Dataset underpinning article "Amplifier-free 200-Gb/s tandem SSB doubly differential QPSK signal transmission over 80-km SSMF with simplified receiver-side DSP"

Metadata

Creators: Zhang, Tingting, Sanchez Costa, Christian, Sygletos, Stylianos, Phillips, Ian and Ellis, Andrew
Keywords: Fiber optics communications, Modulation
Divisions: Engineering and Applied Science > Institute of Photonics
Funders: EPSRC, European Union, China Scholarship Council
Projects: Petabit Energy Aware Capacity Enhancement (PEACE), Ultimate Passive Optical Network (UPON), Silicon Photonics for Future Systems, Towards Manufacturing of "Massive WDM" Metro (ToM3), UNLOC, INVENTION
Grant number: EP/L000091/1, EP/M005283/1, EP/L00044X/1, EP/M009092/1, EP/J017582/1, 659950
Data Publisher: Aston University
Date Made Available: 20 October 2017
Collection period:
FromTo
20172017
Data Collection and Processing Methods: 1. “B2B peformance for different modulation formats.xlsx” compares B2B system performance using different modulation formats; 2. “Frequency Offset and linewidth tolerance.xlsx” compares frequency offset tolerance and linewidth tolerance between QPSK and DDQPSK; 3. “Hybrid Imperfection.xlsx” shows the impact of imperfect 90 degree hybrids with commercial specifics on system performance; 4. “Optical Spectrum.xlsx” shows optical spectrum for TSSB and SSB modulated signal; 5. “Performance for TSSB and SSB.xlsx” compares performance for TSSB and SSB modulation 6. “Tap Length impact on DDQPSK performance” shows the impact of the tap length of multi-symbol decision feedback doubly differential decoding on system performance; 7. “Transmission performance.xlsx” compares the performance of the DDQPSK signal transmission over different fiber length (B2B and 80-km SMF) with different PRBS pattern length.
Identification Number: https://doi.org/10.17036/researchdata.aston.ac.uk.00000293

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