Journals

2019

S. Sarmiento, J. A. Altabas, S. Spadaro, J. A. Lazaro, “Experimental Assessment of 10Gbps 5G Multicarrier Waveforms for High-layer Split u-DWDM-PON-based Fronthaul”, to appear in IEEE Journal on Lightwave Technology, 2019.

2018

R. Rumipamba-Zambrano, J. Perelló, S. Spadaro, "Route, Modulation Format, MIMO, and Spectrum Assignment in Flex-Grid/MCF Transparent Optical Core Networks", IEEE Journal on Lightwave Technologies, vol. 36, nº. 16, 2018.
S. Sarmiento, S. Spadaro, J. A. Lazaro, "Cost-effective ROADM design to maximize the Traffic Load Capacity of u-DWDM coherent metro-access networks", Elsevier Optical Switching and Networking, vol. 30, pp. 53-61, 2018.

Previous publications

Schrenk B, Lazaro J.A., Klonidis D., Bonada F, Saliou F, Polo V., Lopez E.. 2012. Demonstration of a remotely dual-pumped long-reach PON for flexible deployment. 7:953-961.Schrenk B, Bonada F, Bauwelinck J., Prat J., Lazaro J.A.. 2011. Energy-efficient optical access networks supported by a noise-powered extender box. :480-488.
Fabrega JM, Schrenk B, Bonada F, Lazaro J.A., Forzati M, Rigole P.-J., Prat J.. 2011. Modulated Grating Y-Structure Tunable Laser for l-Routed Networks and Optical Access. :1542-1551.
Schrenk B, Bonada F, Lazaro J.A., Prat J.. 2011. Remotely pumped long-reach hybrid PON with wavelength reuse in RSOA-based ONUs. 5:635-641.

Saliou F, Chanclou P., Laurent F, Genay N, Lazaro J.A., Bonada F, Prat J.. 2009. Reach extension strategies for passive optical networks [Invited].

Omella M., Polo V., Lazaro J.A., Schrenk B, Prat J.. 2008. 10 Gb/s RSOA transmission by direct duobinary modulation. :1-2.
Lazaro J.A., Prat J., Chanclou P., Beleffi GMTosi. 2008. Scalable extended reach PON”, invited paper, IEEE Optical Fiber Comm. Conf..

Lazaro J.A., Bock C, Polo V., Martinez RI, Prat J.. 2007. Remotely amplified combined ring-tree dense access network architecture using reflective RSOA-based ONU. 6:801-807.

Charlet G., Corbel E., Lazaro J.A., Klekamp A., Bigo S.. 2005. WDM transmission at 6-Tbit/s capacity over transatlantic distance, using 42.7-Gb/s differential phase-shift keying without pulse carver.