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Automotive

Sunroof Controller

A sunroof control system combines an MCU and intelligent power device (IPD) to deliver precise, efficient, and reliable operation. The MCU serves as the system's core, interpreting user inputs such as switches or touch commands and managing functions like tilt, slide, and full open/close positions. This system integrates seamlessly with the vehicle's body control network using CAN or LIN communication protocols. It is designed to prioritize safety, optimize energy usage, and ensure a compact, durable architecture for modern automotive applications.

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IoT

Central Thermostat

This lab demonstrates the working of a central thermostat using the RZ/G2L SMARC evaluation kit, which hosts a Linux OS and uses the Qt GUI, acting as a hub for environmental data.

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Sensors

Touchless Keypad & Sensor Solution

This solution is suitable for home appliances and provides non-contact touch operation at various programmed distances using the RA2E1 32-bit MCU.

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Automotive , Sensors

Steering Angle Sensor

The Steering Angle Sensor is a vital component in modern vehicle control systems, responsible for accurately measuring the rotational position and movement of the steering mechanism. By detecting the precise angle and rate at which the steering wheel or handlebars are turned, this sensor provides essential data to safety and stability systems.

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Sensors

Strain Gauge demo

US082 – Strain Gauge LoTC reference design is a remote evaluation platform based on the Renesas ZSSC3240 24-bit Sensor Signal Conditioner and EK-RA6M4 MCU kit. It enables accurate load-cell and strain-gauge measurements with real-time visualization, calibration, and environmental testing through a 24×7 remote lab setup.The solution combines precision analog signal conditioning, RA MCU processing, and cloud-enabled access for industrial, consumer, and IoT weighing applications.

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Standard 4-20mA Loop Industrial Receiver board layout

Low-Power

Standard 4-20mA Loop Industrial Receiver

This board uses the Standard 4-20mA loop to transmit data over large distances in industrial environments. It is resistant to surrounding noise, and unlike voltage based interfaces the current in the loop will remain constant.

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Scalable HMI SMARC SoM with AI board layout

Edge AI

Scalable HMI SMARC SoM with AI

Renesas' SMARC 2.0 SoM is a Linux-based AI development platform using the RZ/G2 family of Microprocessors suitable for HMI, 3D animation or 4K UHD playback. It offers turn-key solution for applications like Surveillance Solution, Object Detection, Face Detection, Image processing, Computing , Gateway etc.

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RZ/V2N Based eAI Industrial Automation board layout

Featured , Artificial Intelligence , Microcontrollers and Microprocessors , Edge AI , Industrial Automation

RZ/V2N Based eAI Industrial Automation

The RZ/V2N from Renesas is a high-performance vision AI microprocessor (MPU) designed for edge applications that demand both advanced AI inference and low power consumption. Powered by Renesas’ proprietary DRP-AI3 accelerator delivering up to 15 TOPS, it is optimized for real-time vision processing in compact, energy-efficient systems. The key board features include: CPU Architecture: Quad Arm® Cortex®-A55 (1.8 GHz) + Arm® Cortex®-M33 (200 MHz). Image Processing: Integrated ISP with dual-channel MIPI® CSI-2® interfaces for dual-camera support. Connectivity: High-speed PCIe® and USB 3.2 for device expansion and system integration. Power Efficiency: Optimized for low power consumption, making it suitable for edge devices.

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Automotive

Gear Shifter

The RL78/F13 MCU and RAA2P4500 inductive position sensor provide precise, contactless gear sensing for seamless selection. The IPS detects gear position using inductance changes, ensuring high accuracy and durability in harsh environments. The MCU processes sensor data, interprets gear positions, controls actuators, and signals the transmission system.

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