Recently a novel photonic integration technology, based on a thin InP-based membrane, is
emerging. This technology offers monolithic integration of active and passive functions in a …

A membrane distributed-reflector (DR) laser bonded on a Si substrate is a promising light
source for on-chip optical interconnection, as it features a low threshold current and enough …

We demonstrated 20-Gbit/s direct modulation with a low energy cost of the membrane
distributed-reflector (DR) laser whose static lasing characteristics were previously reported …

To advance on-chip optical interconnections, membrane distributed-reflector (DR) lasers
with low threshold current and high-efficiency operation at one side output were realized …

On-chip optical interconnection is a promising technology for wiring future large-scale
integrated circuits, as a means to mitigate the considerable power dissipation of traditional …

Record high power conversion efficiency operation of a GaInAsP/InP membrane distributed-
reflector laser on silicon substrate was realized. In order to enhance the efficiency, both an …

To realize three-dimensional (3D) optical interconnection on large-scale integration (LSI)
circuits, layer-to-layer couplers based on Si-photonics platform were reviewed. In terms of …

The temperature dependence of a GaInAsP/InP membrane distributed-reflector laser
bonded on a Si substrate—which showed a low threshold current (0.29 mA) and a relatively …

In this chapter, theoretical and experimental characteristics of lateral current injection (LCI)-
type membrane distributed feedback (DFB) and distributed reflector (DR) lasers intended for …

We investigated the waveguide loss of lateral-current-injection (LCI) type GaInAsP/InP
membrane Fabry–Pérot lasers by adopting low-doped p-InP cap and side cladding layers …