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Michael Eiselt
Also published under:Michael H. Eiselt, M. H. Eiselt, M. Eiselt
Affiliation
Advanced Technology, Adtran, Meiningen, Germany
Topic
Standard Single-mode Fiber,Optical Amplifier,Time Domain Reflectometry,Amplified Spontaneous Emission,Binary Phase Shift Keying,Diode Laser,Excited State Absorption,Fiber Bragg Grating,Fiber Length,Fiber Transmission,Group Delay,Optical Fiber,Round-trip Delay,Single-mode Fiber,Wavelength Division Multiplexing,Wavelength Range,Acoustic Signals,Arbitrary Waveform Generator,Bitrate,Coherent Detection,Direct Detection,Fiber End,Fiber Input,Near Future,Phase Change,Phase Difference,Phase Noise,Power Conversion Efficiency,Probe Signal,Propagation Delay,Pseudo-random Binary Sequence,Pump Power,Pump Wavelength,Refractive Index,Return Loss,Round-trip Time,Section Of Fiber,Signal Amplification,Silica Fiber,Spatial Resolution,Stimulated Raman Scattering,Wavelength Bands,Accurate Measurement,Acoustic Vibration,Acoustic Waves,Airflow,Amplification Technology,Backscatter,Backscattered Signals,Bidirectional Transmission,
Biography
Michael Eiselt started his career in optical communications in 1989 and has worked for various companies and research organizations in Germany and the United States. As a director of Advanced Technology at ADVA Optical Networking, Germany, he is currently leading physical layer research for high-speed long-haul, data center interconnect, and access applications.