We experimentally demonstrate multi-granularity optical subband switching functionality with less than 1.6-dB error vector magnitude penalty between 8*44.1 Gb/s PDM-16- QAM Nyquist superchannel and 4*31.5Gb/s PDM-QPSK DFT-Spread-OFDM superchannel. ? OSA 2013.EI
The Nyquist wavelength division multiplexing (Nyquist-WDM) technology has aroused great interests fo...
We generate an ultra-dense 400-Gb/s superchannel by combining four spatially distributed 28-GBd-Nyqu...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
We experimentally investigate multigranularity optical subband switching functionality between two s...
We experimentally investigate multigranularity optical subband switching functionality between two s...
Optical OFDM superchannel has been proposed for high-speed optical transmission system, which consis...
In this paper, we review optical switching experiments of Nyquist superchannel with flexible bit rat...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
We experimentally demonstrate reconfigurable optical add-drop multiplexer functionality with less th...
We propose subband-based optical networking on optical OFDM/SCFDM superchannel in elastic optical ne...
In the context of ever increasing traffic demand, future long-haul optical transmission systems will...
Optical superchannel employing single-carrier (SC) and multi-carrier (MC) subband modulation techniq...
All-optical superchannel multicasting is promising for flexible data grooming in future optical netw...
Uma das alternativas para os sistemas de transmissão óptica de próxima geração é o uso de múltiplos ...
The Nyquist wavelength division multiplexing (Nyquist-WDM) technology has aroused great interests fo...
We generate an ultra-dense 400-Gb/s superchannel by combining four spatially distributed 28-GBd-Nyqu...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
We experimentally investigate multigranularity optical subband switching functionality between two s...
We experimentally investigate multigranularity optical subband switching functionality between two s...
Optical OFDM superchannel has been proposed for high-speed optical transmission system, which consis...
In this paper, we review optical switching experiments of Nyquist superchannel with flexible bit rat...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
Enabled with different modulation formats, bit rate variable subband switching function are demonstr...
We experimentally demonstrate reconfigurable optical add-drop multiplexer functionality with less th...
We propose subband-based optical networking on optical OFDM/SCFDM superchannel in elastic optical ne...
In the context of ever increasing traffic demand, future long-haul optical transmission systems will...
Optical superchannel employing single-carrier (SC) and multi-carrier (MC) subband modulation techniq...
All-optical superchannel multicasting is promising for flexible data grooming in future optical netw...
Uma das alternativas para os sistemas de transmissão óptica de próxima geração é o uso de múltiplos ...
The Nyquist wavelength division multiplexing (Nyquist-WDM) technology has aroused great interests fo...
We generate an ultra-dense 400-Gb/s superchannel by combining four spatially distributed 28-GBd-Nyqu...
We compare Nyquist-WDM and CO-OFDM techniques for the generation of superchannels based on PM-16QAM ...
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