Purpose

Recent new applications, such as autonomous vehicles, artificial intelligence, and deep learning, require a large amounts of data computation. We aim to develop high speed I/Os design to follow these industrial trends.

Research content

• Development of energy-efficient high-speed transceiver.
• Development of high-speed data transfer method.
• Low-power compact I/Os.
• Channel modeling and characterization.

Purpose

For the better connectivity of various bio-medical and wearable applications, human body communication (HBC) which uses a human body as communication medium is considered as a promising candidate for body area network (BAN) because of its low channel loss. However, high-data rate of HBC is greatly limited by its band-limited and reflective channel characteristics. Our research covers a semiconductor transceiver design which overcomes those problem in an efficient (Power, Area, Speed) way based on LINK circuit technique.

Research content

• Development of energy-efficient high-speed transceiver.
• Development of high-speed data transfer method.
• Low-power compact I/Os.
• Channel modeling and characterization.