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IoT , Automotive , Consumer Electronics , Industrial , Industrial Automation
TRAVEO-2 T2G_Cluster 6M Lite KIT_T2G_C-2D-6M_LITE
The CYT4DN MCU integrates high-performance Arm® Cortex®-M cores with a dedicated 2D graphics engine, enabling smooth rendering of digital dashboards, gauges, warning indicators, and multi-layer UI elements. The board supports HDMI display output and USB-based RGB frame streaming, allowing developers to visualize graphics either on a physical display or directly on a PC.
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Launch Lab
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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Launch Lab
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
IoT
Wi-Fi Connected SMPS with Ultra Low Stand-by Power
Wi-Fi Connected Switch-Mode Power Supply (SMPS) provides a highly efficient and energy-saving AC/DC conversion platform. It can be remotely activated via Wi-Fi or Bluetooth Low Energy technology while maintaining ultra-low or zero standby power consumption.
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Launch Lab
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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Launch Lab
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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Launch Lab
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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Launch Lab
IoT
HMI Household Appliances
This integrated solution provides an efficient, low-power, and flexible platform for touch-based user interfaces in home appliances such as microwave ovens, water purifiers, induction cooktops, and air fryers.
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Launch Lab
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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