Imager-SOI substrates

Advanced technology enables high-resolution imaging for 3D facial recognition and object detection

soitec imager soi

Let us help make your project a success

Imager-SOI enhances image quality and reduces power consumption

Soitec's Imager-SOI is designed to enhance image sensor performance and integration in cameras and other imaging devices. It provides a compact solution where high resolution 3D images and small form factor are desired.

It is an attractive option for advanced imaging applications across a range of devices, including consumer electronics, automotive cameras, medical imaging and professional photography.

Imager SOI

How Imager-SOI will impact your products

Enhanced Imaging Performance & Sensitivity

Imager-SOI technology provides superior light absorption and image resolution, enabling high-quality imaging even in low-light conditions. These features are desired for multiple applications, including consumer electronics, automotive, and industrial imaging systems.

Higher Integration

The technology allows for the integration of image sensors with advanced silicon electronics on a single substrate, facilitating the development of compact and high-performance imaging solutions.

Reduced power consumption

By leveraging the SOI substrate, Imager-SOI reduces power consumption and heat generation, which is crucial for battery-operated devices and systems requiring efficient operation.

Where Imager-SOI technology is being used

Soitec offers a portfolio of solutions which enhance the performance and efficiency of Edge AI and IoT applications. By providing high-quality, energy-efficient substrates, Soitec helps to optimize IoT devices by enhancing their reliability and extending battery life, making them ideal for real-time data processing and communication in various applications.

Soitec empowers electric and autonomous vehicle innovation. Our industry-leading engineered substrates enable the development of advanced automotive applications, delivering superior energy efficiency, performance, robustness, integration, sustainability, faster time-to-market and intelligence.

Soitec empowers smart industrial applications and enables industry leading industrial automation. Our industry-leading engineered substrates enable the development of advanced industrial applications, delivering superior energy efficiency, performance, robustness, integration, sustainability, faster time-to-market and intelligence.

From some MHz to mmWaves, Soitec's FD-SOI substrates enhance energy efficiency, data processing, security, and broadband connectivity, ensuring a better overall wireless user experience.

Semiconductors on Soitec’s FD-SOI substrates successfully deliver performance and differentiation in wireless applications ranging from IoT to smartphones 5G mmW and high performance terrestrial and satellite wireless networks

Frequently asked questions

In smartphone cameras, Imager-SOI is adopted to handle 3D facial recognition for security access.

In Advanced Driver Assistance Systems (ADAS), Imager-SOI is ideal as an Imaging technology enhancing vehicle safety and driving experience through various features.

In smart home and smart city applications Imager-SOI offers high performance to Imaging sensors to enable object recognition and detection.

Imager-SOI enhances imaging performance and sensitivity, higher Integration, reduced power consumption, and better thermal management in an imaging device.

Related Events

-

CEA-Leti Innovation Days 2025

-

IMS 2025

-

ITF WORLD

Related Content

Smart Cut™

An electronics industry standard for engineered substrates manufacturing

Internet of Things (IoT)

Boosting IoT and Edge Computing through more intelligence and reduced energy consumption

Mobile Communications

Soitec’s semiconductor substrates enable energy-efficient, reliable, and secure data acquisition, processing, and communication for the mobile communications market

 

Let us help you

Make your project a success

Request A Quote Contact Us

Soitec, a world leader in innovative semiconductor materials technologies of tomorrow.