Research on optical compensation system for rollable display
(롤러블 디스플레이용 광학 보상 시스템 연구)
| Jan. 2022~Mar. 2024 | Industry |
Root-of-Trust 용 Ultra-Fine PUF IP 연구 개발
| Mar. 2023~Feb. 2024 | Industry |
저탄소 고품질 신공정 적용을 위한 능동 기판 설계
| Mar. 2023~Nov. 2023 | Electronics and Telecommunications Research Institute
(한국전자통신연구원) |
Development of low current sensing circuit for external compensation of OLED display
(OLED 디스플레이 외부보상을 위한 저전류 센싱 회로 개발)
| Jan. 2021~Nov. 2023 | Industry |
화소 불균일 보상 및 DFT를 고려한 차세대 OLEDoS B/P 기술 확보
| Nov. 2022~Nov. 2023 | Industry |
Transparent LED display 구동회로 개발
| Jun. 2022~Nov. 2022 | Industry |
Deformable and Immersive Volumetric AR Glass
(안경 클립형 DIVA 글래스)
| Apr. 2022~Dec. 2022 | Ministry of Trade, Industry and Energy
(산업통상자원부) |
Research and development of PUF IP for Root-of-Trust and security vulnerability of Error Correction Code
(Root-of-Trust 용 PUF IP 연구 개발 및 Error Correction Code의 보안 취약성 연구)
| Jan. 2021~Dec. 2022 | Industry |
Development of driving IC for transparent LED display
(Transparent LED display 구동회로 개발)
| June. 2022~Nov. 2022 | Industry |
Development of pixel structure and driving technology for ultra-high resolution OLED display
(초고해상도 OLED 디스플레이용 화소 구조 및 구동 기술 개발)
| Jan. 2021~Nov. 2022 | Ministry of Science and ICT
(과학기술정보통신부) |
Design of peripheral circuit for built-in semiconductor memory
(산화물 반도체 메모리의 주변 회로 설계)
| Aug. 2021~Jul. 2022 | Industry |
Research on OLED pixel design using N-type TFT
(N-type TFT를 이용한 OLED용 화소 설계에 대한 연구)
| Apr. 2021~Mar. 2022 | Industry |
Design of DC-DC converter based on BCD process with high voltage conversion rate
(높은 전압변환율을 가지는 BCD 공정 기반 DC-DC converter 설계)
| Dec. 2020~Dec. 2021 | Industry |
Design of peripheral circuit for built-in semiconductor memory
(산화물 반도체 메모리의 주변 회로 설계)
| Jul. 2020~Jul. 2021 | Industry |
Research of noise reduction for improving the quality of OLED panels
(OLED 패널 화질 향상을 위한 Noise Reduction에 대한 연구)
| Apr. 2020~Mar. 2021 | Industry |
Development of high-efficiency PMIC for high-speed driving to reduce AMOLED power consumption
(AMOLED 소비전력 절감을 위한 고속 구동 대응 고효율 PMIC)
| Mar. 2020~Feb. 2021 | Industry |
Development of OLED micro-display CMOS wafer substrate design and structure technology
(OLED 마이크로 디스플레이 CMOS 웨이퍼 기판 설계 및 구조기술 개발)
| Mar. 2020~Nov. 2020 | Ministry of Science and ICT
(과학기술정보통신부) |
Developed PUF IP for Secure SOC
(Secure SOC향 PUF IP 개발)
| Dec. 2019~Nov. 2020 | Industry |
Development of capless LDO with reduced voltage spike using dynamic current source with BIST
(BIST를 적용한 dynamic current source를 사용하여 voltage spike를 줄인 capless LDO)
| Jul. 2019~Jun. 2020 | Industry |
Development of oxide semiconductor reliability process technology and peripheral circuit design
(산화물 반도체 신뢰성향상 공정기술 개발 및 주변 회로 설계)
| Jun. 2019~May. 2020 | Industry |
Development of high-efficiency PMIC for high-speed driving to reduce power consumption of AMOLED
(AMOLED 소비전력 절감을 위한 고속구동 대응 고효율 PMIC)
| Mar. 2019~Feb. 2021 | Industry |
ROIC IP design for MEMS microphone
(MEMS microphone용 ROIC 설계)
| May. 2019~Apr. 2020 | Industry |
Development of original technology of TFT material, device and circuits capable of being folded with the radius of less than 0.5mm, repetition of more than 200,000 times and strain of more than 10% for flexible and stretchable AMOLEDs
(유연/스트레쳐블 디스플레이를 위한 AMOLED용 곡률반경 0.5mm 이하, 반복 횟수 200,000회 이상, strain 10% 이상의 변형에 대응할 수 있는 TFT 소재, 소자 및 회로설계 원천 기술 개발)
| Jun. 2015~May. 2020 | Ministry of Trade, Industry and Energy
(산업통상자원부) |
Development of PUF IP for 28nm/55nm advanced process
(28nm/55nm 선행 공정용 PUF IP 개발)
| Dec. 2018~Nov. 2019 | Industry |
Development of capless LDO with reduced voltage spike using dynamic current source with BIST
(BIST를 적용한 dynamic current source를 사용하여 voltage spike를 줄인 capless LDO)
| Jul. 2018~Jun. 2019 | Industry |
IP design for 100V BCD process verification
(100V BCD Process 검증을 위한 IP 설계)
| Mar. 2018~Feb. 2019 | Industry |
Development of Unbreakable Security SoC (System on Chip)
(해킹 불가능한 보안 SoC (System on Chip) 개발)
| Jun. 2016~May. 2019 | Samsung Research Funding Center of Samsung Electronics
(삼성전자 미래기술육성센터) |
Development of panel structure and driving method for the optical fingerprint recognition OLED panel
(Optical 지문인식이 가능한 OLED 패널 구조 및 구동 방법)
| Sep. 2017~Aug. 2018 | Industry |
Development of the touch readout method for a high-resolution in-cell type touch panel based on IPS LCD
(초고해상도 IPS-LCD기반 in-cell 터치 검출 방법 개발)
| Jan. 2017~Aug. 2018 | Industry |
Test circuit design for the verifying the device characteristics for high-voltage BCD process
(고전압 BCD 공정의 소자 특성 검증을 위한 Test 회로 설계)
| Feb. 2017~Dec. 2017 | Industry |
Devolopment of high-resolution LED Driver for Adaptive Driving Beam
(고분해능 헤드램프용 LED Driver & TFT IC 요소기술 확보)
| Apr. 2017~Nov. 2017 | Industry |
Development of control system for nanotechnology-based tactile sensor
(나노 기반 촉각센서용 컨트롤 시스템 개발)
| Jun. 2012~Jun. 2017 | Ministry of Science, ICT and Future Planning
(미래창조과학부) |
Realization of semiconductor PUF, and design of IPs for security systems
(반도체 PUF구현 및 보안 시스템용 IP 설계 연구)
| Apr. 2016~Mar. 2017 | Industry |
Development of Area-efficient true 10-bit data driver IC
(Area-efficient true 10-bit data driver IC 개발)
| Dec. 2015~Nov. 2016 | Industry |
Development of the high-speed readout IP for an in-cell type touch panel based on IPS LCD
(IPS LCD기반 In-Cell 터치 패널용 고속 readout IP 개발)
| Jul. 2015~Jun. 2016 | Industry |
Research of driving method for Micro-LED based TV application
(Micro-LED기반 TV용 구동기술 개발 탐색)
| Oct. 2016~Jan. 2017 | Industry |
OLED device production of WPM SFD Division
(WPM SFD 사업단 OLED Device 제작)
| Jan. 2016~Jun. 2016 | Industry |
Development of building blocks of a data driver for system-on-panel (SoP) using future TFTs
(Future TFT를 이용한 System-on-Panel (SoP)용 Data Driver 구성회로 설계 기술)
| Jun. 2015~May. 2016 | Industry |
Realization of semiconductor PUF, and design of IPs for security systems
(반도체 PUF구현 및 보안 시스템용 IP 설계 연구)
| Apr. 2015~Mar. 2016 | Industry |
Development of BCDMOS technology process & IPs based on AEC-Q100 for automotive applications
(AEC-Q100을 만족하는 BCDMOS 기반 자동차용 반도체공정 및 관련 핵심 IP 개발)
| May 2013~Apr. 2017 | Ministry of Trade, Industry and Energy
(산업통상자원부) |
Research on realization of the electronic touch injection stamp for touch panel
(터치 패널에 적용 가능한 전자스탬프 구현 기술 연구)
| May. 2015~Oct. 2015 | Industry |
Development of physical unclonable security chip for enhanced security
(보안강화를 위한 물리적 복제불가능 보안칩 개발)
| May 2014~Apr. 2015 | Ministry of Trade, Industry & Energy
(산업통상자원부) |
Realization of semiconductor PUF, and design of IPs for security systems
(반도체 PUF구현 및 보안 시스템용 IP 설계 연구)
| Apr. 2014~Mar. 2015 | Industry |
Development of offset cancellation method for AMOLED data driver
(AMOLED data driver의 offset cancellation 방법 연구)
| Apr. 2012~Mar. 2014 | Industry |
Readout circuit for on-cell touch-screen AMLCD
(On-cell touch-screen AMLCD용 readout circuit)
| Oct. 2012~Sep. 2013 | Industry |
Physical Unclonable Function (PUF) Realization Method Based On Semiconductor Process
| Oct. 2012~Mar. 2013 | Industry |
Pixel circuit and readout circuit for In-cell Touch Screen AMLCD
| Mar. 2011~Feb. 2012 | Industry |
High-Gray Scale, High-Uniformity and High-Speed Driving Methods and Circuits of TFT-LCDs for Realistic Video Expression
| Jan. 2011~Jan. 2012 | Ministry of Education, Science and Technology |
Driving Circuit Design for Flexible Displays
| Mar. 2009~Feb. 2013 | Ministry of Knowledge Economy
(Industry Original Technology Project) |
Data Driver and Controller with Power Management Circuit for AMOLED on Silicon Substrates
| Jun. 2008~May 2012 | Ministry of Knowledge Economy
(Frontier Project) |
Driving Platform Development for Dual-Mode Active Matrix BCSN LCDs
| Jun. 2008~May 2012 | Ministry of Knowledge Economy
(Frontier Project) |
Low-Power and Compact Programmable Gain Amplifier for HD CMOS Imager
| Apr. 2010~Mar. 2012 | Industry |
Design of TEG for Large TFT-LCD Driver IC
| Jan. 2011~Dec. 2011 | Industry |
Driving Platform Development of BCSN LCDs for E-paper Applications
| Jun. 2008~May 2010 | Ministry of Knowledge Economy
(Frontier Project) |
High-Efficiency Buck-Boost DC-DC Converter and PMIC Design
| Mar. 2008~Nov. 2009 | Ministry of Information and Communication
(IT-SoC Project) |
Low-Power and Low-EMI Interface Circuit for HD CMOS Imager
| Feb. 2008~Jan. 2010 | Industry |
Hardware Implementation of Cryptographic System Based on Public Key
| Jun. 2007~Jan. 2008 | Ministry of Information and Communication |
DC-DC Converter Design Using P-type TFTs for Advanced System Display
| Apr. 2007~Mar. 2008 | Ministry of Commerce, Industry and Energy
(Frontier Project) |
TFT Circuit Design Methodology for System on Panel
| Oct. 2006~Sep. 2007 | Hanyang University |
High-efficiency Power Management Design for Mobile System
| Apr. 2006~Nov. 2007 | Ministry of Information and Communication
(IT-SoC Project) |
Low-power and Small-Area DAC and Level Shifter Design for System on Panel
| May 2005~Apr. 2007 | Ministry of Commerce, Industry and Energy
(Frontier Project) |
Driving Technology for High-Resolution TFT-LCDs
| Mar. 2005~Feb. 2006 | Hanyang University |
