Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Aug 13, 2025～Sep 09, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 344 items
This is a high-performance RISC CPU board equipped with the SH-2A (SH7264), ideal for prototyping and embedded applications.
This is a CPU board equipped with the Renesas Electronics SuperH SH2A SH7264.
This is a high-performance RISC CPU board equipped with the SH-2A (SH7216), ideal for prototyping and embedded applications.
This is a CPU board equipped with the Renesas Electronics SuperH SH2A SH7216.
This is a high-performance RISC CPU board equipped with the SH-2A (SH7286), ideal for prototyping and embedded applications.
This is a CPU board equipped with the Renesas Electronics SuperH SH2A SH7286.
The MS104-SH2 is a PC/104 compliant CPU board equipped with the Renesas Electronics SH4 SH7145.
The MS104-SH2 is a PC/104-compliant CPU board equipped with the SuperH SH-2 SH7145F from Renesas Electronics. It adopts the TOPPERS kernel compliant with μITRON 4.0 as the standard OS, enabling the construction of high-speed, responsive systems. Additionally, it complies with the PC/104 standard bus, allowing the use of commercially available PC/104 boards from various manufacturers, providing excellent expandability.
The MS104-SH4 is a PC/104 compliant CPU board equipped with the Renesas Electronics SH4 SH7750R.
The MS104-SH4 is a PC/104-compliant CPU board equipped with the SuperH SH-4 SH7750R from Renesas Electronics. It adopts Linux as the standard OS, making it easy to build advanced embedded applications. Additionally, it complies with the PC/104 standard bus, allowing the use of commercially available PC/104 boards from various manufacturers, providing excellent expandability.
This is a high-performance RISC CPU board equipped with the Renesas Electronics SuperH SH4A SH7785.
The AP-SH4A-3A is equipped with the SH4 SH7785, large-capacity memory, Ethernet interface, display interface/DVI port, and serial communication connector. We have released a Linux BSP.
It is a high-speed RISC board computer equipped with the Renesas Electronics SuperH SH4A SH7780.
The AP-SH4A-0A is equipped with the SH4A SH7780B, large-capacity memory, and a serial communication connector. By connecting to the optional AP-SH4A-0AEVB, evaluation of the PCI bus is possible.
This is a high-performance RISC CPU board equipped with the Renesas Electronics SuperH SH2 SH7137.
The AP-SH2F-12A is equipped with the SH2 SH7137, featuring large-capacity memory and a serial communication connector.
This is a high-performance RISC CPU board equipped with the Renesas Electronics SuperH SH2 SH7136.
The AP-SH2F-11A is equipped with the SH2 SH7136, features large-capacity memory, and includes a serial communication connector.
This is a high-performance RISC CPU board equipped with the Renesas Electronics SuperH SH2 SH7144F.
The AP-SH2F-7A is equipped with the SH2 SH7144F, featuring large-capacity memory and a serial communication connector.
This is a high-performance RISC CPU board equipped with the Renesas Electronics SuperH SH2 SH7145F.
The AP-SH2F-6A is equipped with the SH2 SH7145F, featuring large-capacity memory and a serial communication connector.
This is a high-performance RISC CPU board equipped with the Renesas Electronics SuperH SH2 SH7047F.
The AP-SH2F-5A is equipped with the SH2 SH7047F, featuring large-capacity memory and a serial communication connector.
The ideal board computer for developing IoT edge devices, "AP-RA6M-0A."
The "AP-RA6M-0A" is a board computer equipped with an Arm Cortex-M4 processor, large built-in memory, an LCD controller, and a rich array of interfaces such as Ethernet, USB, CAN, and UART, making it ideal for the development of intelligent IoT devices with connectivity and security features. Next-generation IoT devices require extensive functionality and high performance, including network communication, image display, storage, and security. Additionally, the rapidly expanding IoT market demands early market entry, making the reduction of development time and costs a significant challenge. The RA family "RA6M3" featured in the "AP-RA6M-0A" adopts the most widely used Arm core in the world, allowing access to Arm's vast ecosystem. Furthermore, the flexible software package (FSP) provided by Renesas Electronics enables rapid development and cost reduction. We also offer our GUI integrated development environment "GEAL2" as an HMI design tool for LCD display and operation screens, which contributes to shortening the GUI development period.
The ideal board computer for IoT endpoint application development: 'AP-RA6M-1A'
The AP-RA6M-1A is a CPU board equipped with the "RA6M5" from Renesas Electronics. The RA6M5 is an MCU based on the Arm Cortex-M33 core that operates at a maximum frequency of 200MHz and features TrustZone secure functionality, excelling in software security. Additionally, this board comes standard with wired communication interfaces such as Ethernet, USB, and CAN-FD, as well as wireless LAN capabilities, allowing for flexible support of IoT endpoint applications.
This is a CPU board equipped with the RX111, which features ultra-low power consumption and can operate on battery.
The AP-RX111-0A is a board computer equipped with the RX111 CPU manufactured by Renesas Electronics. The RX111 is suitable for devices that operate for long periods on battery power, such as sensors, detectors, smart meters, and mobile phones, due to its ultra-low power consumption. Additionally, it features a USB interface (OTG) and supports wireless LAN, Bluetooth, and XBee.
