Rapidly growing demand for broadband-cellular-data traffic is driving fifth-generation (5G)
wireless standardization towards the deployment of gigabit-per-second mm-Wave …

This paper presents the first linear bulk CMOS power amplifier (PA) targeting low-power fifth-
generation (5G) mobile user equipment integrated phased array transceivers. The output …

To meet rising demand, broadband-cellular-data providers are racing to deploy fifth
generation (5G) mm-wave technology, eg, rollout of some 28GHz-band services is intended …

To fulfill the insatiable demand for high data-rates, the millimeter-wave (mmW) 5G
communication standard will extensively use high-order complex-modulation schemes (eg …

Continued demand for 5G cellular connectivity in mobile handheld devices, where antenna
real-estate is at a premium, necessitates high output power from individual transmitter …

This article covers the basics of millimeter-wave PA design in CMOS technology for
integrated phased arrays, targeting the upcoming 5G new radio (NR) cellular …

This paper presents a 29-to-57GHz (65% BW) AM-PM compensated class-AB power
amplifier tailored for 5G phased arrays. Designed in 0.9 V 28nm CMOS without RF thick top …

Several spectrum portions at mm-waves are considered for Gb/s data-rates in 5G cellular
wireless backhaul and access networks, further motivating innovation in circuits and systems …

The output power of power amplifiers (PAs) can be increased by using PA arrays and by
combining individual PA output powers either on chip with linear combiners or in free space …

A review is presented of the key techniques for high-power, high-efficiency millimeter-Wave
(mm-Wave) 5G power amplifier (PA) design in deep submicrometer planar and FinFET bulk …