Analog Chip Design for Optical Transceivers

Co-Design of High-Speed Integrated SiGe BiCMOS Drivers and Silicon Mach-Zehnder Modulators for Optical Links

Compact and Low-Power Silicon Photonic Transceivers for Inter and Intra Data Center Optical Interconnects

Doctoral project Jakob Declercq

Doctoral project Joris Lambrecht

Doctoral project Michael Vanhoecke

Doctoral project Prashanth Srinivas Nagarajan

Doctoral project Renato Vaernewyck

Doctoral project Thomas Gorzka

Doctoral project Yoojin Ban

Doctoral project Yu Ban

High-frequency Opto-Electronic Circuits and Systems

High-Speed Integrated Optical Transceivers

High-Speed Optical Transceiver Circuits

High-Speed Optical Transceivers and Systems

Radiation-Hardened Electro-Optical Transceivers for Satellites

Circuit and System Design for Quantum Applications

Circuit and System Design for Quantum Applications

Doctoral project Achim Vandierendonck

Doctoral project Ahmed Elmogi

Doctoral project Guus Colman

Doctoral project Kasper Van Gasse

Doctoral project Laurens Bogaert

Doctoral project Punithavathi Duraiswamy

Doctoral project Xin Wang

Doctoral project Zhisheng Li

Efficient Millimeter-Wave Power Amplifiers with Quantized Outphasing

Electronic-Photonic Circuit Co-Design

High-Frequency Cryptographically Secure Circuits

High-Frequency Optical Transceiver Circuits

High-Sensitivity Optical Receivers and Fast Optical Switch Fabrics for Optical Networks on a Chip, Based on Micro-Transfer Printing

Optical I/O Front-End for Low-Latency Optical Switched Networks

Real-Time Digital Signal Processing for Distributed, High-Capacity Wireless Communications

Shot-Noise-Limited Digital Receiver Design for Quantum Encryption

BiFAST (duoBinary enabling FAst data rates over Serial Transmission links)

BOF-ZAP professorship in high frequency systems

Chip integration of radio-over-fiber frontends for 5G-networks

Co-design of electronic and photonic chips for optical transceivers

Co-packaged multi-channel burst-mode optical transceiver for inter-GPU connections.

Design of an integrated balanced receiver for continuous variable quantum key distribution systems

DestIO - Duobinary enabled serial transceivers for future IOs

Digital PLL techniques for multi-gigabit clock and data recovery with low power consumption in fiber networks

DSP-Lite 100 Gbaud Analog Optical Coherent Receivers for Datacenter Short-Reach Links

Fundamental research on the electrical analog front-end of a synchronous heterodyne coherent receiver.

High baud rate optical signal generation through electro-optic co-design of integrated driver circuits and segmented modulators    

High-speed transmitter circuits for lossy and dispersive interconnections

Methodology and design of a low-power 100G througput multi-channel opto-electronic modulator driver array

ORINoCO: Optical Receivers IN standard CmOs

Photonic and electronic integrated circuits for next-generation LiDAR technologies

Photonic Network-on-Wafer for Multi-Tile GPUs: From Architecture to Hardware Implementation

Radiation-hardened design of an electro-optical transceiver for intra-satellite links

Real-time oscilloscope

Reconfigurable CMOS-compatible digital-to-optical signal generation for advanced modulation formats

Research into a new generation of coherent passive optical networks and design of a multi-gigabit coherent receiver

ROAMI: 110 GHz Real-time Oscilloscope for Advancing Flemish Measurement Infrastructures

Study and design of multi-gigabit backplane transceivers with low power consumption

Advanced Packaging Pilot Line for Semiconductor System Scaling

Flexible electro-photonic integration platform

High baudrate optical transmitters based on micro-assembled traveling wave equalizers

High baudrate optical transmitters based on micro-assembled traveling wave equalizers

Multi-Loop and Subsampling Phase Detector Architectures for 128 GBd PAM4 Clock and Data Recovery

TOPTRANS: a sub-micron alignment accuracy large-area micro-transfer printing tool for the electronic-photonic micro-systems of the future

BOF-ZAP professorship in high frequency systems