The wireless module integrates components such as wireless chips, antennas, and peripheral circuits onto a compact circuit board, offering products that can also control communication functions through firmware. By incorporating these modules into devices, wireless capabilities can easily be added.
Leveraging the expertise gained from our EMS (Electronics Manufacturing Services) business, we provide tailored solutions from product planning and concept development to circuit design, antenna design, hardware design, and firmware development. We offer one-of-a-kind products that meet the specific needs of our customers, from design to commercialization.
We offer a wide range of options, including hardware interfaces, frequency channels, data modulation speeds, transmission distances, communication methods, communication formats, transmission power, and power consumption. Additionally, we allow for customization in specifications, such as choosing between external or embedded antennas, or using a diverse type with multiple antennas.
Moreover, our wireless modules are pre-certified with the "Technical Conformity Certification " based on Japan's Radio Law, so customers do not need to obtain their own certification. We also provide support for international certifications upon request.

Communication standards

Our company supports communication standards such as Wi-Fi (2.4GHz and 5GHz) and Bluetooth. These standards widely address common wireless communication needs, but we are also capable of developing solutions based on other wireless communication standards upon customer request. If customization is required for specific requirements or conditions, we encourage you to consult with us. Based on your specific needs, we can provide expert advice and support to deliver the most suitable wireless communication solution.
In selecting wireless communication, the content of the data being handled and the communication environment are crucial factors. For example, 2.4GHz is suitable for applications requiring wide-range data communication or high-speed data transfer, as it can efficiently process relatively large volumes of data. On the other hand, 920MHz excels in handling numerous small-volume data, especially in environments with many obstacles. This is because 920MHz has a relatively long wavelength, making it easier to pass through obstacles. Therefore, it is important to select the most suitable wireless module based on the characteristics of the data and the communication environment. If you are unsure about selecting the communication standard, we will carefully consider factors such as data volume, frequency of transmission and reception, power consumption, and the presence of obstacles to suggest the optimal frequency band.