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1
Introduction
2
Welcome
3
Why do this
4
The past
5
What do we think
6
Benefits and Challenges
7
Spatial multiplexing
8
High frequency imaging
9
Target demonstration applications
10
Required complexity
11
Frequency scanning
12
Compound semiconductors
13
Our plans
14
millimeter wave CMOS
15
Semiconductors
16
gallium nitride
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indium phosphide
18
integrated circuit examples
19
Terahertz technology
20
Scaling Laws
21
Challenges
22
Results
23
Power Amplifier
24
Frequency Design Divider
25
Massive Beamforming
26
Array Requirements
27
Groundpenetrating Radar
Description:
Explore the cutting-edge world of wireless technology above 100GHz in this one-hour seminar presented by Prof. Mark Rodwell from UC Santa Barbara. Delve into the realm of Terahertz (THz) and beyond as part of NYU Wireless & ECE Special Seminar Series on Circuits. Discover the benefits and challenges of high-frequency wireless communication, including spatial multiplexing and high-frequency imaging. Learn about target demonstration applications, frequency scanning, and the role of compound semiconductors. Gain insights into millimeter-wave CMOS, gallium nitride, and indium phosphide technologies, as well as integrated circuit examples. Examine scaling laws, power amplifier design, frequency dividers, and massive beamforming array requirements. Understand the potential of ground-penetrating radar and the future of wireless communication in this comprehensive exploration of wireless technology at the forefront of innovation.

Wireless Above 100GHz

New York University (NYU)
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