Automotive AVN (Audio, Video, Navigation) systems provide intuitive and convenient interfaces for drivers and passengers through audio and video playback, navigation, and vehicle information display.

Our capacitive touchscreen and touch button control technology ensures precise, fast response and stable operation even in the challenging electromagnetic environments unique to vehicles. By supporting multi-touch functionality and diverse UI designs, we enhance convenience and deliver an elevated user experience.

Automotive HVAC (Heating, Ventilating, and Air Conditioning) systems integrate heating, cooling, and ventilation to create comfortable cabin environments, offering intuitive control of temperature, airflow direction, and climate functions.

Our capacitive touchscreen and touch button control technology operates reliably even when users are wearing gloves or in electrically noisy environments, supporting fast and precise input. With refined design and intuitive UI compared to traditional mechanical buttons, it enhances both user convenience and the premium feel of automotive HVAC systems.

Automotive door handles serve as the first point of contact between the driver and the vehicle, requiring intuitive operation and a refined, modern design.

Our capacitive button control technology provides stable touch recognition even on smooth surfaces and ensures high reliability despite glove use or changing environmental conditions.

Compared to mechanical switches, it offers superior resistance to wear and damage, enabling robust designs that operate reliably even in wet or humid conditions. This enhances design flexibility for door handles while delivering both user convenience and a premium image.

Automotive HoD (Hands On/Off Detection) technology is a core safety feature that detects whether a driver’s hands are on the steering wheel, supporting the safe operation of autonomous driving and Advanced Driver Assistance Systems (ADAS).

Our capacitive touch sensor control technology overcomes the limitations of traditional torque-based methods, which can suffer from reduced detection accuracy due to subtle hand movements or variations in grip strength. By directly detecting hand contact, it enables faster and more accurate communication of driver engagement to the system.

When combined with steering wheel heating control technology, it integrates seamlessly with heater functions, delivering next-generation smart steering wheel solutions that enhance both safety and convenience.

For small appliances and display-based consumer products, an intuitive and convenient control experience is a key competitive advantage.

Our capacitive touchscreen and touch button control technology supports refined industrial design and stable input recognition simultaneously, delivering high usability and premium user experiences across household appliances such as water purifiers, air purifiers, healthcare devices, and kitchen appliances.
It also extends to display-based products including digital signage, interactive whiteboards, smart mirrors, and appliance control panels.

Industrial equipment markets—including ATMs, kiosks, building wall pads, and POS terminals—require highly reliable operation and intuitive user interfaces.

Our capacitive touchscreen and touch button control technology ensures stable input performance even during extended use and delivers precise touch sensitivity in noise-intensive industrial environments.

With superior durability compared to mechanical switches, it reduces maintenance costs and enables diverse design implementations, providing next-generation interface solutions that meet both convenience and reliability requirements.

Navigation systems must meet stringent automotive-grade requirements to ensure resilience against external electromagnetic interference and reliable operation under high-temperature conditions, enabling accurate driver assistance and information delivery.
We ensure stable navigation system performance by offering a broad portfolio of power management solutions, including DC/DC converters, LDO regulators, power modules and PMICs, load switches, and analog switches.

Automotive camera modules serve as the “eyes” of vehicles, enabling accurate recognition and assessment of surrounding environments. Various safety and driver convenience functions—including parking assistance, collision avoidance, and lane keeping—rely on camera module performance.
By delivering power management solutions that meet the automotive industry’s stringent temperature and electromagnetic interference requirements—including DC/DC converters, LDO regulators, and PMICs—we help customers simplify designs and achieve system miniaturization for camera module applications.

Effective power management requires reliable operation under harsh electrical conditions such as load dump and cold crank across a wide range of power-driven environments.
Beyond the automotive sector, we support diverse downstream markets—including artificial intelligence and data centers—by supplying comprehensive power management semiconductor solutions. Through precision design and rigorous validation, our products deliver consistent and robust performance even in the most demanding operating conditions.

Automotive HMI (Human–Machine Interface) is the core interface connecting drivers and vehicles through switch controls and display operation, requiring intuitive usability and refined design.
Our capacitive touch sensor solutions based on PEDOT and ITO materials deliver stable and precise input recognition with high optical transparency. The inherent flexibility of PEDOT material enables free-form curved and irregular designs, significantly improving durability and reliability compared to traditional mechanical switches while maximizing design freedom for premium-grade HMI implementation.

ADAS (Advanced Driver Assistance System) cameras are foundational technologies for autonomous driving systems, enabling advanced functions such as lane departure warning, automatic emergency braking, and parking assistance by recognizing front, rear, and side environments.
Meeting automotive-grade reliability standards, our camera module solutions deliver clear and stable images even in low-light conditions through high-resolution image sensors and optimized optical design, enhancing the safety, accuracy, and reliability of ADAS systems.

Driver Monitoring Systems (DMS) are advanced safety features that detect a driver’s gaze direction, facial orientation, eye blinking, and drowsiness in real time using in-cabin cameras to reduce accident risks and enhance driving safety.
Our camera modules reliably deliver high-resolution images optimized for automotive environments and enable fast, accurate facial recognition and driver state assessment using YOLO-based AI algorithms. This allows DMS to evolve into a critical solution for autonomous driving, providing more precise monitoring of driver attention while simultaneously enhancing safety and convenience.

Surround View Monitoring (SVM) systems are core components of autonomous driving and ADAS, significantly enhancing driving safety by providing real-time 360° views of vehicle surroundings to improve visibility during parking and low-speed driving.
Our camera modules enable seamless and high-quality SVM image processing by leveraging Ethernet- and SerDes-based interface solutions, ensuring stable, low-latency transmission of large-volume, high-resolution image data.

Rear parking assist systems are essential features that help drivers detect obstacles behind vehicles during parking, reducing collision risks and improving safety.
Operating reliably across diverse parking environments, our ultrasonic-based parking sensor solutions accurately detect nearby objects, delivering safer and more convenient parking experiences for drivers while providing manufacturers with cost-effective and highly reliable rear parking assistance functionality.

Child Presence Detection (CPD) systems are critical safety technologies that accurately detect occupant presence inside vehicles to prevent serious incidents such as heatstroke or suffocation, while complying with international safety regulations and assessment programs including Euro NCAP.
By combining camera modules that precisely recognize occupant location and movement with mmWave radar technology capable of detecting breathing and subtle motion with high confidence, we deliver premium occupant protection solutions. These systems operate reliably regardless of environmental conditions such as darkness, visual obstruction, or foreign objects, meeting next-generation automotive safety standards.

Healthcare smart beds enable real-time monitoring of user conditions for health management not only in hospitals and care facilities but also in home environments, emerging as innovative solutions that improve patient safety and quality of life.
Non-contact mmWave sensors accurately measure vital signs such as heart rate, respiration, and sleep patterns, making them well suited for patient monitoring and elderly care. These systems support advanced functions including fall detection, posture change tracking, and sleep apnea analysis, enabling medical staff and caregivers to monitor patient conditions in real time.

As automotive electronic systems continue to grow in complexity, demand for memory to store and process data is steadily increasing.
We provide automotive-grade memory solutions engineered to deliver stable performance under harsh conditions such as high temperature, high humidity, and vibration. Backed by AEC-Q100–based quality standards and long-term supply programs, our solutions have earned the trust of global automotive customers.

Increasing sophistication across industrial sectors has driven demand for high-specification memory solutions capable of executing complex processes and control commands without error in factory controllers, PLCs, robots, and related equipment.
Our memory solutions ensure long-term stability and operational efficiency in production environments that require continuous operation over extended periods. By leveraging technical expertise and reliability proven in the automotive sector, we further strengthen competitiveness in the industrial equipment market.

Avionics and defense systems must operate flawlessly in harsh external environments, including extreme temperatures and severe vibration, where failure is not an option.
Our memory solutions meet the stringent requirements of aerospace and defense applications by delivering high reliability, extended product lifecycles, and compliance with demanding customer and industry quality standards.

In medical devices, data integrity and operational stability are critical to ensuring patient safety and diagnostic accuracy.
Our memory solutions, deployed in patient monitoring systems and diagnostic imaging equipment, maintain consistent performance during long-term, continuous, and repetitive operation. This reliability helps enhance system safety and overall trust in medical environments.

As convergence between information and communications technology and automotive systems accelerates—driven by autonomous driving and Software-Defined Vehicles (SDV)—the demand for high-speed, high-performance memory capable of ensuring stable operation continues to grow.
We supply memory solutions that support reliable convergence environments and sustained operation in next-generation communications infrastructure and networking equipment.

The accelerating pace of digital transformation (DX) across industries continues to elevate the importance of storage and memory performance in servers and data centers for processing and managing large volumes of high-specification data.
Through close collaboration with globally recognized memory vendors, we provide highly competitive, high-quality, and high-performance memory products with long-term availability, tailored to meet evolving customer requirements.

Image-based systems such as security cameras, vehicle dash cams, and video surveillance platforms require memory solutions capable of storing and processing large volumes of data quickly and reliably.
Our memory solutions are widely recognized in these markets for enabling high-resolution capture and fast video and image transmission through stable buffering and real-time data processing.

Zonal controllers are core control units for next-generation vehicles, addressing the increasing computing and communication requirements of autonomous driving and advanced vehicle functions. By integrating and managing vehicle functions on a zonal basis, they reduce wiring complexity while improving communication efficiency and system scalability.

Our 10BASE-T1S Ethernet solutions enable stable data transmission over single twisted-pair (UTP) wiring and provide a low-speed, multi-node communication architecture optimized for wiring simplification and cost reduction compared to conventional CAN and LIN networks.
With these solutions, zonal controller–based vehicle networks achieve enhanced scalability, efficiency, and the flexibility required to support next-generation automotive electrical/electronic (E/E) architectures.

Automotive smart key systems are essential convenience and security technologies that allow drivers to control vehicle access, locking, and ignition functions safely and intuitively through short-range wireless communication.
Our LF drivers, RF transceivers, and one-chip key fob IC solutions ensure stable and secure wireless communication between vehicles and smart keys. Through ultra-low-power design and advanced security features, they enable vehicle manufacturers to implement highly reliable smart key systems with enhanced security differentiation and user convenience.

In smart home–based environments, the core competitiveness of small appliances lies in seamless network connectivity and intuitive user convenience.

Leveraging LTE modules, Wi-Fi combo modules, and low-power Bluetooth solutions, we provide stable wireless connectivity that enables smart control and remote monitoring of home appliances across diverse environments. This delivers enhanced convenience and intuitive user experiences for consumers while adding premium value and differentiation for manufacturers through advanced IoT functionality.

Reliable network connectivity combined with customized computing performance is a key requirement for industrial equipment such as smart meters, kiosks, and POS terminals.

We support seamless wireless communication across diverse industrial environments using LTE modules, Wi-Fi combo modules, and low-power Bluetooth solutions. In addition, by leveraging the flexible architecture and high-performance signal processing capabilities of FPGA solutions, we enable implementation of functions optimized to specific customer requirements.

Through this integrated approach, we deliver next-generation connectivity and computing solutions for smart industries, supporting real-time data transmission, remote management, and high system reliability.