About Course
Webcasts for Wireless Communications
The propagation environment that connects transmitters and receivers is an important aspect of any wireless system’s end-to-end functionality. As radio technology advances, this propagation environment is becoming a more important factor for system design and testing, notably for 5G deployment/optimization and next-generation aerospace/defense advancements.
The core ideas and principles that underpin next-generation test methodologies will be discussed in this webinar. We’ll look at how propagation loss, delay, Doppler shifting, multipath, MIMO air interfaces, and antenna radiation patterns affect time and space. Whether you’re new to the notion of ch, you’ll find this lecture useful. Whether you are new to the notion of channel modeling or an expert in the field dealing with new technological issues, you will benefit from this talk.
Join to Webcasts for Wireless Communications
Course Content
Testing to the new vertical accuracy requirements of the FCC Wireless E911
-
Demystifying the 5G NR physical layer
44:00 -
What is next in cellular IoT and how can we test it?
43:14 -
Demystifying 5G – Minimizing the impact of accessories when testing 5G RF components
00:00 -
Numerology and Initial Access Concept for 5G NR
00:00 -
Analysis of IP security mechanisms in IoT and mobile devices
00:00 -
Analysis of IP security mechanisms in IoT and mobile devices
00:00 -
Five things to know about WLAN 802.11ax and why testing is important
00:00 -
The smart way to evaluate and optimize low-power IoT designs
00:00 -
Demystifying 5G and the evolution to massive MIMO for increased capacity and profit
00:00 -
The power of testing IoT devices in all phases of the product lifecycle
00:00 -
IoT and over-the-top (OTT) applications – how to quantify signaling impact and power consumption
00:00 -
LTE multicast (eMBMS) – ready for prime time?
00:00 -
Design challenges for handset power amplifiers due to LTE-Advanced
00:00 -
Unleashing 5G mm-waves – a test & measurement perspective
00:00 -
VoLTE based on IMS: How to ensure voice quality in the field
00:00 -
Improving the efficiency of your envelope tracking test setup
00:00 -
Vehicle communications for safety: eCall fundamentals and test solutions
00:00 -
LTE UE RF measurements – revolutions
00:00 -
Wi-Fi traffic offload in LTE
00:00 -
optimizing the quality of experience (QoE) for mobile devices using IP analysis
00:00 -
Challenges in testing multi-standard radio base stations
00:00 -
Carrier Aggregation – (One) Key Enabler for LTE-Advanced
00:00 -
WLAN 802.11ac Technology Introduction and Measurement Solutions
00:00 -
OTA Measurements of LTE MIMO-Enabled Devices
00:00 -
Device mobility in EUTRA/LTE, including SRVCC, and how to test it
00:00 -
: Video over LTE – Testing the next step in the end user experience
00:00 -
Evolved MBMS – broadcast and multicast in LTE
00:00 -
Voice over LTE – approaches, implementation, and test solutions
00:00 -
LTE UE RF measurements – reloaded
00:00 -
TD-LTE – A separation from LTE FDD
00:00 -
Does your LTE network meet the expectations?
00:00 -
Introduction to LTE UE RF measurements
00:00 -
Bridging the gap between LTE and 1xEV-DO
00:00 -
LTE Basics – Part 14
00:00 -
LTE Basics – Part 13
00:00 -
LTE Basics – Part 12
00:00 -
LTE Basics – Part 11
00:00 -
LTE Basics – Part 10
00:00 -
LTE Basics – Part 09
00:00 -
LTE Basics – Part 08
00:00 -
LTE Basics – Part 07
00:00 -
LTE Basics – Part 06
00:00 -
LTE Basics – Part 05
00:00 -
LTE Basics – Part 04
00:00 -
LTE Basics – Part 03
00:00 -
LTE Basics – Part 02
00:00 -
LTE Basics – Part 01
00:00