Data Service Platform

Essential Technology for Vehicle Electrification

Electronic ControlTechnology Determines Vehicle Performance and Efficiency.

As the automotive industry rapidly shifts toward electrification, mechanical components are being replaced by electronic systems.
Key parts like gear shifters, oil pumps, and water pumps are now electronically controlled—delivering greater precision and improved efficiency.

Mobility Electronic Control Technology Enables more Precise Control of Core Vehicle Components.

Traditional mechanical systems have limitations in dynamic environments.
GINT's electronic power control technology ensures rapid and accurate response through smart electronic systems, offering enhanced performance and energy efficiency.

Core Components are Transitioning to Electronic Systems in Response to the Electrification Era.

  • SBW: Shift By Wire

    Provides intuitive operation and optimized interior space

  • EOP: Electric Oil Pump

    Activates only when needed, maximizing energy efficiency

  • EWP: Electric Water Pump

    Actively manages engine temperature, improving cooling and reducing fuel consumption

Advanced Control systems Maintain Core Vehicle Components in Optimal Condition.

GINT's mobility control system includes motors, inverters, sensors, and controllers—working together to keep each component running at peak condition.

  • Motors & Inverters

    Compatible with both low-voltage (12V~48V) and high-voltage (300V~800V) systems

  • Sensor-Based Control

    Uses Hall sensors, encoders, and resolvers for highly accurate management

  • Sensorless ControlSensorless

    Achieves precision control without relying on physical sensors

Real-time Control Algorithms adjust Components for Optimal Performance.

  • Data Collection

    Vehicle status is continuously monitored and transmitted to controllers

  • Computation & Optimization

    Sensor data is analyzed to determine the ideal operating mode for motors, inverters, and transmission systems

  • Signal Output

    Electronic signals adjust the shift mechanism, oil pump, water pump, and other key components in real time

We Validate the Reliability of Our Technology through partnerships with global automakers.

  • DIC & HYUNDAI TRANSYS

    Development of control units for SBW, EOP, and EWP

  • HYUNDAI KEFICO

    Development of Dog Clutch Driving Unit (DDU) and 120kW inverter

  • HYUNDAI WIA

    Ongoing development of inverters for chassis control systems

We Offer Differentiated Electronic Control Technologies Tailored for the Era of Vehicle electrification.

  • Wide Motor & Voltage Support

    Compatible with DC, BLDC, PMSM motors; supports voltage ranges from 12V to 800V

  • Sensor-Based & Sensorless Control

    Customizable control methods tailored to client needs

  • In Close Partnership with Global Automakers

    Collaborations with global OEMs ensure scalable, reliable manufacturing

We Continue to Evolve with Technologies Optimized for the Future of Mobility.

Our electronic control technology is a core component of next-generation EVs and autonomous vehicles.
By integrating battery and energy management systems, we enable greater efficiency and intelligent performance—advancing mobility into a smarter, more sustainable future.

Partnership Inquiries

We are looking for partners who will open up new possibilities for the next generation.

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