Stay updated with our latest research publications.
JOURNAL
Discover the state-of-the-art performance for GaN-on-Si devices in high-frequency mobile applications.
MAGAZINE
Insights from Prof Ng Geok Ing on the shifts driving the GaN era and the capabilities needed for the next phase of semiconductor advancement.
CONFERENCE
Advancing GaN-on-Si technology for high-performance mm-wave mobile systems.
Explore how GaN-on-Si innovation is shaping next-generation D-band power amplification.
Advancing GaN-on-Si innovation to power the 5G and 6G era.
Pioneering ultra-low-noise GaN technology for next-generation Ka-band communications.
Scaling GaN-on-Si HEMTs for efficient, high-frequency power performance.
Engineering ultra-thin AlN barriers to unlock GaN-on-Si flexibility.
Bridging GaN-on-Si innovation from research breakthroughs to real-world fabrication.
Uncovering trapping dynamics to improve GaN-on-Si HEMT reliability.
Enhancing GaN MIS-HEMT reliability through advanced thermal passivation design.
Explore how GaN-on-Si advancements are powering the future communication systems
Advancing GaN-on-Si design through back-barrier composition optimisation.
Explore multi-channel AlN/GaN diodes for efficient power and RF.
Pushing GaN-on-Si MISHEMT performance for future 5G power systems.
Exploring multi-channel AlN/GaN diodes for next-generation power electronics.
Advancing GaN-on-Si innovation for next-generation D-band communications.
Enhancing GaN-on-Si device reliability through back-barrier engineering.
Understanding deep trapping to enhance GaN HEMT reliability.
Explore how GaN-on-Si is powering the future of 5G.
Discover how GaN-on-Si innovation enhances device reliability
Driving CMOS-compatible GaN-on-Si innovation for next-generation mm-wave systems.