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1. Advanced silicon photonics technology platform leveraging a semiconductor supply chain

Author

De Dobbelaere, P., primary, Dahl, A., additional, Mekis, A., additional, Chase, B., additional, Weber, B., additional, Welch, B., additional, Foltz, D., additional, Armijo, G., additional, Masini, G., additional, McGee, G., additional, Wong, G., additional, Balardeta, J., additional, Dotson, J., additional, Schramm, J., additional, Hon, K., additional, Khauv, K., additional, Robertson, K., additional, Stechschulte, K., additional, Yokoyama, K., additional, Planchon, L., additional, Tullgren, L., additional, Eker, M., additional, Mack, M., additional, Peterson, M., additional, Rudnick, N., additional, Milton, P., additional, Sun, P., additional, Bruck, R., additional, Zhou, R., additional, Denton, S., additional, Fath-pour, S., additional, Gloeckner, S., additional, Jackson, S., additional, Pang, S., additional, Sahni, S., additional, Wang, S., additional, Yu, S., additional, Pinguet, T., additional, De Koninck, Y., additional, Chi, Y., additional, and Liang, Y., additional

Published
2017
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3. Silicon photonics transceivers for high-speed data communication

Author

Masini, G., primary, Denton, S., additional, Sahni, S., additional, Mekis, A., additional, Pinguet, T., additional, Balardeta, J., additional, De Dobbelaere, P., additional, Dahl, A., additional, Weber, B., additional, Chase, B., additional, Welch, B., additional, Foltz, D., additional, McGee, G., additional, Wong, G., additional, Armijo, G., additional, Vastola, G., additional, Hocson, G., additional, Khauv, K., additional, Dotson, J., additional, Schramm, J., additional, Hon, K., additional, Robertson, K., additional, Stechschulte, K., additional, Yokoyama, K., additional, Planchon, L., additional, Tullgren, L., additional, Peterson, M., additional, Eker, M., additional, Mack, M., additional, Musciano, M., additional, Milton, P., additional, Sun, P., additional, Zhou, R., additional, Bruck, R., additional, Fathpour, S., additional, Wang, S., additional, Yu, S., additional, Pang, S., additional, Tran, S., additional, Gloeckner, S., additional, Jackson, S., additional, Putman, W., additional, Li, W., additional, De Koninck, Y., additional, Liang, Y., additional, and Chi, Y., additional

Published
2017
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4. Advanced silicon photonic transceivers

Author

Pinguet, T., primary, Armijo, G., additional, Balardeta, J., additional, Barabas, S., additional, Chase, B., additional, Chi, Y., additional, Dahl, A., additional, De Dobbelaere, P., additional, De Koninck, Y., additional, Denton, S., additional, Eker, M., additional, Fathpour, S., additional, Foltz, D., additional, Gholami, F., additional, Gloeckner, S., additional, Hon, K.Y., additional, Hovey, S., additional, Jackson, S., additional, Li, W., additional, Liang, Y., additional, Mack, M., additional, Masini, G., additional, McGee, G., additional, Mekis, A., additional, Pang, S., additional, Peterson, M., additional, Planchon, L., additional, Roberson, K., additional, Sahni, S., additional, Schramm, J., additional, Sharp, M., additional, Sohn, C., additional, Stechschulte, K., additional, Sun, P., additional, Vastola, G., additional, Wang, S., additional, Wong, G., additional, Xu, K., additional, Yokoyama, K., additional, Yu, S., additional, and Zhou, R., additional

Published
2015
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5. High-speed silicon photonics optical transceivers

Author

Mekis, A., primary, Armijo, G., additional, Balardeta, J., additional, Barabas, S., additional, Chase, B., additional, Chi, Y., additional, Dahl, A., additional, De Koninck, Y., additional, Denton, S., additional, Eker, M., additional, Fathpour, S., additional, Foltz, D., additional, Gholami, F., additional, Gloeckner, S., additional, Hon, K. Y., additional, Hovey, S., additional, Jackson, S., additional, Li, W., additional, Liang, Y., additional, Mack, M., additional, Masini, G., additional, McGee, G., additional, Pang, S., additional, Peterson, M., additional, Pinguet, T., additional, Planchon, L., additional, Roberson, K., additional, Sahni, S., additional, Schramm, J., additional, Sharp, M., additional, Sohn, C., additional, Stechschulte, K., additional, Sun, P., additional, Vastola, G., additional, Wang, S., additional, Wong, G., additional, Xu, K., additional, Yokoyama, K., additional, Yu, S., additional, Zhou, R., additional, and De Dobbelaere, P., additional

Published
2015
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6. Silicon photonics device libraries for high-speed transceivers

Author

Verslegers, L., primary, Mekis, A., additional, Pinguet, T., additional, Chi, Y., additional, Masini, G., additional, Sun, P., additional, Ayazi, A., additional, Hon, K. Y., additional, Sahni, S., additional, Gloeckner, S., additional, Baudot, C., additional, Boeuf, F., additional, and De Dobbelaere, P., additional

Published
2014
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7. A multi-wavelength 3D-compatible silicon photonics platform on 300mm SOI wafers for 25Gb/s applications

Author

Boeuf, F., primary, Cremer, S., additional, Vulliet, N., additional, Pinguet, T., additional, Mekis, A., additional, Masini, G., additional, Verslegers, L., additional, Sun, P., additional, Ayazi, A., additional, Hon, N.-K., additional, Sahni, S., additional, Chi, Y., additional, Orlando, B., additional, Ristoiu, D., additional, Farcy, A., additional, Leverd, F., additional, Broussous, L., additional, Pelissier-Tanon, D., additional, Richard, C., additional, Pinzelli, L., additional, Beneyton, R., additional, Gourhant, O., additional, Gourvest, E., additional, Le-Friec, Y., additional, Monnier, D., additional, Brun, P., additional, Guillermet, M., additional, Benoit, D., additional, Haxaire, K., additional, Manouvrier, J. R, additional, Jan, S., additional, Petiton, H., additional, Carpentier, J. F., additional, Quemerais, T., additional, Durand, C., additional, Gloria, D., additional, Fourel, M., additional, Battegay, F., additional, Sanchez, Y., additional, Batail, E., additional, Baron, F., additional, Delpech, P., additional, Salager, L., additional, De Dobbelaere, P., additional, and Sautreuil, B., additional

Published
2013
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8. A CMOS photonics platform for high-speed optical interconnects

Author

Mekis, A., primary, Abdalla, S., additional, Foltz, D., additional, Gloeckner, S., additional, Hovey, S., additional, Jackson, S., additional, Liang, Y., additional, Mack, M., additional, Masini, G., additional, Peterson, M., additional, Pinguet, T., additional, Sahni, S., additional, Sharp, M., additional, Sun, P., additional, Tan, D., additional, Verslegers, L., additional, Welch, B. P., additional, Yokoyama, K., additional, Yu, S., additional, and De Dobbelaere, P. M., additional

Published
2012
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9. Silicon photonics for high data rate optical interconnect

Author

De Dobbelaere, P., primary, Narasimha, A., additional, Mekis, A., additional, Welch, B., additional, Bradbury, C., additional, Sohn, C., additional, Song, D., additional, Foltz, D., additional, Guckenberger, D., additional, Masini, G., additional, Schramm, J., additional, White, J., additional, Redman, J., additional, Yokoyama, K., additional, Harrison, M., additional, Peterson, M., additional, Mack, M., additional, Sharp, M., additional, LeBlanc, R., additional, Abdalla, S., additional, Gloeckner, S., additional, Hovey, S., additional, Jackson, S., additional, Sahni, S., additional, Yu, S., additional, Pinguet, T., additional, and Liang, Y., additional

Published
2012
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10. Monolithically integrated high-speed CMOS photonic transceivers

Author

Pinguet, T., primary, Analui, B., additional, Balmater, E., additional, Guckenberger, D., additional, Harrison, M., additional, Koumans, R., additional, Kucharski, D., additional, Liang, Y., additional, Masini, G., additional, Mekis, A., additional, Mirsaidi, S., additional, Narasimha, A., additional, Peterson, M., additional, Rines, D., additional, Sadagopan, V., additional, Sahni, S., additional, Sleboda, T.J., additional, Song, D., additional, Wang, Y., additional, Welch, B., additional, Witzens, J., additional, Yao, J., additional, Abdalla, S., additional, Gloeckner, S., additional, De Dobbelaere, P., additional, and Capellini, G., additional

Published
2008
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11. Demonstration of first WDM CMOS photonics transceiver with monolithically integrated photo-detectors

Author

De Dobbelaere, P., primary, Analui, B., additional, Balmater, E., additional, Guckenberger, D., additional, Harrison, M., additional, Koumans, R., additional, Kucharski, D., additional, Liang, Y., additional, Masini, G., additional, Mekis, A., additional, Mirsaidi, S., additional, Narasimha, A., additional, Peterson, M., additional, Pinguet, T., additional, Rines, D., additional, Sadagopan, V., additional, Sahni, S., additional, Sleboda, T.J., additional, Wang, Y., additional, Welch, B., additional, Witzens, J., additional, Yao, J., additional, Abdalla, S., additional, Gloeckner, S., additional, and Capellini, G., additional

Published
2008
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18. Packaging of silicon photonics systems.

Author

De Dobbelaere, P., Ayazi, A., Chi, Y., Dahl, A., Denton, S., Gloeckner, S., Hon, Kam-Yan, Hovey, S., Liang, Yi, Mack, M., Masini, G., Mekis, A., Peterson, M., Pinguet, T., Schramm, J., Sharp, M., Sohn, C., Stechschulte, K., Sun, P., and Vastola, G.

Published
2014
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19. Linear array of Si-Ge heterojunction photodetectors monolithically integrated with silicon CMOS readout electronics.

Author

Masini, G., Cencelli, V., Colace, L., de Notaristefani, F., and Assanto, G.

Abstract

We describe a linear array of Ge-Si heterojunction photodiodes monolithically integrated on a complementary metal-oxide-semiconductor (CMOS) integrated circuit for detection and imaging in the near infrared. Detectors are realized by thermal evaporation of Ge films at the end of the standard CMOS process on substrates held at low temperature (300°C). Each of the 64 detectors is connected to a front-end stage for photocurrent integration and analog-to-digital conversion. [ABSTRACT FROM PUBLISHER]

Published
2004
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20. Wavelength stabilizer for telecommunication lasers: design and optimization.

Author

Colace, L., Masini, G., and Assanto, G.

Abstract

We introduce a novel method for the wavelength stabilization of semiconductor lasers for telecommunications. The approach is based on a wavelength-sensitive photodetector which, in a feedback system, generates an error signal apt to tune the source to the desired value. We extensively investigate the influence of various design parameters on performance figures such as tunability, steady-state error, and temperature dependence, as well as fabrication tolerances. The results are compared with standard specifications for wavelength-division-multiplexed optical communications with various channel spacings. [ABSTRACT FROM PUBLISHER]

Published
2003
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21. CMOS photonics for optical engines and interconnects.

Author

Masini, G., Narasimha, A., Mekis, A., Welch, B., Ogden, C., Bradbury, C., Sohn, C., Song, D., Martinez, D., Foltz, D., Guckenberger, D., Eicher, J., Dong, J., Schramm, J., White, J., Redman, J., Yokoyama, K., Harrison, M., Peterson, M., and Saberi, M.

Abstract

In this contribution the CMOS photonics technology (LuxG) developed and commercialized by Luxtera is reviewed. The advantages of integration and usage of a standard CMOS foundry toolset/process/practice are discussed with mention to a newly developed 14Gbps transceiver chip. [ABSTRACT FROM PUBLISHER]

Published
2012

24. A routing switch based on a silicon-on-insulator mode-mixer.

Author

De Rossi, A., Masini, G., and Assanto, G.

Abstract

We propose and analyze a novel routing switch based on a silicon-on-oxide mode-mixer with a metal-oxide-semiconductor electrical configuration. The switch allows spatial switching with 80% contrast, low currents and speeds of the order of 5 MHz [ABSTRACT FROM PUBLISHER]

Published
1999
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29. Silicon photonic integrated circuits.

Author

Sahni, S., Narasimha, A., Mekis, A., Welch, B., Bradbury, C., Sohn, C., Song, D., Martinez, D., Foltz, D., Guckenberger, D., Masini, G., Eicher, J., Dong, J., Schramm, J., White, J., Redman, J., Yokoyama, K., Tlalka, M., Harrison, M., and Peterson, M.

Abstract

This paper reviews the CMOS photonics technology developed and commercialized by Luxtera. IC design and CMOS integration methodologies are highlighted and the performance of Luxtera's newest 4×14Gbps and 4×25Gbps transceiver chips is discussed. [ABSTRACT FROM PUBLISHER]

Published
2012

40. High-speed, monolithic CMOS receivers at 1550nm with Ge on Si waveguide photodetectors

Author

Jeremy Witzens, Cary Gunn, Gianlorenzo Masini, Giovanni Capellini, Masini, G, Capellini, Giovanni, Witzens, J, and Gunn, C.

Subjects
Materials science, Silicon, business.industry, chemistry.chemical_element, Photodetector, Germanium, Waveguide (optics), chemistry, CMOS, Optical receivers, Data_FILES, Optoelectronics, Cmos process, business
Abstract

This talk discusses the technological challenges arising from the insertion of a Ge photodetectors step in a CMOS process and the advantages brought by monolithic integration.

Published
2007

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