The design and measurement of a monolithically integrated optoelectronic chip consisting of
two different receivers are presented. A high-speed receiver for communication including a …

Avalanche photodetectors (APDs) improve the sensitivity of optoelectronic (O/E) receivers
(RXs) due to their high multiplication gain and responsivity. When implemented …

The development of two high-speed monolithically integrated optical receivers for wireless
optical communication is presented from the design phase to the measurement. The first …

This paper outlines the development of a CMOS optical receiver capable of handling data at
a rate of 4 Gb/s. The receiver makes use of a multi-dot PIN photodiode with a bandwidth of …

An ultra-low-power adaptive optical wireless receiver comprising integrated photodiodes is
presented. The design benefits from a new technique to achieve the modulated input data …

This article presents optical receivers in bulk CMOS technology with integrated Schottky
photodiodes (PDs). These PDs can detect photons with an energy below the silicon …

This paper presents a very thorough analysis of the potential of Schottky diodes as
photodetectors for fully integrated optical receivers in bulk CMOS. By absorbing photons in …

We present a custom-designed integrated circuit (IC) implemented in 0.25-μm BiCMOS
technology that can automatically control the Si micro-ring modulator (MRM) temperature for …

In this paper a new shunt-shunt feedback transimpedance amplifier (TIA), followed by a 4
stages limiting amplifier (LA), proves to be suitable as receiver front-end for a 2.5 Gb/s …

A fully integrated remote antenna unit (RAU) intended for fiber-fed distributed multiple-input
multiple-output systems is presented. The circuit is designed for narrowband (60 MHz) time …