A 20–43.5-GHz wideband tunable silicon photonic receiver front-end for mm-wave channel selection/jammer rejection
This article presents a 20–43.5-GHz mm-wave silicon photonic reconfigurable receiver (RX)
front-end (FE) for wideband mm-wave 5G systems. The wideband front-end consists of an …
front-end (FE) for wideband mm-wave 5G systems. The wideband front-end consists of an …
A power-efficient 20–35-GHz MZM driver with programmable linearizer for analog photonic links in 28-nm CMOS
Analog photonic links require linear drive of electrooptic modulators at high frequency to
support emerging millimeter wave (mm-wave) communication standards. However, this is …
support emerging millimeter wave (mm-wave) communication standards. However, this is …
Ultra-wideband mm-wave remote antenna unit for radio-over-fiber distributed antenna systems in silicon photonics
This article presents what we believe to be a novel chip-scale 25-45-GHz re-configurable
mm-wave remote antenna unit (RAU) for radio over fiber (RoF) distributed antenna systems …
mm-wave remote antenna unit (RAU) for radio over fiber (RoF) distributed antenna systems …
An mm-Wave CMOS/Si-Photonics Reconfigurable Hybrid-Integrated Heterodyning Software-Defined Radio Receiver
This article presents a re-configurable hybrid millimeter-wave (mm-wave) software-defined
radio (SDR) receiver that integrates silicon photonics (SiPhs) and complementary metal …
radio (SDR) receiver that integrates silicon photonics (SiPhs) and complementary metal …
A silicon photonics automatically-tunable mm-wave remote antenna unit
This article presents a 25–40 GHz novel silicon photonics wideband re-configurable mm-
wave remote antenna unit (RAU) for radio over fiber (ROF) distributed antenna systems. The …
wave remote antenna unit (RAU) for radio over fiber (ROF) distributed antenna systems. The …