Our research focuses on the development of CMOS mixed-signal (analog and digital) ICs and power management integrated circuits (PMIC) for communication-aware and power-efficient SoCs and VLSI systems, with the goal of achieving high performance and low power consumption.

Key research areas include:

• CMOS Mixed-Signal Integrated Circuits for System-on-Chip (SoC) and System LSI Applications
• High-Speed and High-Performance CMOS I/O Transceiver Interface Circuits and Systems
• Tera-bps Silicon Photonics Link PHY (SerDes, Frequency Synthesizers, and Equalizers)
• High-Performance and Low-Power Analog Circuits for Memory Systems
• Signaling and Clocking Circuits (DLLs, PLLs, MDLLs, CDRs, and Frequency Synthesizers)
• Power Management Integrated Circuits (PMICs: LDOs, DC-DC Converters, GaN-based Power Converters)
• Low-Voltage and Low-Power ADCs and DACs
• Signal Integrity and Power Integrity for High-Speed Digital Designs
• Low-Voltage and Low-Power DRAM and Flash Circuits