Research and Development

SANEI HYTECHS is committed to exploring new technologies, creating new business ventures, and simultaneously working towards enhancing the efficiency of existing businesses and fostering the development of specialists.

The mission

The mission of the Research and Development (R&D) department includes the creation of new businesses, the exploration of new technologies, and the realization of high efficiency in existing businesses.

The fields of research and development extend to a wide range of areas, including LSI and semiconductor design, software development, mechanical design, and AI/IoT development.
In anticipation of future market needs, we are constantly collaborating between the research and development department and each design department to advance research and development aimed at realizing new businesses and technologies and strengthening existing businesses.
The realization of high efficiensy / The creation of new businesses / The exploration of new technologies

Metaverse

We will contribute to meeting the societal needs related to the Metaverse from our position with a wide range of technologies, spanning from hardware to software.

Smart Agriculture Project

A Smart Agriculture Project, Leveraging Digital Transformation (DX) Technology, Supports the Agricultural Sector.

Robot System for Projection Mapping

We have developed a projection mapping system utilizing robot technology.

ADC

To meet the needs of network-compatible sensors in IoT, automotive, and industrial equipment applications, we offer design services for ADCs used in sensor LSIs.

Development of pipeline ADCs/cyclic ADCs

We will showcase the process of developing a high-performance ADC.

Deep Learning (artificial intelligence design)

The focus is on deep learning, an indispensable element in the ever-growing field of artificial intelligence technology. Research is advancing with the premise of practical business applications.

Edge Computing (implementation of artificial intelligence)

Developing technology to implement neural networks on edge devices, such as FPGAs, and to lighten algorithms to suit the devices.

Model-Based Development

Researching and developing key technologies for model-based development, such as modeling and collaboration with actual machines (RCP, HILS). We also challenge ourselves in areas like the visualization of 3D computer graphics simulations.

Collaborative Design of Digital and Software (Zynq/Intel SoC)

Design and development of LSI devices equipped with both FPGA and CPU. By optimizing the whole system with an understanding of both digital software and hardware, we aim to maximize its potential.

RELATED CONTENT

FPGA Design
LSI Circuit Design/Semiconductor Design
Automotive Software Development
AI Development
Research and Development