KNASenc, KNASint, KeNB
- Study threats and vulnerabilities in LTE networks and countermeasures
- Review LTE-Advanced (4G LTE) technologies: carrier aggregation, CoMP, and enhanced MIMO
- Understand 5G NR integration with LTE and dual-connectivity concepts
- Study VoLTE implementation and IMS integration
- Practice 20 security-focused exam questions
Week 4: Practical Implementation & Exam Preparation
- Review practical deployment scenarios: urban, suburban, and rural site planning
- Study network optimization techniques: power control, load balancing, and congestion management
- Learn troubleshooting common LTE issues: coverage holes, dropped calls, and poor throughput
- Review capacity planning for different traffic scenarios and services
- Study KPIs and performance metrics: accessibility, retainability, integrity, mobility
- Practice end-to-end network design case studies from planning to optimization
- Take full-length practice exams (100 questions minimum) and review weak areas
- Memorize critical formulas, parameters, and threshold values
- Review all four weeks' content and complete final 50-question practice test
Sample H35-560 Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
During the test, the bit error rate below 20% is normal.
Which of the following factors are the base station receiver sensitivity related to? (multiple choice)
ASSTTANT is a front-end test tool independently developed by Huawei, which can display test data, replay test data, and export test data.
What are the evaluation methods for overlapping coverage issues? (Multiple choice)
The SINR of each codeword can be obtained through the Probe drive test tool, and the higher the SINR, the better.
Get access to all 84 verified questions with detailed answers.
Unlock All H35-560 Questions