Please read before joining HPIC Design Lab.

• Recommend working at the office with colleagues (No regulations on working hours).
• In the first year, don’t worry too much about the chores you may have in the funded project. Rather than being in an active project, make your own chip (any tiny building blocks are fine) work and submit your manuscript to wherever it takes; you must understand the entire process (or goal) in the first year.
• Bonus credit will be given if your manuscripts are accepted in the following: IEEE ISSCC/VLSI and IEEE JSSC.(another proceedings or journals could be added afterward.)
• Tutorials on necessary skills in HPIC will be given as lectures or recorded videos. (how to model PLL, CDR, and Transceivers in Verilog language, write script code for efficient simulations, etc.)

"전자공학부 추민성 교수 연구팀, 반도체 설계대전 수상"

"추민성 교수, '반도체의 날' 기념식서 반도체협회장상 수상"

"IDEC 고속 칩렛향 디지털 인터페이스 회로 설계 강좌"

"이재건 학생, 국제 메이저 학술대회 IEEE ASSCC'24에 논문 게재"

"학부생 논문이 국제 학술대회에 등재... 전자공학부 학생들의 이례적인 성과"

"대한전자공학회 ICT 백과사전 - 통신용 회로 및 시스템 (한양대학교 추민성 교수)"

High-Performance Integrated Circuits(HPIC)

We focus on optimizing integrated circuits and systems for high-performance computing.

High-Speed PAM-4 Receiver

Sep. (28-nm T)'25

High-Speed Transmitter

Sep. (28-nm T)'25

DSP-based High-Speed Receiver

Jul. (28-nm T)'25

2GS/s SAR ADC for Cryogenic

Jul. (28-nm SS)'25

PI-based CDR

Feb. (28-nm T)'25

2T eDRAM PIM

Nov. (65-nm T)'24

3T eDRAM PIM

Nov. (65-nm T)'24

PI ADPLL

Oct. (65-nm T)'24

ILO-based PUF

Oct. (65-nm T)'24

ADC DSP RX

Oct. (40-nm T)'24

Oversampling PLL

Oct. (40-nm T)'24

3T eDRAM PIM

Jul (28-nm S)'24

2T eDRAM PIM

May (65-nm T)'24

ILO-based PUF

May (65-nm T)'24

PI-based CDR

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

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

Research Projects & Sponsors

Principal Investigator

M.S. Candidates

Researchers

Courses

• Microelectronic Circuits (Undergraduate, Winter 2025)
• Data Transmission Circuit Design for AI Display Application (Graduate, Fall 2025)
• SOC Design (Undergraduate, Fall 2025)
• Electronic Circuits and IOT Lab (Undergraduate, Fall 2025)
• Microelectronic Circuits (Undergraduate, Summer 2025)
• Logic Design and Lab (Undergraduate, Spring 2025)
• Circuit Theory (Undergraduate, Spring 2025)
• Microelectronic Circuits (Undergraduate, Winter 2024)
• SOC Design (Undergraduate, Fall 2024)
• Electronic Circuits and IOT Lab (Undergraduate, Fall 2024)
• Advanced Electronic Circuit and Laboratory (Undergraduate, Fall 2024)
• AI and System Semiconductors (Graduate, Fall 2024)
• Logic Design and Lab (Undergraduate, Spring 2024)
• Circuit Theory (Undergraduate, Spring 2024)
• SOC Design (Undergraduate, Fall 2023)
• Advanced Electronic Circuit and Laboratory (Undergraduate, Fall 2023)
• Design of AI Integrated Circuit (Graduate, Spring 2023)
• Circuit Theory (Undergraduate, Spring 2023)
• SOC Design (Undergraduate, Fall 2022)
• Advanced Electronic Circuit and Laboratory (Undergraduate, Fall 2022)
• Circuit Theory (Undergraduate, Spring 2022)
• Engineering Mathematics 1 (Undergraduate, Spring 2022)