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Automotive , Consumer Electronics , Microcontrollers and Microprocessors
PSOC™ Control C3M5 Complete System Motor Control Kit
The PSOC™ Control C3M5 Complete System Motor Control Kit (KIT_PSC3M5_MC1) from Infineon is a comprehensive evaluation platform designed for developing and validating advanced motor control applications. Built around the PSOC™ Control C3M5 Arm® Cortex®-M33 based microcontroller, the kit enables rapid prototyping of high-performance motor control solutions using sensorless field-oriented control (FOC) and shunt-based current sensing. It includes a motor control card, drive adapter, 250 W power board, and a 24 V BLDC motor, providing a ready-to-run out-of-box experience. The kit supports both standalone operation and GUI-based control through ModusToolbox™ Motor Suite, allowing users to configure parameters, flash firmware, and monitor real-time motor performance. Key features include an onboard isolated J-Link debugger with USB-UART support, CAN connectivity, encoder and Hall sensor interfaces, user buttons, LEDs, and potentiometers for intuitive control. With flexible power options, MADK compatibility, and extensive expansion interfaces, the KIT_PSC3M5_MC1 is ideal for engineers looking to evaluate, tune, and optimize Infineon’s PSOC™ Control C3 motor control technology in laboratory and development environments.
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Low-Power , Artificial Intelligence , Microcontrollers and Microprocessors , Connectivity , Edge AI
PSOC™ Edge E84 Evaluation
PSOC™ Edge E84 series of Arm® Cortex®-M MCUs feature high-performance, low-power, secured MCUs with advanced machine learning (ML) acceleration for next generation AI/ML applications.
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Launch Lab
Automotive
Low-cost TFT instrument cluster with telematics
This reference design meets all customer requirements for an instrument cluster with telematics. It includes connectivity, tell-tale indicators, Wi-Fi mirroring of a mobile screen, Bluetooth® Low Energy (LE) connection, and brightness control of a TFT and camera image display. This device is a cost-effective, compact, and simple real-world vehicle instrument cluster to achieve graphics and connectivity.
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Launch Lab
Artificial Intelligence
Battery-Powered Camera with AI Object Detection & Motion Sensing (Trail Camera)
A Trail Camera is a sophisticated device designed for capturing wildlife and outdoor activities. It is equipped with advanced features that make it ideal for monitoring and recording in natural environments. The camera is engineered to withstand various weather conditions, ensuring reliable performance in the field.
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Industrial
Household Smoke Detector Development Board
This solution uses a highly integrated RAA239101 low power analog front end (AFE) IC and includes all necessary peripherals and features required for a photoelectric smoke detector system, mainly focused on residential smoke detector designs. It is implemented using two key components, the RL78/G12 low power microcontroller and the RAA239101 photoelectric smoke detector AFE IC.
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Communication and Computing Infrastructure
Wi-SUN FAN 1.1 Based High Speed Sub-GHz Wireless Communication
The JP202- Sub GHz Still Image Transmission wirelessly transmits either stored still images or captured data from the camera, and data from the temperature/humidity sensor in the Sub-GHz band. The receiver displays the received data on the LCD.
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Launch Lab
Artificial Intelligence , Microcontrollers and Microprocessors , Edge AI
RZ/V2H Based Edge AI Development Platform For ADAS
The RZ/V2H 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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Industrial , Key Technologies , Consumer/Industrial , Industrial Automation
Tiny Finger Motor Control
Description: The WS077-3 Tiny Finger Motor Control Solution enables dual BLDC motor control using Field-Oriented Control (FOC) with Hall sensor and incremental encoder feedback. The system is based on the Renesas RA6T2 microcontroller and two Renesas HVPAK devices for independent dual-motor operation. HVPAK is a programmable mixed-signal matrix IC that functions as a three-phase BLDC motor driver, integrating six N-channel power MOSFETs, gate drivers, power supplies, and current-sense amplifiers in a single device.
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Launch Lab
Automotive
Automotive Local Dimming System
The Renesas R-Car Gen3 (H3) is a popular automotive system-in-package (SiP) designed for in-vehicle infotainment, cockpit, and digital cluster applications. The R-Car H3 is a 64-bit nona-core ARM SoC designed by Renesas for the automotive industry.
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