The growing demand for high-speed, broadband data communication motivates the
development of low-cost, high-performance optical receivers for fiber-optical networks. This …

A 5-Gb/s current-mode peak detector is proposed using a VI converter, a current comparator,
and a charge pump with three states (ie, UP, DN, and HOLD). It eliminates the problem that …

This paper describes the design of a 2.5-Gb/s burst-mode optical receiver in a 0.18-mum
CMOS process. A dual-gain-mode transimpedance amplifier (TIA) with constant damping …

A transimpedance amplifier, designed in a digital 120-nm CMOS technology, used as
preamplifier for optical burst-mode receivers in passive optical networks is presented. A …

An overview over the development of burst-mode receivers is given. The compared
receivers are designed in CMOS, but also in SiGe. Burst-mode receivers with external pin …

Highly sensitive optical receivers in BiCMOS, sub-micron and deep-sub-micron CMOS
technology are compared. Special attention is paid to burst-mode receivers with a wide …

This paper reports a mathematical model for the evaluation of the bit error rate (BER)
performance of burst-mode receivers by taking the effect of random noise and …

A 2.5 Gb/s burst-mode limiting amplifier for gigabit passive optical networks (GPON) is
presented in this paper. A multistage architecture with a feedforward automatic threshold …

Abstract A Burst Mode Receiver chip for Passive Optical Networks is presented. The chip is
produced in a standard digital 120nm CMOS process. High gain and high sensitivity are …

This paper focuses on the mapping of low-cost and real-time super-resolution (SR)
algorithms onto SOC (System-On-Chip) platforms in order to achieve high-quality image …