Lasers for integrated photonic circuits
Semiconductor lasers and optical amplifiers for optical communication

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E7005 V1 Article

Lasers for integrated photonic circuits


Semiconductor lasers and optical amplifiers for optical communication

Authors : Guang-Hua DUAN, Hélène DEBRÉGEAS, Romain BRENOT

Publication date: July 10, 2015 | Lire en français

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6. Lasers for integrated photonic circuits

The growing need to increase component functionality, combined with the maturity of III-V semiconductor technology, is driving the rapid development of Photonic Integrated Circuits (PICs). This involves integrating several elements on the same semiconductor substrate to perform complex functions. The main advantages of PICs are

  • a significant reduction in the cost of module assembly, which represents around 90% of the cost of components. In fact, since the various elements making up a PIC are integrated, it is no longer necessary to put each element into a module;

  • reduced size thanks to a single module;

  • reduced power consumption, as temperature stabilization can be shared by multiple components.

Two integration techniques have been developed...

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Lasers for integrated photonic circuits

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