OCTANE: Optical coherence tomography advanced nanophotonic engine

Kyle Preston,Arthur Nitkowski,Nicolas Sherwooddroz,Andrew Berkeley,Bradley S Schmidt,Arsen R Hajian

Lasers and Electro-Optics（2013）

Cited 3|Views5

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Abstract

We introduce OCTANE, the first product line of chip-based spectrometers using silicon photonics for spectral domain optical coherence tomography (SD-OCT). It is well suited for low-cost, high-volume applications in both the medical and industrial fields.

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Key words

biomedical optical imaging,elemental semiconductors,integrated optics,nanophotonics,nondestructive testing,optical tomography,silicon,octane,sd-oct,industrial field,low-cost high-volume applications,medical field,of chip-based spectrometers,optical coherence tomography advanced nanophotonic engine,silicon photonics,spectral domain optical coherence tomography,tomography,optical imaging,photonic integrated circuits,spectrometers,optical waveguides,coherence

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