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We demonstrate bandwidth-scalable, high-fidelity dynamic arbitrary optical waveforms with 30-GHz of bandwidth by coherently combining three 10-GHz spectral slices generated with just 5.5 GHz of electrical bandwidth per I/Q modulator signal.
This paper presents single channel, 200 Gb/s, 20-bit DPSK packets generated by an optical arbitrary waveform generation based optical transmitter with chromatic dispersion precompensation, and their transmission through 100 km of single-mode-fiber and recovery.
This paper introduces a modulation-format transparent optical-label switching transmitter based on optical arbitrary waveform generation. Packets consisting of 100 Gb/s payloads with 40 Gb/s labels and all-optical label extraction are demonstrated.
This paper shows a modulation-format transparent optical-label switching transmitter based on optical arbitrary waveform generation. Every generated packet consists of a payload and a label; labels are extracted by a fiber Bragg grating.
40-bit OOK, 80-bit QPSK and 120-bit 16-QAM packets are generated with spectral efficiencies of 1, 2 and 3 b/s/Hz, exploiting concepts from OAWG. Results demonstrate potential for a Tb/s OAWG based transmitter using GHz electronics.
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