Autonomous driving in our daily lives

Autonomous driving technology brings a host of advantages, such as enhanced traffic safety, decreased congestion, improved driving convenience, increased transportation efficiency, and greater accessibility for the disabled and elderly.

Nevertheless, before Level 5 full autonomous vehicles can hit the market, there are still crucial technical, legal, and ethical challenges to solve. Research and development are actively underway to solve these obstacles.

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Semiconductors for autonomous driving systems are used in various fields :

On the Road

Seoul's autonomous driving platform already in operation

Since 2022, Seoul city has been operating a pilot autonomous driving platform service starting in Sangam. The pilot districts are being expanded to include Magok, Gangnam, Yeouido, and others, with plans to enhance various mobility services tailored to the characteristics of each area.

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In Restaurants

Smart Restaurant System Utilizing Serving Robots

A system that allows customers to order using a smartphone app or QR code, and serving robots recognize the order number and location to deliver directly to the table has been commercialized.

At Airports

Fast and Accurate Smart Transportation Mobility

Airport luggage can be transported automatically and accurately, reducing the risk of accidents and the rate of misdelivery. Inside the airport, this can be expanded to various types of platforms including autonomous electric vehicles and cart robots.

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On Farms

Increasing Productivity and Reducing Costs in Agricultural Fields

Autonomous driving tractors can automatically perform tasks such as planting, managing, and harvesting crops. This helps to reduce labor costs and improve the productivity of crops.

Autonomous driving system semiconductors that incorporate the latest technologies and trends

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Experience the technology of Supergate’s autonomous driving system semiconductor, which achieves high performance even with low power and can process more sensor data.

We will support you with a comprehensive design solution that covers the performance, functional safety, and security technology required for autonomous driving.

Towards advanced autonomy

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High Performance NPU

An architecture capable of processing parallel sensor data simultaneously. *NPU : Neural Processing Unit

Compliance with Automotive Functional Safety

Conforming to the international standard ISO26262 ASIL-B for Functional Safety

Multi Sensor Processing

Designed with data interfaces that support multiple sensors (Camera, LiDAR, etc.).

All that computing,with supergate

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Creating a Convenient and Secure Daily Life with New Computing Technology.

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