Beyond the Limits of Semiconductors | Flexible Hybrid Electronics

An explanation of the basic knowledge and use cases of flexible hybrid electronics (FHE). Introducing technologies that are useful for the development of next-generation electronic devices.

last updated Oct 02, 2026

What is the difference between FHE and printed electronics (PE)?

Explaining the basic knowledge of FHE to address challenges such as the communication limits of printing and the rigidity of ICs for vehicle-mounted and wearable curved surfaces.

last updated Oct 02, 2026

Electronics Design Philosophy "FHE"

We realize electronics with thin, lightweight, and flexible substrates. The design philosophy of flexible hybrid electronics in response to changes in social structure.

last updated Oct 02, 2026

The explosion of sensors and the limitations of silicon semiconductors in Society 5.0.

Solving technical challenges for large-scale deployment of IoT sensors! We propose low-cost dataization for society as a whole.

last updated Oct 02, 2026

Printed electronics

Reduce manufacturing processes by applying functional ink only where necessary! A new manufacturing technology that contributes to energy savings and material waste reduction.

last updated Oct 02, 2026

FHE System Architecture

Wireless communication sends data to smartphones and the cloud! FHE system configuration that allocates roles appropriately.

last updated Oct 02, 2026

Global Trends, Roadmap, and Application of FHE

We expand the possibilities of product design with flexible substrates! FHE enhances design freedom and creates new applications.

last updated Oct 02, 2026