100+ Heavy Slides
We are closing the registration soon.
Yes, LTE Understanding
$395 / Person
This course provides technical insights into radio network planning principles for 5G systems deployments in the mid-band and mm-wave spectrum. While the primary focus is on 5G-New Radio (NR) cell coverage and capacity calculation and network design, various multi-RAT issues including Non-Standalone (NSA) deployment and NR dynamic sharing with LTE are also discussed. Assuming familiarity of the audience with 5G NR air interface the course starts with a brief review of essential 5G NR topics with a focus on physical layer channels, spectrum, and RF parameters as well as NG-RAN architectures and multi-carrier deployment options including dynamic spectrum sharing (DSS). The course then dives into the 5G RF design and planning process and calculations with a focus on system coverage and capacity objective. The concepts and detailed calculations of the downlink and uplink radio link budget are presented and used for 5G-NR coverage based planning. Capacity analysis is also addressed starting with demand projection and cell capacity estimation following by capacity based cell planning. Then using some examples the combined coverage and capacity based dimensioning process is presented and finally, some site selection and generic guidelines for RF planning tools are discussed.
5G Deployment Types, RAN Configurations, and Spectrum Options
- Introduction to 5G Deployment Types and Primary Use Cases
- 5G NR Bands in 3GPP and Spectrum Options
- BS and UE Power Classes
- Multi-Carrier and Multi-Radio NG-RAN Configurations and LTE-NR Co-deployment Issues
Network Planning Concepts and Process
- Design Consideration for different Deployment Types
- Preconditions, Inputs, and Objectives of Network Planning
- Preview of Coverage and Capacity Analysis and Planning Tools
5G Coverage and Link Budget Analysis
- Review of Link Budget concepts, parameters, and calculations
- Details of Uplink budget calculations for data channels
- Link Budget for DL Data and Control Channels and the notion of Link Balancing
- Radio Propagation Models and Cell Range Calculations in Low/Mid-band and mmWave Spectrum
- Example of Coverage Based Dimensioning
Demand Estimation and Capacity Analysis
- Details of User Throughput Calculations
- Details of Average Cell Throughput and Capacity Estimation
- Demand Analysis and Capacity Based Dimensioning
90+ Patents in PHY and MAC Design
25+ Years of experience in telecom Industry
3GPP Delegate and Contributor
Senior Advisor, FCC
Former R&D Director, Intel
VP of Advanced Technology and Strategy, WFI
Executive Consultant, Sprint-Nextel
Our experts are NOT trainers on a regular basis, but they are R&D Directors, 3GPP Delegates, FCC or OFCOM Senior Advisors, Executives and Entrepreneurs of innovative start-ups, who possess years of experience. Nothing to be found on the market.
Industry Certification. You get certificates that are recognized within the industry and help you be promoted or find another yet more lucrative job opportunity.
Methodology. A blended content format, from self-paced videos, interactive discussions, live-chats, exercises, and tests are here, 24/7, available online.
Community. Access to over 10 000 Professionals around the world to share insights, questions, and answers.
"The trainers for me were of significant value because they represent two things that I think are really critical. Number one is that both trainers with whom I have the most direct experience were very experienced in the market itself. They had commercial experience as entrepreneurs working for big companies as well as small companies very directly in the telecommunications industry. The second thing that’s really important for a trainer to be good is an understanding of pedagogy and the process of learning. They use that to present the material so that it lands and finds a home in the brains of the learners in multiple ways. The high-caliber trainers we dealt with had both the experience and pedagogical passion.”
Roger Nichols, 5G Program Manager, Keysight Technologies
"Amazing course, very well structured, great content, great details, easy to understand. Outstanding lecturer with great knowledge and experience provides clear explanations."
Laaziz Chettouh, Telecom Professional
"One of the best highly practical courses I have taken to date. It takes a relatively boring topic and keeps you engaged with the exciting opportunities we will have with increased bandwidth and low latency.”
Christopher Williamson – RF Engineer, Sprint