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Advanced microwave transmission engineering

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This 3-day course covers advanced topics in microwave transmission network planning, design, and optimization. Students will learn how to plan networks to meet performance and availability objectives while minimizing costs. The course covers transmission media selection, network topologies, frequency planning, interference analysis, availability and performance standards, and techniques for enhancing network capacity. Students must have prior knowledge of microwave and link planning. The course is intended for transmission engineers and others involved in network planning, maintenance, and optimization.

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Advanced Microwave Transmission Engineering Course Duration 3-day Instructor-led course Key Benefits This course is designed to study the essentials of transmission network planning in greater detail such that at the end of this course the student is able to plan microwave networks such that the link Performance and Availability objectives are met and paths are designed for lowest possible design and maintenance costs. Also the system does not suffer from interference, or disturb other radio system in the vicinity. Finally student can carry on the detailed network analysis and optimize the network performance of any operational network. Pre-Requisites for Participants Knowledge of Microwave and Link Planning. Students should have attended the course Microwave Transmission Engineering & Link Planning Course Who Should Attend? Transmissions Radio Link planning Engineers and those who are or shall be involved in transmissions network planning and maintenance and optimization. Course Outline Day One Transmission Media Characteristics and Selection Guidelines Leased Lines Fiber Satellite Free Space Optics(FSO) Digital Microwave Radio Network Topologies Tandem Configuration Star Configuration Star-Mesh Configuration Mixed Networks Networks for Cellular Systems Day Two Advanced Topics in Frequency Panning and Interference Control
Class Work involving difficult Frequency Planning and detailed interference analysis and calculations Typical Case studies Detailed Availability and performance objectives and planning Guidelines Example of Availability and Unavailability determination Availability and Performance Standards: Purpose ITU-R: Availability and Performance Reference Path Models North American Availability and Performance Objectives Rain Model Prediction and limitations Class Work: Detailed Calculations for real cases. Day Three Special Radio Features Considerations in Network design Automatic Transmitter Power Control (ATPC or APC) Adaptive Equalizers (ATDE and ASAE) Forward Error Correction (FEC) System Gain Dispersive Fade Margin Radio Thermal Noise Interpretation and use of Radio Curves for Systems Design C/N, C/I, T/I Curves Radio Signature Curves Transmissions Network Capacity Enhancement Techniques Capacity Dimensioning Mux planning Methods Hubbing Grooming (LAPD Methods for Mobile Networks) 2 x STM 1 using Single dual Polarized Antennas 7 x STM 1 using CCDP technique using single antenna 7 x STM 1 using XPIC Method using single antenna Over View of Performance Testing and Commissioning of Transmissions Network
Overview of Transmissions Network Planning Software Tool (capability and Limitations) Project: Network Audit of an existing transmissions Network and performance improvement strategies.

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Advanced microwave transmission engineering

  • 1. Advanced Microwave Transmission Engineering Course Duration 3-day Instructor-led course Key Benefits This course is designed to study the essentials of transmission network planning in greater detail such that at the end of this course the student is able to plan microwave networks such that the link Performance and Availability objectives are met and paths are designed for lowest possible design and maintenance costs. Also the system does not suffer from interference, or disturb other radio system in the vicinity. Finally student can carry on the detailed network analysis and optimize the network performance of any operational network. Pre-Requisites for Participants Knowledge of Microwave and Link Planning. Students should have attended the course Microwave Transmission Engineering & Link Planning Course Who Should Attend? Transmissions Radio Link planning Engineers and those who are or shall be involved in transmissions network planning and maintenance and optimization. Course Outline Day One Transmission Media Characteristics and Selection Guidelines Leased Lines Fiber Satellite Free Space Optics(FSO) Digital Microwave Radio Network Topologies Tandem Configuration Star Configuration Star-Mesh Configuration Mixed Networks Networks for Cellular Systems Day Two Advanced Topics in Frequency Panning and Interference Control
  • 2. Class Work involving difficult Frequency Planning and detailed interference analysis and calculations Typical Case studies Detailed Availability and performance objectives and planning Guidelines Example of Availability and Unavailability determination Availability and Performance Standards: Purpose ITU-R: Availability and Performance Reference Path Models North American Availability and Performance Objectives Rain Model Prediction and limitations Class Work: Detailed Calculations for real cases. Day Three Special Radio Features Considerations in Network design Automatic Transmitter Power Control (ATPC or APC) Adaptive Equalizers (ATDE and ASAE) Forward Error Correction (FEC) System Gain Dispersive Fade Margin Radio Thermal Noise Interpretation and use of Radio Curves for Systems Design C/N, C/I, T/I Curves Radio Signature Curves Transmissions Network Capacity Enhancement Techniques Capacity Dimensioning Mux planning Methods Hubbing Grooming (LAPD Methods for Mobile Networks) 2 x STM 1 using Single dual Polarized Antennas 7 x STM 1 using CCDP technique using single antenna 7 x STM 1 using XPIC Method using single antenna Over View of Performance Testing and Commissioning of Transmissions Network
  • 3. Overview of Transmissions Network Planning Software Tool (capability and Limitations) Project: Network Audit of an existing transmissions Network and performance improvement strategies.