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This course bridges macro tower fundamentals and RF design, covering cell site evolution, engineering data sheets, RF plumbing diagrams, and hardware functions.
This course covers the evolution of wireless and cellular tech, from basics to current systems. Topics include cell site design, interference, and signal quality.
Explore how edge computing enhances 5G with low latency. This course covers integrating edge tech with cellular infrastructure, the impacts on existing networks, and fiber backhaul needs.
This course explores the synergy between 5G and fiber optics, covering fiber’s role in macro towers, capacity planning, FTTA, and future MIMO and active antennas.
This course covers essential RF concepts for designing and optimizing cellular networks, including fading, hand-off, propagation modes, and tech evolution from 1G to 5G.
This course covers RF devices and equipment for In-building DAS and Small Cells, detailing key hardware properties and differences to address In-building challenges effectively.
This course provides a basic understanding of the technological, business, indoor environmental, and management ecosystem issues and challenges designed for those who work in the industry.
This course covers essential installation techniques for macro towers and DAS, including return loss, PIM, VSWR, DTF, and troubleshooting methods for cell sites.
Master Wi-Fi from RF theory to WLAN devices. This course covers 802.11 terminology, functionality, and business practices for modern tech.
This course provides an overview of small cell architecture and how it improves network performance and service quality by offloading the burden from the large macro cells.
Wireless Site Safety is the first combined training program in the wireless industry that provides an industry overview, antenna and site-specific training, driver safety, and complete training.
This course evaluates the many benefits of edge computing and how it is driving new connectivity solutions.
This course provides an overview of 5G capabilities and use-cases based on the current field trials.
This course provides greater depth in 5G capabilities and the driving forces behind 5G efforts, timeline, key requirements, and pre-5G activities in the cellular infrastructure domain.
This course reviews 5G NR coexistence with other wireless communication systems.
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 course examines the need for indoor service, the challenges of indoor deployments, the RF sources, and the distribution mechanisms available to venues today that facilitate cellular wireless deployment initiatives.
This two-part course provides an overview of the in-building ecosystem as it applies to program and project management.
The Outdoor DAS and Small Cell Implementation course streamlines the implementation process, illustrates key considerations for each step, and highlights external factors and the material impact.
This course will provide participants with a comprehensive introduction to the many fundamental concepts that drive the design and performance of an In-building communications system.
The purpose of the site survey course is to familiarize students with the RF and venue-specific data necessary to be collected and organized for various project purposes.
This 4-day program provides an overview of telecommunications site development and the role of a Site Acquisition Specialist.
This course will look the basics of network testing and optimization focusing on two of the most common and useful tools.
