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Progress toward 100-G digital coherent pluggables using InP-based photonics
Wladek Forysiak
, Donald Scott Govan
College of Engineering and Physical Sciences
Aston Institute of Photonic Technologies (AiPT)
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Keyphrases
Photonics
100%
Transceiver
100%
Pluggable
100%
Digital Coherent
100%
InP-based
100%
Metro
66%
PDM-QPSK
66%
Photonic Components
66%
Extinction Ratio
33%
Transmission Signal
33%
WDM System
33%
High Capacity
33%
Performance Prediction
33%
Performance Penalty
33%
Support Costs
33%
Dual Polarization
33%
Nonlinear Response
33%
Robust Performance
33%
Digital Signal Processing
33%
ROADM
33%
Coherent Transmission
33%
PM-16QAM
33%
System Reach
33%
Low Bandwidth
33%
Gaussian Noise Model
33%
Regional System
33%
Numerical Simulation Results
33%
Internode
33%
Physics
Photonics
100%
Random Noise
33%
Signal Processing
33%
Warm Dark Matter
33%
Coherent Radiation
33%
Earth and Planetary Sciences
Photonics
100%
Signal Processing
33%
Random Noise
33%
Application Specific Integrated Circuit
33%