Course NameLength
5G and Beyond2 days
Basics of the Electromagnetic Spectrum2 days
Cognitive Radio and Software Defined Radio (SDR) Workshops2 days
Design and Mechanics of Spectrum Auctions Workshop2 days
Dynamic Spectrum Access Management Workshop2 days
Emerging Spectrum Technologies2 days
Fundamentals of Electromagnetic Hypersensitivity | EHS Fundamentals2 days
Fundamentals of Electromagnetic Threats2 days
Fundamentals of Spectrum Policy, Regulations, and Compliance2 days
Interference Hunting Field Trip Workshop2 days
Interference Management Workshop: Causes and Types of Interference2 days
Interference Resolution Techniques Training2 days
Introduction to Spectrum & Signal Analysis2 days
Introduction to Spectrum Analyzers2 days
Introduction to Spectrum Engineering and Frequency Allocation2 days
Introduction to Spectrum Management for Non-Engineers2 days
Negotiating Spectrum Usage and Rights2 days
Overview of Licensed Shared Access (LSA)2 days
Overview of Spectrum Economics and Auctions2 days
Overview of Spectrum Management Regulatory Frameworks2 days
Overview of Spectrum Sharing Techniques2 days
Regulatory Compliance and Spectrum Policy2 days
Remote Spectrum Monitoring Workshop2 days
Satellite Communications Spectrum Management Training2 days
Software Used in Spectrum Management Training2 days
Spectrum Allocation and Assignment Workshop: Emerging Technologies and Spectrum Needs2 days
Spectrum Engineering in Wireless Communication Systems2 days
Spectrum Engineering Workshop2 days
Spectrum Management and Monitoring Workshop2 days
Spectrum Management Training Course3 days
Spectrum Monitoring and Management Techniques2 days
Spectrum Monitoring Tools and Techniques2 days
Stakeholder Engagement Simulation: Role-play activity involving telecom providers, regulators, and the general public2 days

Spectrum Management Training

Dynamic Spectrum Access Management Workshop

Spectrum Management is the combination of administrative and technical procedures necessary to ensure the efficient operation of radio communication equipment and services without causing interference to other radio systems.

The goal of spectrum management is to maximize spectrum efficiency and minimize interference.

This often involves assessing channel assignment, signal leakage, and interference hunting. With this, the same band can support the ever-growing development of wireless communication technologies through careful RF monitoring.

Today various software is available to help with spectrum management.

Traditionally, spectrum management has been carried out using hardware-based solutions, often limited by their inflexibility and high costs.

However, the emergence of Software-Defined Radio (SDR) has revolutionized the way spectrum management is approached. By enabling the programmability of radio devices, SDR technology empowers telecom networks to adapt to dynamic requirements, overcome limitations, and unlock numerous advantages.

In SDR, the majority of the functionality is implemented in software running on general-purpose hardware, such as personal computers or servers. Benefits of spectrum management software includes:

  • Interoperability
  • Enhanced performance
  • Flexibility
  • Dynamic spectrum allocation

Spectrum management is an especially important tool for governments to optimize the use of a finite public resource. With spectrum demand continually growing, competition for particular frequency bands will become even greater and efficient use of that spectrum more critical.

Effective spectrum management is needed to:

  • Protect frequencies used by critical services by preventing harmful interference
  • Identify opportunities to maximize efficiency
  • Allow new technologies to develop and deploy within flexible frameworks; and,
  • Reduce the cost of telecommunication equipment

The rapid advancement of technology, coupled with the increasing demand for wireless communication, has resulted in an evolving landscape of spectrum management.

One trend is the spectrum auction.

Spectrum auctions have become a popular method for governments to allocate frequencies to telecommunications companies.

These auctions provide a fair and transparent process for companies to acquire spectrum rights. For example, in the United States, the Federal Communications Commission (FCC) regularly holds spectrum auctions to meet the growing demand for wireless services.

Spectrum Management Training Courses by Tonex

Tonex offers several dozen courses in Spectrum Management such as:

Satellite Communications Spectrum Management Training (2 days) 

Emerging Spectrum Technologies (2 days)

Fundamentals of Spectrum Policy, Regulations, and Compliance (2 days)

Spectrum Management and Monitoring Workshop (2 days)

Negotiation Spectrum Uses and Rights (2 days)

Spectrum Management Training Course (3 days)

Participants learn a wide range of material to familiarize those new to the spectrum management and frequency planning arena with the latest tools, techniques, methods, trends and issues related to spectrum and frequency planning.

Who Should Attend

Our Spectrum Management courses are designed for anyone who wants to gain advanced knowledge of how to use an effective and systematic approach to manage and monitor spectrum, from engineers, analysts,  to program and project managers, and more.

How You Will Benefit

  • Learn basics of spectrum management and spectrum monitoring
  • Explain spectrum management and spectrum monitoring requirements
  • Discover requirements for spectrum management, spectrum usage and occupancy, interference hunting, license monitoring, and spectrum monitoring
  • Learn how spectrum allocations are distributed and used
  • Describe requirements and needs to re-allocate spectrum to specific functions and capabilities
  • Discover confronting current and future spectrum monitoring challenges

Topics Covered

  • Policy options for frequency planning spectrum management
  • Technologies utilizing frequency planning, spectrum and their roles in the development priorities
  • Efficient implementation of new technologies
  • Emerging technologies and policy options
  • Principles of Electromagnetic energy and RF
  • Electromagnetic compatibility regulations.
  • Principles of interference, electromagnetic interference (EMI) and electromagnetic compatibility (EMC)
  • Economic importance of electromagnetic compatibility
  • Key optimization of frequency and spectrum assignment
  • Formulation and solution of frequency assignment and spectrum management

For more information, questions, comments, contact us.