WP3_TST_VCSEL&driverPerformance_v1

WP3_TST_D32-driverHXT14100_10GOOK_V1.mat WP3_TST_D32-driverHXT14100_10GPAM_V1.mat WP3_TST_D32-driverHXT14100-DMT-data-10GHz_V1.mat WP3_TST_D32-driverHXT14100-DMT-SNR-10GHz_V1.mat WP3_TST_D32-driverHXT14100-DMT-trainingSequence-10GHz_V1.mat WP3_TST_D32-driverHXT44100-DMT-data-10GHz_V1.mat WP3_TST_D32-driverHXT44100-DMT-SNR-10GHz_V1.mat WP3_TST_D32-driverHXT44100-DMT-SNR-16GHz_equalizer_V1.mat WP3_TST_D32-driverHXT44100-DMT-SNR-16GHz-noEqualizer_V1.mat WP3_TST_D32-driverHXT44100-DMT-trainingSequence-10GHz_V1.mat WP3_TST_D32-Drivers-characterization_V1.xslx The files contain experimental results (measurements). In particular, the time samples of 10-Gb/s OOK/PAM4 are recorded for a short-cavity VCSEL directly modulated by commercial IDT drivers. The VCSEL is bonded to the driver as explained in PASSION Deliverable D3.2 http://www.passion-project.eu/wp-content/uploads/2018/09/PASSION_D3.2_v1.0.pdf. Moreover, the results obtained with DMT modulation on 10 GHz bandwidth are recorded in the .mat files, together with the SNR obtained using the QPSK uniform loading. Finally, a characterization of the VCSELs with the experimented drivers is reported in the Excel file.