Technology

Core Semiconductor Technologies
Enabling the Future of Digital Connectivity

Display Intellectual Processor

  • Dedicated IP/Processor for video signal processing and optimization in display systems
  • AI-based Upscaler, burn-in compensation, HDR, and Image Enhancement Engine with power-optimized algorithm development
  • Integrated into SoCs for TVs, mobile devices, automotive displays, and monitors

TED

Single-Chip Architecture

  • Mobile (smartphone, tablet) form factor
  • Multi-channel *COG bonding

* COG: Chip on Glass

T-Con + Driver

T-Con + Display Driver
(multi ch)

    • Laptops, monitors, TVs
    • Landscape-oriented display applications
    • Driver with *COF bonding

* COF: Chip on Film

Display Intellectual Processor

AI-Based Display Algorithms

Image Quality Enhancement / OLED Burn-in Compensation

Low-Power IP (Low-Frequency Driving)

High-Efficiency Image Compression

High Speed Connectivity Interface

DisplayPort 1.2

High-speed interface for transmitting video signals over mid-range cables (Monitor ↔ PC)

eDP1.5

Intra-device interface for high-speed video signal transmission between Chip (CPU/GPU) ↔ Chip (T-Con) within laptop systems

High Speed SerDes

Intra-system interface for high-speed serial link between Sensor ↔ Processor ↔ Display
 
Enables ultra-high-speed signal transmission in AI data centers and high-speed networks

High Speed Connectivity Interface

All Digital PLL Technology

Process Portability

Seamless migration to advanced process nodes compared to analog PLL
(reduced from 2 months to under 1 month)

Die Size (Miniaturization)

Reduced die size for cost and form factor advantages
(approximately 10% of conventional PLL area)

Low Power

Significant power savings, ideal for energy-efficient and mobile applications

Vehicle Control Interface

Automotive Interface

A core system that reliably connects data and control signals between in-vehicle ECUs (Electronic Control Units), displays, sensors, and external communication modules.

Key Functions

Provides real-time support for driving information display, infotainment system operation, Advanced Driver Assistance Systems (ADAS), and vehicle control functions.

Technical Requirements

Must withstand extreme temperatures, vibration, and electromagnetic interference (EMI/EMC) inherent in automotive environments.

Supported Communication Standards

Supports CAN, LIN, FlexRay, and Automotive Ethernet, as well as various automotive display interface standards including LVDS and MIPI.