We demonstrate a fully integrated linear regulator for multisupply voltage microprocessors
implemented in a 90 nm CMOS technology. Ultra-fast single-stage load regulation achieves …

This paper describes both a near term and a long term optical interconnect solution, the first
based on a packaging architecture and the second based on a monolithic photonic CMOS …

We demonstrate an integrated buck dc-dc converter for multi-V/sub CC/microprocessors. At
nominal conditions, the converter produces a 0.9-V output from a 1.2-V input. The circuit was …

A mm-wave power-harvesting RFID tag is implemented in 90 nm CMOS. Operation at mm-
wave reduces antenna size and could allow antenna integration on-chip. This, together with …

A fully integrated four-channel multi-antenna receiver intended for beamforming and spatial
diversity applications is presented. It can also be used as a low-power area-efficient range …

The relentless drive toward high-speed and high-density silicon-based integrated circuits
(ICs) has necessitated significant advances in processing technology. The entrance of …

The relationships between device feature size and device performance figures of merit
(FoMs) are more complex for radio frequency (RF) applications than for digital applications …

This paper describes a 16/spl times/16 bit single-cycle 2's complement multiplier with a
reconfigurable PLA control block fabricated in 90-nm dual-V/sub t/CMOS technology …

This paper presents an integrated LNA for millimeter-wave applications implemented in 90
nm CMOS technology. Modeling methodology based solely on electromagnetic simulations …

A pipelined single-precision floating-point multiply-accumulator (FPMAC) featuring a single-
cycle accumulate loop using base 32 and internal carry-save arithmetic with delayed …