We focus on optimizing integrated circuits and systems for high-performance computing.
Please see the attached research statement for more information.
We focus on optimizing integrated circuits and systems for high-performance computing.
Please see the attached research statement for more information.
- 2T eDRAM PIM
- May (65-nm T)'24
- ILO-based PUF
- May (65-nm T)'24
- PI-based CDR
- June (28-nm T)'24
- TI SAR ADC
- June (28-nm T)'24
- Supply Noise Insensitive ADPLL
- Dec (65-nm T)'23
- ADPLL ILO Calibration
- Dec (65-nm T)'23
- SRAM PIM Accelerator
- Dec (65-nm T)'23
- Adaptive Gain Controlled DPLL
- Dec (65-nm T)'23
- TX-PAM4-DRV
- July (28-nm S)'23
- High-Speed Equalizer
- July (28-nm S)'23
- ADPLL
- Apr (28-nm S)'23
- ADPLL
- Jan (28-nm S)'23
- Injection Lock Oscillator (ILO)
- Jan (28-nm S)'23
- Flash ADC
- Jan (28-nm S)'23
- Clock Generator
- ISSCC'17, JSSC'21
- Clock and Data Recovery (CDR)
- VLSI'19, JSSC'21
- Clock Generator
- TCAS-II'19
- Power Regulator
- ISSCC'19, SSC-L'19
- CDR
- ASSCC'18, JSSC'19
- Clock Generator
- TCAS-II'18
- Video Interface Receiver
- TCAS-II'17
- Clock Generator
- JSTS'16
- Clock Generator
- ESSCIRC'15, TCAS-I'18
- Clock Gen. & CDR
- Failed'17
- CDR
- Failed'16
- CDR
- Failed'15
[1] "Development of High-Speed, Low-Power, and Low-Noise Clocking Network Systems for Optical Communication Chiplets", Apr. 2024 ~ Mar. 2027
National Research Fund (NRF) of Korea; 우수신진연구
[2] "Development of low-power/high-performance 2T DRAM PIM cell, integrated circuits, and architecture", Apr. 2022 ~ Dec. 2024
National Research Fund (NRF) of Korea
[3] "Design Methodology of High-Performance Integrated Circuits based on Reinforcement Learning", Sep. 2022 ~ Sep. 2023
Quallitas Semiconductor, completed
[4] "Development of High PSRR Low Phase Noise Voltage-Controlled Oscillator (VCO)", Sep. 2022 ~ Sep. 2023
ACONIC Inc., completed
[5] "반도체전공트랙사업", Jul. 2022 ~ Feb. 2025
KIAT
[6] "BK21 (고신뢰성 에너지용 지능형 시스템반도체 교육연구단)", Mar. 2022 ~ Aug. 2027
Ministry of Education
[7] "AI Hardware Center (인공지능 반도체 융합연구센터)", Mar. 2022 ~ Dec. 2025
National Research Fund (NRF) of Korea
[8] "강화학습 기반 고성능 아날로그 집적회로 설계 및 측정 플랫폼 개발", Sep. 2022 ~ Feb. 2024
National Research Fund (NRF) of Korea, completed
[9] 신임교원 정착연구지원사업, Mar. 2022 ~ Feb. 2023
HYU, completed
[10] 전력반도체 인력 양성센터