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IoT & Graphics Solution BU

IoT & Graphics Solution BU

Achieving a Rich and Novel User Experience
through Smart Networks

With the development of information technology, the linkage between people’s lives and digital devices or cloud services has become more and more important. In these circumstances, the IoT & Graphics Solution BU has combined an integrated human machine interface (HMI) solution for automobiles and graphic solution technology for 360° wrap-around view system and HMI authoring tools with high-performance sensors, ultra-high-speed wireless communication technology, and cloud collaboration technology that the BU has developed through years of experience. Using the world’s first, smallest, and most efficient technology, we will provide solutions that bring safety as well as exciting and thrilling new user experiences.

By Coordinating with Teams at Various Locations
in the World, We Provide a World
that Has Not Yet Been Experienced.

“By Coordinating with Teams at Various Locations in the World, We Provide a World that One Has Yet Experienced.

POINT 01

World's Smallest Class 24 GHz CMOS Electromagnetic Wave Sensor with Excellent Environmental Resistance

World's Smallest Class 24 GHz CMOS Electromagnetic
Wave Sensor with Excellent Environmental Resistance

The world’s smallest class 24 GHz CMOS wave sensor combining a transmitter with a built in frequency modulator and a highly sensitive receiver in one chip can measure not only the speed of movement of an object but also measure the distance to a stationary object in three sensing modes. Also, due to a mounted volume of 84 mm3 it is possible — in addition to detecting a person’s presence — to measure their breathing and heart rates without coming in contact with them; a function that is only possible with a wave sensor.

POINT 02

“Integrated HMI System” Made Sophisticated by 3D and 2D Graphics

“Integrated HMI System” Made Sophisticated
by 3D and 2D Graphics

Video images displayed in an automotive displays are becoming more diversified and steadily increasing. Our “Integrated HMI System” combines a high performance graphics SoC and chipset which makes it possible to integrate multiple displays. Not only are the HMI images that are generated optimized for each display, but also the overall cost can be reduced by dividing the display system into functional units.

POINT 03

360° Wraparound View System Provides a Realistic Overhead Bird's-eye View

360° Wraparound View System Provides
Freely Viewed Synthesized Images

OMNIVIEW is a full–surround stereoscopic monitor system that synthesizes and displays the images from four cameras installed on the vehicle in four directions using a 3D model. It is possible for the view of synthesized images to be freely transformed in real time due to our proprietary SoC and development support software, thus assisting not only car parking, but also perimeter monitoring while driving a vehicle.

POINT 04

Authoring Tool CGI Studio that Enhances the Customer's Development Efficiencyw

Authoring Tool CGI Studio that Enhances
the Customer's Development Efficiency

The authoring tool CGI Studio was developed as a co-design tool for graphic designers and embedded system designers when developing HMI systems. A common interface has been prepared for Windows® and embedded system environments. Since designs created in PCs can be used "as is" in embedded system environments, it is possible to greatly increase development efficiency by minimizing designs iterations between graphic designers and system designers.

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