56:18
Pre-RF Pulse IV Measurements for Enhanced Transistor Compact Modeling Work
26:58
W-band GaN HEMTs: A Perspective on Characterization and Modeling
30:47
Dispersion in GaN HEMTs: Origin, Characterization and Modeling......
41:17
D-Band Load-Pull Characterization of InP/GaAsSb DHBTs with Record 38.6% Power Added Efficiency
29:46
Benchmarking a High Electron Mobility Transistor Using an Active Load-Pull System at 120 -170 GHz
18:16
Demonstration of record 1 W output power from an N-Polar GaN MISHEMT at 94 GHz
21:16
An Overview of Active & Hybrid-active LoadPull Measurement Methodologies at mm-wave and Sub-THz Freq
53:30
FMCW Radar Deterministic Augmentation Applied to Deep Learning Networks.......- Part 2
01:01:46
UAV Classification Using Radars, Artificial Intelligence, and Digital Twins
37:30
FMCW Radar deterministic Augmentation Applied to Deep Learning Networks......... -Part 1
54:22
UAV-borne Ground Penetration Radar
38:32
CMOS mm-Wave and W-band Radar
30:53
System and Circuit Design Considerations for mm-Wave Radar Transceiver
43:58
Motorcycle Riding is Safer with Advanced Radar RFICs
48:40
Imaging Radar for Autonomous Driving
40:49
Millimeter Wave Sensing Technology for Automotive and Consumer Applications
41:36
GaN on SiC RF Solutions Enabling Megatrends - 5G, Satellite Communications, Aerospace and Defense
46:45
Antennas, Materials, and Packaging for 6G Applications
39:30
Design Opportunities and Challenges of mmW/sub-THz RF front-ends for Joint Communication and Sensing
40:30
300 GHz Receiver Font-end: Design Perspective
36:33
How to Mitigate RF Impairments in 6G Antenna Arrays
36:33
RF System Design towards 6G
42:39
Broadband Matching Synthesis for RFPA
20:37
Advancing RF System Design: Innovative Approaches in Behavioral Modeling of Power Amplifiers
54:37
Foundations and Operating Principles of RF Power Amplification
45:12
Waveform Engineered High Efficiency and Linear Power Amplifiers
46:13
Load Modulated Balanced Amplifier (LMBA) for Emerging Wireless Communications
35:40
High-efficiency MMIC power amplifier design techniques
46:31
GaN Non-Uniform Distributed Power Amplifier Design for Decade Bandwidth Power and Efficiency
46:33
GaN HEMTs using RF Power Amplifiers above 100 GHz
22:34
Gallium Nitride MMIC Design for mm-wave operation
44:06
What Makes GaN FETs Different
34:55
Novel Techniques and Capabilities in LTCC Passive Component Design
27:17
Embedded, Trustworthy AI Test Challenges
19:12
Advancing 5G/6G: Innovative Approaches in Wafer-Level mmW Calibration and Characterization
33:10
Tackling the FR3 Base Station Challenges: Study of Radio Architectures and Enabling Technologies
30:50
You Have a Problem? GaN is the Solution
18:06
Device Characterization in a captivating era of technological advancements
32:32
Integrated Circuit Designs, Swiss Made
27:03
Evolution of the M3 Laboratory at the University of Alberta
29:36
From sub-GHz to sub-THz and from -100 to +60 dBm
21:34
Research and Educational Opportunities from a Swedish and European Perspective
31:48
Waste Figure : New FOM for Sustainability and Green Engineering of Circuits and Systems of all Types
18:06
Device Characterization in a captivating era of technological advancements
32:28
5G-Advanced and Migration Toward Next Generation
22:59
Open RAN : Latest Trends in Wireless Infrastructure
25:59
Building the Future SATCOM Phased-Arrays
27:25
The RF Engine of the 21st Century, Jin Bains, CEO Mini Circuits
02:56
Portuguese 1st place Juliete da Silva Souza LAMC2023
02:48
Portuguese 2nd place Waleska Faustino LAMC2023
02:59
Portuguese 3rd place Giselle Muniz LAMC2023
02:51
Spanish 2nd place Jorge Celades LAMC2023
02:37
Spanish 3rd place Ana Guillen LAMC2023
02:24
Spanish 1st place Itzel Uribe LAMC2023
02:41
MW2023 3MT® Alvaro Urain
02:44
MW2023 3MT® Bharath Cimbili
03:17
MW2023 3MT® Caleb Romero
02:54
MW2023 3MT® Charles Lynch, Audience Choice Winner
02:44
MW2023 3MT® Giordano Cicioni, Second Place Winner
02:44
MW2023 3MT® Guilia Battistini, Third Place Winner
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About
The IEEE Microwave Theory and Technology Society (MTT-S) is a transnational society with more than 10,500 members and 190 chapters worldwide. Our society promotes the advancement of microwave theory and its applications, including RF, microwave, millimeter-wave, and terahertz technologies.
For more than 70 years, the MTT-S has worked to advance the professional standing of its members and enhance the quality of life for all people through the development and application of microwave technology. As we enter into an exciting future, our mission is to continue to understand and influence microwave technology and to provide a forum for all microwave engineers. The MTT-S will continue to be the global focus for the promotion of the RF and microwave engineering profession, by advancing and distributing knowledge and supporting professional development.
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