Keyphrases
Optical Wireless Communication
100%
Millimeter-wave over Fiber (MMWoF)
100%
Wide Bandwidth
100%
Orbital Angular Momentum Mode
100%
Optical Transmitters
100%
Power Bandwidth
100%
Orbital Angular Momentum
100%
Communications-based
100%
High Power
100%
Wide Dynamic Range
100%
Ranging Performance
100%
High Dynamic
100%
Top-illuminated
100%
Avalanche Photodiode
100%
High Responsivity
66%
Low Dark Current
66%
Gain-bandwidth Product
66%
M-Layer
66%
Photodiode
50%
Mesostructure
50%
High-power Photodiode
33%
Orbital Angular Momentum Antenna
33%
Millimeter-wave Signal
33%
Wireless Power Transfer System
33%
Speed-power
33%
Bandwidth Capacity
33%
Dark Current Characteristic
33%
Wireless Transmission
33%
Free Space
33%
Excellent Performance
33%
Electrical Bandwidth
33%
Saturation Current
33%
Dark Current
33%
Coherent Communications
33%
Layer Design
33%
High Saturation Power
33%
4-level Pulse Amplitude Modulation (PAM-4)
33%
Photodiode Structures
33%
Sensitivity Performance
33%
Active Windows
33%
Large Gain
33%
Impedance Matching Circuit
16%
Millimeter-wave Wireless
16%
Millimeter Wave Systems
16%
Millimeter-wave Transmission
16%
Taiwan
16%
Multiplexing
16%
Dimension Space
16%
Point-to-point Radio
16%
Waveguide
16%
Mode multiplexing
16%
Orbital Angular Momentum multiplexing
16%
Wireless Communication Systems
16%
Radio over Fiber System
16%
Antenna Design
16%
Transmission System
16%
Sink Area
16%
6G Networks
16%
GHz Band
16%
75-110 GHz
16%
High-power Performance
16%
Optical Fiber
16%
Heat Sink
16%
Coupling Loss
16%
Responsivity
16%
Communication Efficiency
16%
Spatial Mode
16%
Photonics
16%
Propagation Loss
16%
Multiplexing Technique
16%
Hybrid Absorber
16%
Low Loss
16%
Millimeter Wave
16%
Ultrafast
16%
Transmitter Module
16%
Next-generation Wireless
16%
Engineering
Photonics
100%
Avalanche Photodiode
100%
Millimeter Wave
100%
Dynamic Range
100%
Orbital Angular Momentum
100%
Wireless Communication
100%
Responsivity
75%
Gain-Bandwidth Product
66%
Photodiode
41%
Layer Design
33%
Electrical Bandwidth
33%
Antenna
25%
Multiplexing
25%
Free Space
16%
Communication System
16%
Coupling Loss
8%
Redesign
8%
Low-Loss Optical Fiber
8%
Orthogonal Multiple
8%
Waveguide
8%
Matching Circuit
8%
Front End
8%
Propagation Loss
8%