We are
The smartphone market has evolved beyond merely being a tool for communication and entertainment, moving to the forefront of technological innovation. Recent developments include smartphones with flying drone capabilities and those functioning as electric vehicles (EVs), bringing to life products beyond our imagination. The development of these innovative products necessitates high-performance CPUs for powerful computing capabilities, GPUs for advanced graphics processing, cutting-edge interface technologies for clear visuals, and vast storage for immediate access to large amounts of data.
Our company has established a pioneering position in the design and manufacturing of products that meet these technological requirements. Our technology not only pushes the boundaries of hardware but also significantly expands the potential of software. These technological advancements are bringing new products and services to the market, preparing for a revolution in future lifestyles. We provide core technologies to companies that create services and products driving innovation.
Our company leverages System on Chip (SoC) technology developed by the world's leading semiconductor manufacturers to design and manufacture the world's smallest System on Module (SoM). This innovation is expected to become the core component for products in fields requiring high-functionality IoT wearable devices and new smartphone technologies. Furthermore, by combining multiple SoMs, we are advancing the design of new edge computers. This approach aims to achieve a design that brings innovative transformations to CompactPCI and other distributed systems through our research and development efforts.
The added value of System on Module (SoM)
Rapid Market Entry
SoMs provide core functionalities such as integrated processors, memory, and communication interfaces, significantly reducing the time and cost of product development. This enables companies to quickly introduce their products to the market.
Design Flexibility
SoMs can easily be incorporated into various applications and projects. Mounting an SoM on a custom motherboard allows for the design of products tailored to specific needs, greatly enhancing development flexibility.
Reduced Risk
SoMs are tested and reliable components, which reduces design risks. By avoiding the complexities and uncertainties of designing a system from scratch, product reliability and quality can be improved.
Mission
The smartphone market has evolved beyond merely being a tool for communication and entertainment, moving to the forefront of technological innovation. Recent developments include smartphones with flying drone capabilities and those functioning as electric vehicles (EVs), bringing to life products beyond our imagination. The development of these innovative products necessitates high-performance CPUs for powerful computing capabilities, GPUs for advanced graphics processing, cutting-edge interface technologies for clear visuals, and vast storage for immediate access to large amounts of data.
Our company has established a pioneering position in the design and manufacturing of products that meet these technological requirements. Our technology not only pushes the boundaries of hardware but also significantly expands the potential of software. These technological advancements are bringing new products and services to the market, preparing for a revolution in future lifestyles. We provide core technologies to companies that create services and products driving innovation.
Our company leverages System on Chip (SoC) technology developed by the world's leading semiconductor manufacturers to design and manufacture the world's smallest System on Module (SoM). This innovation is expected to become the core component for products in fields requiring high-functionality IoT wearable devices and new smartphone technologies. Furthermore, by combining multiple SoMs, we are advancing the design of new edge computers. This approach aims to achieve a design that brings innovative transformations to CompactPCI and other distributed systems through our research and development efforts.
The added value of System on Module (SoM)
Rapid Market Entry
SoMs provide core functionalities such as integrated processors, memory, and communication interfaces, significantly reducing the time and cost of product development. This enables companies to quickly introduce their products to the market.
Design Flexibility
SoMs can easily be incorporated into various applications and projects. Mounting an SoM on a custom motherboard allows for the design of products tailored to specific needs, greatly enhancing development flexibility.
Reduced Risk
SoMs are tested and reliable components, which reduces design risks. By avoiding the complexities and uncertainties of designing a system from scratch, product reliability and quality can be improved.
We are
The Approximately 50 years ago, a Japanese company made history by designing and developing the first Japan-made UNIX machine. From this pioneering company, a group of members who had learned invaluable skills in technology and sales spun off to establish a new venture. The foundation of their expertise is deeply rooted in experience and a strong background, which they believe is essential for responding to technological innovation. This company continues to focus on the research and development, as well as the commercialization of advanced IoT devices like wearable technology and compact servers similar to edge computers. They aim to create value-added products for the market, forecasting a future where their contributions significantly impact the industry.
The added value of System on Module (SoM)
Rapid Market Entry
SoMs provide core functionalities such as integrated processors, memory, and communication interfaces, significantly reducing the time and cost of product development. This enables companies to quickly introduce their products to the market.
Design Flexibility
SoMs can easily be incorporated into various applications and projects. Mounting an SoM on a custom motherboard allows for the design of products tailored to specific needs, greatly enhancing development flexibility.
Reduced Risk
SoMs are tested and reliable components, which reduces design risks. By avoiding the complexities and uncertainties of designing a system from scratch, product reliability and quality can be improved.