Exam Code: H35-561-ENU
Exam Name: HCIP-LTE-RNP&RNO
Available Language: English
Register: Pearson VUE

Exam Content

The HCIP-LTE-RNP&RNO exam covers: LTE basic theories, wireless propagation principle, Site survey, LTE radio network planning and RF optimization knowledges.

Key Points

LTE System Overview
1. Evolution of Cellular Networks and 3Gpp releases
2. LTE Network Architecture
3. E-UTRAN Interfaces and Protocols
4. LTE Air Interface Principles
5. Radio Interface Techniques
6. eNodeB Product Overview
7. Products and application scenarios
8. Operation and Maintenance

LTE Air Interface basic and signaling flow
9. LTE Air Interface Overview
10. Radio interface protocols
11. RRC Layer Introduction
12. PDCP Layer Introduction
13. RLC Layer Introduction
14. MAC Layer Introduction
15. OFDMA/SC-FDMA principle, signal generation and processing
16. Channel structure of the radio interface
17. Uplink/downlink physical signals
18. UE Power ON Procedure
19. Default bearer establish and attach procedure
20. Paging Procedure
21. TAU Procedure
22. Handover Procedure

LTE Radio Network Planning Basic
23. LTE Radio Network Planning Process
24. Differences between 2G/3G and LTE Dimensioning
25. LTE coverage and capacity planning overview
26. LTE site survey

LTE Radio Network Feature basic
1. LTE eRAN Idle Mode Behavior
2. LTE eRAN Handover Feature
3. LTE eRAN Power Control Feature
4. LTE eRAN Scheduling Feature

Probe and Assistant Application
1. GENEX Probe Introduction
2. GENEX Probe Operation Process
3. GENEX Assistant Introduction
4. GENEX Assistant Operation Process for LTE Network
5. Practice

LTE Single Site Verification
1. SSV preparation
2. SSV test and report

LTE Radio Network RF Optimization
1. Overview of RF Optimization
2. Basic Process of RF Optimization
3. Test Preparations
4. Data Collection
5. Coverage Problem Analysis
6. Handover Problem Analysis
7. RF Adjustment
8. LTE Interference Diagnosis

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