… Early InP-PICs containing both active and passive … Despite the great versatility of InP-based
monolithic integration, a single … The alternative to a pure monolithic InP-platform is to employ …

… toward higher transmission capacities. Photonic integrated circuit technology based on the
InP material has long enabled the monolithic integration of tunable sources with modulators …

… The application market for Photonic Integrated Circuits (PICs) is rapidly growing. … technologies
today are Indium Phosphide (InP)-based monolithic integration and Silicon Photonics. In …

… The increasing need for bandwidth is demanding densely integrated photonic circuits and
InP is the material of choice for monolithic integration of active and passive components. This …

… monolithic photonic integrated circuits (PIC) using InP was already conceived [1] shortly after
the emergence of the first semiconductor lasers on InP … V technology, and InP technology in …

… , more sophisticated monolithic integration techniques are … adapting the generic InP photonic
integration process such … the driver, receiver and control electronics are integrated. The …

… of the most important aspects of monolithic integrated circuit design for future applications
in … novel technology, InP-based bipolar transistors and UTC photodiodes integrated on the …

… the monolithic integration of low-confinement SOAs with other high-confinement components
including a seed laser and highspeed modulator. The first type of InP PIC transmitter …

… , Silicon-photonics and InP-based monolithic integration … development of optoelectronic
integrated circuits on InP. In 2009… the development of InP-based photonic integrated devices as a …

… SOC DWDM transmitter integrated 51 individual optical functions on a monolithic single chip
… [83] DF Welch et al., “Large-Scale InP photonic integrated circuits: Enabling efficient scaling …