Mostrando 7 resultados de: 7
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IEEE Photonics Technology Letters(2)
2020 European Conference on Optical Communications, ECOC 2020(1)
Journal of Lightwave Technology(1)
Journal of Optical Communications and Networking(1)
Optics InfoBase Conference Papers(1)
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scopus(7)
400-Gbit/s DP-16-QAM Transmission over 40-km Unamplified SSMF with Low-Cost PON Lasers
ArticleAbstract: We successfully demonstrate 400 Gbit/s transmission at 1577 nm over an unamplified 40 km standard siPalabras claves:Coherent Communications, fiber optics components, optical fiber communicationAutores:Bluemm C., Brenot R., Calabro S., Charlet G., Goeger G., Iván N. Cano, Kuschnerov M., Liu G., Pittala F., Schaedler M., Shi C., Xie C.Fuentes:scopus50G-PON Downstream Link up to 40 km with a 1342 nm Integrated EML+SOA
ArticleAbstract: A monolithically integrated EML+SOA delivering an output power of +13 dBm is demonstrated as a compaPalabras claves:50G-PON, Electro absorption modulated laser, Monolithic integration, Passive Optical Networks, Semiconductor optical amplifierAutores:Brenot R., Iván N. Cano, Nesset D., Rosales R., Talli G.Fuentes:scopusAchieving high budget classes in the downstream link of 50G-PON
ArticleAbstract: With 50G passive optical networks (PONs) currently being standardized, we review the challenges of mPalabras claves:Autores:Brenot R., Debrégeas H., Dubrovina N., Duran-Valdeiglesias E., Iván N. Cano, Nesset D., Rosales R.Fuentes:scopusFirst Demonstration of an E2 Class Downstream Link for 50Gb/s PON at 1342nm
Conference ObjectAbstract: A 1342nm EML with an external SOA has enabled the 20km, 50Gb/s downstream link for ITU-T, 50G-PON toPalabras claves:Autores:Brenot R., Carrara D., Debrégeas H., Dubrovina N., Duran-Valdeiglesias E., Iván N. Cano, Lelarge F., Nesset D., Rosales R., Zhicheng Y.Fuentes:scopusFirst demonstration and field trial on multi-user UDWDM-PON full duplex PSK-PSK with single monolithic integrated dual-output-DFB-SOA based ONUs
ArticleAbstract: We demonstrate a monolithically integrated dual-output DFB-SOA, and conduct the field trial on a mulPalabras claves:Autores:Brenot R., Chu G.Y., Debrégeas H., Iván N. Cano, Maho A., Polo V., Prat O.Fuentes:scopusOptical subsystems for next generation access networks (Invited)
Conference ObjectAbstract: Recent optical technologies are providing higher flexibility to next generation access networks: onPalabras claves:Autores:Avramopoulos H., Bauwelinck J., Bonada F., Brenot R., De Valicourt G., Erasme D., Forzati M., Iván N. Cano, Kazmierski C., Klonidis D., Kouloumentas C., Lazaro J.A., Lopez E.T., Morant M., Nicolau L., Ossieur P., Polo V., Prat O., Qiu X.Z., Rigole P.J., Schrenk B., Tafur Monroy I., Tangdiongga E., Teixeira A.L., Tomkos I.Fuentes:scopusTechnologies for Cost-Effective UDWDM-PONs
ArticleAbstract: New technologies for ultradense WDM-PON (udWDM-PON), enabled by coherent techniques and low-cost devPalabras claves:access networks, Fiber optical communications, fiber-to-the-home, PON, WDMAutores:Brenot R., Ciaramella E., Iván N. Cano, Klonidis D., Papastergiou G., Pous R., Prat O., Presi M., Rafel A., Tomkos I., Vall-Llosera G.Fuentes:scopus