Master the essential concepts, tools, and techniques for wireless network design in this comprehensive 90-minute webinar led by Televersant's senior RF engineers.
90 minutes • Watch on-demand anytime
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Understand path loss models, Fresnel zones, diffraction, and how radio waves behave in different environments. Learn to predict coverage using industry-standard propagation models.
Master link budget calculations for uplink and downlink. Learn how to account for gains, losses, and margins to ensure reliable wireless connectivity.
Site selection strategies, cell site spacing, and coverage overlays. Learn how to design networks that meet coverage targets while minimizing cost.
Traffic modeling, subscriber dimensioning, and throughput calculations. Design networks that handle expected user demand without over-building.
Antenna types, patterns, gains, and how to select the right antenna for your application. Understand azimuth, elevation, and beamforming concepts.
Introduction to Atoll, iBWave, and other industry-standard planning software. Learn workflow and best practices for efficient network design.
Frequency spectrum, wavelength, and electromagnetic propagation fundamentals. Review of decibels, dBm, and dBi for those new to RF.
Free space path loss, Okumura-Hata model, COST-231, and 3GPP models. When to use each model and how to calibrate for your environment. Real-world examples from urban, suburban, and rural deployments.
Step-by-step link budget examples for LTE and 5G. Calculating maximum allowable path loss (MAPL), understanding fade margins, and designing for cell edge performance.
Site selection methodology, inter-site distance calculations, and coverage overlays. Capacity dimensioning based on traffic models and subscriber projections. Balancing coverage vs. capacity trade-offs.
Live demonstration of Atoll RF planning software. Creating a simple network design from terrain data to coverage predictions. Exporting reports and site files.
Open forum for questions. Discussion of career paths in RF engineering, recommended certifications (NICET), and next learning steps.
Founder & Principal RF Engineer, Televersant
Syed has over 18 years of experience in RF engineering and wireless network design, having led projects across North America, Europe, Asia, and Africa. He holds NICET certification and California C-7 contractor license, and has designed networks for major carriers, public safety agencies, and enterprise clients.
"Excellent webinar! The propagation model explanations were clear and the link budget examples really helped cement my understanding. The Atoll demo was particularly valuable."
— Network Engineer, Regional Carrier
"As someone transitioning into RF engineering, this webinar provided the perfect foundation. Syed explains complex concepts in an accessible way without dumbing them down."
— RF Engineer (Entry-Level), Telecom Consultant
"The coverage planning section was gold. I've been doing this for years but still picked up several optimization techniques I hadn't considered. Great content!"
— Senior RF Planner, MNO
"Very comprehensive overview. Would have loved more time on 5G-specific topics, but overall excellent introduction to RF fundamentals. The slides are a great reference."
— Wireless Network Manager, Enterprise
120+ slides with diagrams, calculations, and reference tables
Excel spreadsheet for LTE and 5G link budget calculations
Quick reference PDF with formulas, models, and best practices
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