Course Overview

This course offers a thorough introduction to the fundamental concepts that drive the design and performance of in-building communications systems. We'll review the physics, mathematics, and communication system principles essential for successful in-building wireless initiatives. From the intricacies of how cellular radio signals propagate indoors through clutter to determining the density of antennas and RF power levels needed, the course aims to equip you with the knowledge needed to meet service objectives for the subscriber community.

Intended Audiences

  • In-building technologists
  • DAS equipment manufacturers and test equipment manufacturers
  • Personnel who desire to refresh and advance their understanding of In-building technical concepts

Prerequisites

Telecommunications Education Center DAS and Small Cell Course

In-building Wireless Ecosystem - Instructor Led

Designed for those who work in Cellular, Wi-Fi, DAS and Small Cells; this course provides a basic understanding of the technological, business, indoor environmental, and management ecosystem issues and challenges that are part of every initiative. This is a prerequisite course for the General, Project Management and Technical In-building certification tracks. This module explains why…

Telecommunications Education Center DAS and Small Cell Course

Understanding In-building Cellular Solution Alternatives - Instructor Led

To ensure top-notch In-Building cellular service, it’s essential that RF sources are equipped to manage and process call traffic effectively. In this course, we’ll examine the necessity of indoor service, the challenges of indoor deployments, and the distribution mechanisms available today that facilitate cellular wireless deployment initiatives. You’ll learn that, with four service providers and…

Key Takeaways

  • Understand propagation indoors, including RF basic math, how radio waves propagate, and the variables affecting path loss
  • Learn about waveforms and properties — spectrum allocations, modulation techniques, and managing noise and interference to ensure acceptable SNR levels
  • Understand how MIMO increases channel capacity with spatial diversity
  • Become familiar with the concepts associated with link budgets and understand the link budget analysis method
  • Review the differences in how FDD and TDD systems support duplex traffic

Course Includes

  • Course outline
  • Online access to self-guided PowerPoint deck
  • Certificate of completion

FAQ

How do I register for this course?

To register, please follow these steps:

  1. Click the Sign Up button on this page (located on the right side or at the bottom on mobile).
  2. Add the course to your cart.
  3. Use coupon code SIGNUP at checkout to proceed without payment.
  4. Complete the checkout process, which will also involve creating an account.
  5. Log in to your account on learning.tec-online.org and complete the questionnaire for the course.
  6. Once your questionnaire has been submitted, we will reach out with additional information and pricing options.