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About Liquid Crystal Display
The Liquid Crystal Display division provides LCD panels for 25% of laptop computers in the world. It is ranked first on the entire LCD market as a whole. Due to the 54" TFT-LCD development, the LCD-TV market is growing fast in large size. The LCD division is viewed as the pioneer of the digital era in the flat panel display industry.
- Electronics Engineering
- System-on-Chip Design
- Physics
- Materials Science
- Chemistry
- Computer Science
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| Device Technology Development |
- Note PC, Monitor, LCD-TV, Mobile Display LCD Panel, Transmission-Type / Reflective-Type LCD Panel, High-Transparent Organization, Light Recycling Organization, System Integration Technology, Device Test, Process Architecture
- Design Technology (Color, Driver Circuit, Light Source, CAE): TFT/CF Circuit, Backlight Design, Mechanism Design, SMPS Power LCD Driving Circuit, Low-consumption Low-Electric Power Driving Circuit Design, Timing Controller, Interface Circuit, Backlight, CCFL, EEFL, Fluorescent Lamp, LED, CNT FED B/L, Inverter, Optical Film, Device Simulation, Optical Simulation, Device/Element Analysis, CAD SW
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| Process Development |
- TFT/CF Process, LTPS Process, LC Mode/Process, Material Development: Photo Lithography, CVD, Sputter, Wet/Clean, Dry Etching, Photo Resist, Organic Insulator, Stripper, Etchant, Electronics Materials, Low-Temperature Poly Silicon Crystallization, Eximer Laser Anneal (ELA), Sequential Lateral Solidification (SLS), Metal Induced Lateral Crystallization (MILC), Liquid Crystal, Low-Tension/High-Speed Liquid Crystal Material, Liquid Crystal Mode, Alignment Layer, Rubbing, LC Alignment Adhesives, Anisotropic Conductive Film, OLB, SMT, Printed Circuit, Chip on Glass, Pb-Free Compounds, etc.
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| Display Development |
- Flexible Display Organic EL Technology: Organic TFT, OLED, PLED, New Display Mode, E-Ink, Evaporation, Ink Jet Printing, Roll-to-Roll Process, Low-Temperature High Tension Process Technology, Encapsulation Technology
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| Software |
- System SW, Application SW: Firmware - MCU Control SW, Interface Technology IEEE1394, USB, Device Driver Technology (Languages: C, C++, MFC, VB, Java, Win32, Assembler)
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| System |
- Digital Circuit, Analog Circuit, DSP, ASIC (SOC)
- ASIC Optimization
- PCB Board Design, High-Speed Data Transmission Technology, Feedback Circuit Design, Conductive Splice Technology
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| Machine Design |
- Mechanism Design (3D CAD Utilization Technology for Injection Molding Analysis, Thermal Analysis, Impulse Analysis Reliability Test
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| Optics |
- Geometric Optics, Surge Optics, Thin Film: Optical System Design and Estimation, Light Source Design and Optimization, Optical Instrumentation (Radiometry / Photometry), Estimation of Image Quality and Analysis, Color Engineering, Optical Thin-Film Design and Estimation
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| Material Element |
- Analysis: Surface Analysis, Credibility Analysis, Chemistry Analysis
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| Inverter |
- Electric Power Electronics, ANALOG Circuit Power Design: High-Frequency Power Design (DC/AC Inverter, DC/AC Converter), SMPS Technology, Light Source Drive (CCFL, EEFL, Surface Light Source, LED), Circuit Design, Power Design Technology, Transformer Design Production Technology
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- Project Leader
- Researcher
- Chief Engineer
- Principal Engineer
- Research Engineer
- Development Engineer
- R&D Engineer
- Physicist
- Chip Designer
- System-on-Chip Designer
- Systems Engineer
- Automation Engineer
- Electronics Engineer
- Optics Engineer
- Optics Designer
- MEMS Engineer
- CMOS Engineer
- DSP Engineer
- SW Engineer
- SW Developer
- Production Engineer
- Chemical Engineer
- Chemist
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