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HCIP LTE RNP&RNO V1.0
Last Updated: Oct 2, 2024
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60 Questions and Answers for the Huawei H35-561 exam
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Huawei HCIP LTE RNP&RNO V1.0 Syllabus
- TE Network Fundamentals: For network engineers and LTE specialists, this section covers the foundational concepts of LTE (Long-Term Evolution) networks. It includes an overview of the LTE architecture, protocols, and the essential components involved in Radio Network Planning (RNP) and Radio Network Optimization (RNO).
- Radio Network Planning: For radio frequency engineers and network planners, this part focuses on the methodologies and strategies for LTE radio network planning. It encompasses site selection, frequency planning, and capacity planning techniques necessary for effective network deployment.
- Radio Network Optimization: For network optimization specialists, this section addresses the techniques and tools used for optimizing LTE radio networks. It includes performance analysis, troubleshooting methods, and strategies for enhancing network efficiency and user experience.
- LTE Security: For cybersecurity professionals, this segment covers the security measures specific to LTE networks. It discusses authentication processes, encryption methods, and strategies for mitigating potential threats and vulnerabilities within the network.
- LTE Operations and Maintenance: For network operations personnel, this part provides insights into the management, monitoring, and maintenance of LTE networks. It emphasizes procedures to ensure optimal performance and reliability of the network infrastructure.
- Emerging Technologies in LTE: For all professionals involved in LTE networks, this section examines the latest technologies and trends impacting LTE. Candidates will gain insights into innovations that may influence future developments in mobile communications.
- Practical LTE Implementation: For engineers and technicians involved in deployment, this segment highlights the practical aspects of implementing LTE networks. It includes hands-on training in configuring and optimizing LTE base stations and related equipment, ensuring candidates are prepared for real-world applications of LTE technology.