Joseph Balardeta

Silicon-photonics-based optical transceivers for high-speed interconnect applications

In this paper we discuss design and characterization of silicon-photonics-based 100 Gbps (4×26 Gbps) transceivers for parallel single mode fiber communication. We also address some key underlying technologies including silicon photonics wafer processing, photonic device libraries, light source integration and packaging technologies.

Advanced silicon photonic transceivers

We report on the development of Luxteras silicon photonics platform for the production of high-speed optical transceivers using a hybrid-integrated approach.

High-speed silicon photonics optical transceivers

We discuss key design elements that enable highspeed optical transceivers based on Luxteras hybrid integrated silicon photonics platform.

Silicon photonics transceivers for high speed optical interconnect

In this paper we address key design and performance aspects of high-speed optical transceivers based on silicon photonics technology.

Silicon photonics transceivers for high-speed data communication

Large progress has been made in the field of silicon photonics since its inception in the late eighties of last century. 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.”

Silicon Integrated Photonics Reliability

We assess the reliability of a complete silicon integrated photonics platform through a suite of reliability assurance and qualification tests. We demonstrate high reliability of each component of the silicon photonics optical transceiver.

Deployment of silicon photonics technology in data communication applications

In this paper we address silicon photonics based optical transceiver technology for applications in advanced data communications such as high performance computing and hyperscale datacenters.