This paper reviews various techniques and ideas in the field of integrated optics in silicon,
mainly focused on silicon in conjunction with germanium. We will discuss different …

The monolithic integration of a multiwavelength multiquantum-well distributed-feedback
(DFB) laser array with a star coupler and optical amplifiers on the same chip is reported. As …

Silica-based optical waveguide on terraced silicon substrate as hybrid integration platform ×
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The continuing drive toward high-density, low-profile Integrated Circuit packaging has
accelerated the spread of flip-chip technology to laminated substrates, creating direct chip …

A method and apparatus for automatic passive alignment of optical waveguides with
photonic devices to provide for high volume production of optical components at low cost …

A two-step bonding technique for optical device assembly on a planar lightwave circuit
platform was developed, which consists of a chip-by-chip thermo-compression prebonding …

A high sensitivity, batch fabricated, fiber-optic pressure sensor has been fabricated using
silicon micromachining technology. The transducer consists of a fiber positioning v-groove, a …

An optoelectronic transceiver module is described consisting of a four-channel AlGaAs
integrated laser/monitor transmitter and a four-channel GaAs MESFET integrated …

A diode-laser-to-waveguide butt-coupling model is described. The model takes into
consideration the Fabry–Perot reflection and transmission of the étalon formed by the laser …

Individually addressable, four-channel transmitter arrays operating at data rates of 1 Gb/s
have been developed based on a hybrid optoelectronic integration approach called silicon …