System concepts for millimeter-wave personal communication systems and the advantages
of millimeter-wave band usage are briefly described. Demonstration of broadband millimeter …

We investigate the generation of signals using pulsed semiconductor lasers for application
in millimeter-wave (mm-wave) wireless links. The generation of mm wave harmonic …

A review of various methods of phase and frequency synchronization of active MMIC based
transmit/receive modules is presented, and particular emphasis is placed on the …

We report the demonstration of high-power and low relative intensity noise (RIN) directly
modulated distributed feedback lasers at 1.55 μm. We have developed a structure with …

An analysis of directly and externally modulated fiber-optic links is presented. The
theoretical analysis is based on the signal flow diagram of the interface circuits to the laser …

The authors describe a fiber-optic link architecture which minimizes noise figure by
combining the two complementary outputs of a Y-fed coupler electrooptic modulator in such …

The steady state longitudinal mode spectrum of semiconductor lasers has been extensively
studied, and major observed features can be understood in terms of modal competition in a …

In order to achieve a high output power, high gain and high dynamic range directly
modulated optical link, we have developed a high power and low noise DFB laser and a …

Three fiber-optical link configurations are proposed for use in microwave and millimeter-
wave signal transmission. Harmonic laser mixing, optoelectronic mixing and optically …

Microwave photonics is an emerging interdisciplinary subject involving microwave
engineering and photonics. The generation of microwave photonics is to make full use of the …