Nex-G Innovations

The objective of the Microwave Planning & Pathloss Training and Certification program is to equip participants with a comprehensive understanding of microwave network planning principles and the practical expertise to use the Pathloss 5.0 tool effectively.

The program focuses on building skills in link budget calculations, terrain profiling, interference analysis, and system optimization to design reliable and efficient microwave communication networks. By the end of the training, participants will have the knowledge and confidence to address real-world challenges in network planning and optimization, making them valuable assets to the telecommunications industry.

Code: NES_SK_129

Duration: 40 Hrs / 4 Weeks / Customized

Mode: Corporate (Instructor Led - Online / Offline / Onsite), Individual (Instructor Led - Online / Offline)

+91-8826900551

• Transmission Network Fundamentals
• Basic Terminologies
• Transmission Network Topology
• Transmission Network Performance
• Network Synchronization
• Network Delays
• Security and Encryption

Module 2 - Basics of Microwave Communications

• Radio Fundamentals
• Structure and Characteristics of the Earth’s Atmosphere
• Radio Propagation
• Digital Microwave Point-to-Point Systems
• Other Microwave Systems
• Basics of Digital Communications Systems

Module 3 - Microwave Link Design

• Design Process Flowchart
• The Loss/Attenuation Calculations
• Fading and Fade Margins
• Microwave Link Multipath Probability Models
• Quality and Availability Calculations
• Rain Attenuation and Outage Models
• Improving the Microwave System
• Repeaters

Module 4 - Planning Microwave Network

• The Microwave Network Planning Process
• Microwave Systems in Wireless Networks
• Microwave Systems in Utility Telecom Networks
• Topology and Capacity Planning

Module 5 - Microwave Network Design

• Microwave Network Fundamentals
• Spectrum Management
• Interference Effects and Frequency Sharing
• Microwave Design Tools
• Microwave Systems Engineering

Module 6 - Microwave Network Deployment

• Digital Microwave Radio
• Digital Multiplexers
• Cabling and Signal Termination
• Microwave Antennas, Radomes and Transmission Lines
• GIS Data
• Field Surveys
• Housing the Equipment
• Microwave Antenna Mounting Structures
• Power Supply and Battery Backup
• Grounding, Lightning, and Surge Protection
• Microwave Testing and Troubleshooting

Module 7 - Project Management

• Tracking Microwave Rollout
• Regulatory Issues
• Logistical and Organizational Challenges
• Ethical Issues

Module 8 - PATHLOSS Tools Training

• Microwave Link planning and Design Concepts
• Microwave Link Budgets Concepts - System Gain, Propagation, Fading, and Interference
• Microwave parameters configuration and Introduction of Pathloss 5.0 Link and PL5 main program
• Clearance Criteria and fading models in Pathloss 5.0 Link
• Reflection and Dispersion Analysis in Pathloss 5.0 Link
• Diffraction Module configuration in Pathloss 5.0 Link
• Multipath Operation in Pathloss 5.0 Link
• Countermeasures and Availability Objectives
• PL5 main program
• Repeaters in Pathloss 5.0
• Frequency Planning and Interference Analysis