INTRODUCTION
Spectrum Planning & Management is the combination of administrative, scientific and technical procedures necessary to ensure the efficient operation of radio network. Simply stated, spectrum planning & management is the overall process of regulating and administering use of the radio frequency spectrum. The goal of spectrum planning & management is to maximize spectrum efficiency and revenue generation with minimum OPEX. Rules and regulations, based on relevant legislation, form a regulatory and legal basis for the spectrum management process.
PROGRAM OBJECTIVES
- Explaining Frequency & Standards
- Exploring Spectrum and RF Planning and Robust NW
- Discussing Frequency Economics & Turkish Frequency Tenders
- Understanding its Effects on Market & Roadmap
- Understanding spectrum pricing concepts in order to deal and discuss with regulatory office
- Understanding the relationship between spectrum and revenue generation
WHO SHOULD ATTEND?
- Technical Managers
- Telecommunication professionals
- Technicians
- Engineers
- Telecommunication engineering student
- Regulation Autorities
- Strategy Group Staff
PROGRAM OUTLINE
Frequency & Standards- Frequency Basics
- What is frequency?
- Main parameters
- Frequency allocations
- Standards review
- Frequency allocations for systems
- Propagation and FSL
- Interference
- Modulation
- Human safety
- Standards and emerging technologies
- ITU organizations
- ITU recs
- Technologies utilizing the spectrum
- Technology roadmap for emerging systems
- Frequency allocation considerations for future use
- ITU work group studies and structure for the forthcoming technologies
- Spectrum planning and management
- Spectrum Band Plan
- Policies in Spectrum Band Planning
- New Spectrums Bands
- Differences between Premium and Standard Spectrum
- Related Technical Standards
- Countries and multi-vendors boarders Planning
- Mobile NW overview and RF Engineering Basics
- Mobile NW topology
- Radio NW basics
- Transport NW basics
- Cellular system planning
- Urban area coverage, building penetration and rural Coverage considerations
- Interference issue and overshooting
- Reframing of Spectrum
- Basics of Reframing
- Mobile radio communications systems
- More robust GSM/GPRS voice systems and HSPA+/LTE in booms the data services
- Latest advances in mobile broadband brought by UMTS, HSPA+, LTE, LTE-A, LTE_A Pro and 5G
- GSM bands in 900 MHz and 1800 MHz
- UMTS bands within the 900/21 00 MHz frequencies
- LTE 700/800/1800/2100 MHz in the spectrum
- Single and dual mode bands reframing
- 5G GHz bands
Permintaan Brosur penawaran Training
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