Skip to main content
abstract blue background

Education & Training

IEEE Communications Society Webinar

Live and on-demand, IEEE ComSoc webinars give you the latest on communications technologies, systems, products, and services, brought to you by our sponsors.

Webinar attendees can earn PDHs or Continuing Education Certificates for completing a webinar. Once you have registered and viewed the webinar, send a request to for a webinar code. To request your certificate, complete the Continuing Education Certificates Online Form.

For Webinar Technical Support please contact

Upcoming Webinars

Virtual 5G Innovations

The biggest 5G event of the year was cancelled, but we’re bringing it to you virtually. We’re offering 6 live virtual demos across 2 days, and real-time access to our 5G experts.

On March 31st, join us for chipset and device testing demos. Return on April 1st and see the network buildout and deployment demos.

Join us live to explore the latest 5G solutions and interact with our 5G experts or catch the on-demand videos at your convenience.


Keysight logo
Sponsored content provided by Keysight Technologies

Clear the Next Hurdle in the 5G Rollout

As 5G accelerates to commercialization, prepare for the new test challenges you’ll face in bringing products to market. Keysight webinars provide the information you need to stay on the leading edge of the 5G rollout.

Register for upcoming live webinars:

  • From LTE to 5G MIMO Over-the-Air Testing: Challenges and Solutions - Wednesday, 18 March 2020, 01:00 PM EDT
  • 5G Network Slicing Ensuring Successful Implementation and Validation - Wednesday, 15 April 2020, 01:00 PM EDT

View archived 5G webinars on-demand.

Register Now for the Live or On-Demand Webinars

Keysight logo
Sponsored content provided by Keysight Technologies

Webinars Available On Demand

KEE Data Center Webinar Series

Data traffic is growing exponentially, increasing demand on data centers to deliver more and faster data. Signal integrity and integrated photonics are critical to reaching higher density, increased performance, and lower cost. Keysight Engineering Education’s webinars provide the information you need to stay on the leading edge of data center infrastructure technology.

Register for upcoming webinars:
A Practical Guide Using Multiport S-Parameters to Enhance Signal Integrity – Tuesday, 18 September 2019 - 1:00 PM EDT
Wafer-Level Opto-Electrical Measurements for Integrated & Silicon Photonics – Wednesday, 6 November 2019 - 1:00 PM EST

Additional webinars available on-demand. Register for other complimentary Keysight Engineering Education webinars.

Keysight logo
Sponsored content provided by Keysight Technologies

Beam Management for mmWave 5G New Radio Systems

Originally broadcasted on Wednesday, 11 September 2019 - 11:00 AM EDT

Beam management is the defining feature that makes the mmWave communications different than sub 6 GHz in the 5G NR specification.  3GPP Release 15 outlines the basics of beam management but many of the details for implementation are undefined, making it a critical research topic for mmWave communications systems.  Antenna performance and beam characteristics are important inputs to consider when designing and selecting algorithms for beam management.  This webinar will provide an overview of the details of Release 15 beam management, discuss beam management topics being addressed in Release 16, and examine the real-world performance of a phased array antenna in the context of beam management. 

National Instruments logo
Sponsored content provided by National Instruments

KEE Data Center Webinar Series: Data Traffic Is Growing Exponentially, Putting Increased Demands on Data Centers Worldwide

Keysight Engineering Education webinars provide the information you need to be on the leading edge of data center infrastructure technology and stay ahead of the curve. Register for one of these upcoming webinars:

Addressing Interoperable Coherent Optical Transceiver Test Challenges

Originally broadcasted on Wednesday, 15 May 2019 - 1:00 PM EDT

Addressing FEC Challenges on Your 400G Device

Originally broadcasted on Wednesday, 19 June 2019 - 1:00 PM EDT

Designing for 400G – Evading the Pitfalls of 56 Gbaud PAM4

Originally broadcasted on Wednesday, 31 July 2019 - 1:00 PM EDT

Additional webinars available on-demand.

Register for other complimentary Keysight Engineering Education webinars.

Keysight logo
Sponsored content provided by Keysight Technologies

5G NR Device Manufacturing Challenges: Scaling Millimeter-wave Phased Arrays for Directional Communications

Originally broadcasted on Tuesday, 30 April 2019 - 2:00 PM EDT

Millimeter-wave scaled phased arrays support many antenna elements by utilizing multiple integrated circuits (ICs). Module-level integration techniques are leveraged to couple in-package or on-board antennas to the supporting ICs. Such scalable phased arrays are attractive for emerging directional 5G communications since they enable beamforming and beam steering. In addition, a large number of antennas improves link margin; this overcomes the most significant 'path loss' handicap of millimeter-wave communications. Along with its benefits, scaled phased array designs unfortunately come with an increased level of complexity that makes their implementation challenging.

This webinar will examine some of the key challenges with scaling phased arrays such as:

  • Signal distribution among multiple ICs
  • Increased number of assembly steps
  • Stringent area constraints on the ICs to fit within an area compatible with that of the antennas they support
  • Increased digital control complexity

In addition to examining these challenges, this webinar will look at two recently introduced scaled 64-element dual-polarized phased array designs as implementation examples:

  1. A phased-array transceiver module operating at 28GHz supporting 5G applications, and
  2. TX and RX phased arrays operating at 94GHz, suitable for backhaul and imaging applications.

Design techniques relevant to these applications and measurement results validating the designs will be presented. Finally, an emerging software-defined approach to managing the large number of beam configurations of highly integrated phased-array designs will be discussed.

Rohde & Schwarz logo
Sponsored content provided by Rohde & Schwarz

Creating Over-the-Air Testbeds with OAI and SDRs

Originally broadcasted on Tuesday, 9 April 2019 - 10:00 AM EDT

Creating over-the-air testbeds and prototypes of wireless systems have become increasingly more pervasive in the last decade thanks to advances in Software Defined Radio technology. But hardware alone is not the reason. Open source and commercial software have played a large role in making over-the-air testbeds possible. Whether a researcher wants to take a cellular stack and build on top of it for specific research or use an SDR programmed as an eNB, software like Open Air Interface (OAI) is a crucial piece of the system. This webinar aims to look at how OAI and commercial off the shelf SDRs can be used to create powerful testbeds for advanced wireless communications, from 4G, to 5G and beyond.

National Instruments logo
Sponsored content provided by National Instruments

Sponsored content, by paid advertisers, has not been subject to peer review.

Related content

Design and Management of Reliable Communication Networks

Given the strong interest in both industry and academia towards reliability of telecom networks and cloud-computing infrastructures, we organize an IEEE TNSM special issue that aims at timely publication of recent and innovative research results on this important topic.


IEEE Communications Magazine March 2020

The IEEE Communications Magazine March 2020 issue features topics in Data Science and Artificial Intelligence for Communications, Network and Service Management, and Mobile Communications and Networks.


5G/NR Non-Standalone Deployment: Implementation, Performance and Challenges

Learn the fundamentals of the architecture, air interface and 3GPP deployment options of 5G New Radio (5G NR) as well as the interworking of NR with LTE regarding radio functionality, bearer handling, mobility and performance.