G. Vastola
Luxtera
9 Papers
37 Citations
G. Vastola is an academic researcher from Luxtera. The author has contributed to research in topics: Silicon photonics & Photonics. The author has an hindex of 4, co-authored 9 publications.
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Papers
Silicon-photonics-based optical transceivers for high-speed interconnect applications
P. De Dobbelaere,G. Armijo,Joseph Balardeta,B. Chase,Y. Chi,A. Dahl,Y. De Koninck,Scott Denton,M. Eker,S. Fathpour,D. Foltz,F. Gholami,Steffen Gloeckner,Kam-Yan Hon,S. Hovey,S. Jackson,W. Li,Y. Liang,Michael Mack,Gianlorenzo Masini,G. McGee,Attila Mekis,Simon Pang,Mark Peterson,Thierry Pinguet,L. Planchon,K. Roberson,Subal Sahni,J. Schramm,M. Sharp,C. Sohn,K. Stechschulte,Peng Sun,G. Vastola,S. Wang,B. Weber,G. Wong,K. Yokoyama,S. Yu,R. Zhou +39 more
TL;DR: In this article, the design and characterization of silicon-photonics-based 100 Gbps (4×26 Gbps) transceivers for parallel single mode fiber communication are discussed.
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Advanced silicon photonic transceivers
Thierry Pinguet,G. Armijo,Joseph Balardeta,S. Barabas,B. Chase,Y. Chi,A. Dahl,P. De Dobbelaere,Y. De Koninck,Scott Denton,M. Eker,S. Fathpour,D. Foltz,F. Gholami,Steffen Gloeckner,Kam-Yan Hon,S. Hovey,S. Jackson,W. Li,Y. Liang,Michael Mack,Gianlorenzo Masini,G. McGee,Attila Mekis,Simon Pang,Mark Peterson,L. Planchon,K. Roberson,Subal Sahni,J. Schramm,M. Sharp,C. Sohn,K. Stechschulte,Peng Sun,G. Vastola,S. Wang,G. Wong,K. Xu,K. Yokoyama,S. Yu,R. Zhou +40 more
- 26 Oct 2015
TL;DR: In this article, the development of Luxtera's silicon photonics platform for the production of high-speed optical transceivers using a hybrid-integrated approach is described. But this work is limited to a single application.
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Advanced Silicon Photonics Transceivers
Y. De Koninck,G. Armijo,Joseph Balardeta,S. Barabas,B. Chase,Y. Chi,A. Dahl,P. De Dobbelaere,Scott Denton,M. Eker,S. Fathpour,D. Foltz,Steffen Gloeckner,Kam-Yan Hon,S. Hovey,S. Jackson,W. Li,Y. Liang,Michael Mack,Gianlorenzo Masini,G. McGee,Attila Mekis,Simon Pang,Mark Peterson,Thierry Pinguet,L. Planchon,K. Roberson,N. Rudnick,Subal Sahni,J. Schramm,C. Sohn,K. Stechschulte,Peng Sun,G. Vastola,S. Wang,G. Wong,Xu,K. Yokoyama,S. Yu,R. Zhou +39 more
- 01 Sep 2017
TL;DR: The different aspects of designing and manufacturing advanced silicon photonics transceivers and focus on utilizing the experience and infrastructure from the CMOS industry are discussed.
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Silicon photonics transceivers for high-speed data communication
Gianlorenzo Masini,Scott Denton,Subal Sahni,Attila Mekis,Thierry Pinguet,Joseph Balardeta,P. De Dobbelaere,A. Dahl,B. Weber,B. Chase,Brian Welch,D. Foltz,G. McGee,G. Wong,G. Armijo,G. Vastola,G. Hocson,K. Khauv,J. Dotson,J. Schramm,Kam-Yan Hon,K. Robertson,K. Stechschulte,K. Yokoyama,L. Planchon,L. Tullgren,Mark Peterson,M. Eker,Michael Mack,M. Musciano,P. Milton,Peng Sun,R. Zhou,Roman Bruck,S. Fathpour,S. Wang,S. Yu,Simon Pang,S. Tran,Steffen Gloeckner,S. Jackson,W. Putman,W. Li,Y. De Koninck,Y. Liang,Y. Chi +45 more
- 31 Jul 2017
TL;DR: Large progress has been made in the field of silicon photonics since its inception in the late eighties of last century as discussed by the authors, and an intriguing and challenging field of research has evolved with time into a flourishing industry supporting and propelling the growth of data centers and distribute computing known as the Cloud.
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High-speed silicon photonics optical transceivers
Attila Mekis,G. Armijo,Joseph Balardeta,S. Barabas,B. Chase,Y. Chi,A. Dahl,Y. De Koninck,Scott Denton,M. Eker,S. Fathpour,D. Foltz,F. Gholami,Steffen Gloeckner,Kam-Yan Hon,S. Hovey,S. Jackson,W. Li,Y. Liang,Michael Mack,Gianlorenzo Masini,G. McGee,Simon Pang,Mark Peterson,Thierry Pinguet,L. Planchon,K. Roberson,Subal Sahni,J. Schramm,M. Sharp,C. Sohn,K. Stechschulte,Peng Sun,G. Vastola,S. Wang,G. Wong,K. Xu,K. Yokoyama,S. Yu,R. Zhou,P. De Dobbelaere +40 more
- 13 Jul 2015
TL;DR: In this paper, the key design elements that enable high-speed optical transceivers based on the hybrid integrated silicon photonics platform are discussed, and a detailed discussion of the architecture of the transceiver is presented.
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