RL78/F13

Provides a high-performance communication bridge for heavy-duty commercial vehicles. Enables seamless data acquisition and translation from the Controller Area Network (CAN) J1939 protocol to telematics systems. Supports Fleet Management System (FMS) data standards to monitor vehicle diagnostics, fuel consumption, and environmental metrics. Designed to assist fleet operators in achieving ESG goals through precise carbon emission tracking and real-time vehicle status monitoring. The solution simplifies the integration of complex J1939 data into cloud-based management platforms.

General-purpose evaluation platform based on Renesas RL microcontrollers, available as standalone boards or kits supporting LIN, CAN, touch key interfaces, and brushless motor control.

The S8 is an ultra-high speed, industrial-grade in-system gang programmer that offers a wide range of interface support, extensive programming algorithms, stable performance, full protection of the target circuit, easy integration, and a compact form factor. It can be embedded in a variety of test equipment, including ATE, ICT, FCT, tooling, and fixtures, and can operate in either manual or automated modes. With eight programming channels, the S8 helps customers significantly improve production throughput and operational efficiency.

The SG400 series is a new-generation universal in-system gang programmer. Inheriting the versatility and high stability of the previous OPTEEQ S4/S8 series, it also delivers industry-leading programming speed. As chip capacities continue to increase and PCB designs incorporate a growing variety of devices, the SG400 series programmers support a wider range of applications, helping customers significantly improve production throughput and operational efficiency.

Würth Elektronik provides electronic and electromechanical components that support efficient, reliable system design across industrial, automotive, communications, and consumer applications. They help engineers address power conversion, electromagnetic compatibility, signal integrity, and connectivity requirements, backed by strong technical support, dependable quality, and comprehensive design resources that accelerate development and reduce integration risk.