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IoT , Sensors , Artificial Intelligence , Edge AI

Reality AI for Microphone

The Renesas Quick Connect Beginner Kit demonstrates the RA6E2 MCU running AI algorithms using RealityAI for edge devices, enabling audio signal frequency recognition. It includes a MIC PMOD for audio capture and a DA16600 module for Wi-Fi control.

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Wi-Fi Connected SMPS with Ultra Low Stand-by Power board layout

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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Medical and Healthcare

Ventilator Motor Control

The Renesas Ventilator Motor Control Solution is an advanced reference design specifically developed for ventilator and medical-grade BLDC motor applications, delivering exceptional efficiency, reliability, and precise airflow control. Built on Renesas microcontrollers, it integrates optimized hardware and software tailored for critical healthcare environments. This solution provides comprehensive system-level design support, including motor control algorithms, Motor Workbench, an MCU board, and an inverter board, enabling customers to address complex design challenges and accelerate development of ventilator systems.

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Bluetooth® Low Energy 5.4 MCU Evaluation board layout

IoT

AIROC™ CYW20829 Bluetooth® Low Energy 5.4 MCU Evaluation

The Infineon's AIROC CYW20829 is a high-performance, ultra-low-power MCU with Bluetooth LE 5.4, engineered for IoT applications. It integrates advanced features like analog-to-digital audio conversion, I2S/PCM, CAN, and LIN, making it ideal for use in automotive contexts and various communication and timing applications.

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PMSM FOC Evaluation Kit Based on STM32G4, STDRIVE101, STL90N10F7

The STEVAL-LVLP01 with B-G473E-ZEST1S offers a high-performance STM32-based motor control platform with ZeST/HSO algorithm support, advanced gate drivers, and flexible shunt modes. It integrates with STM32CubeIDE and X-CUBE-MCSDK for rapid development.

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SiT91281, SiT91283, SiT91288, SiT91211, SiT91213, SiT71213 and SiT71211 - MEMS Based Clock Generators board layout

IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer

SiT91281, SiT91283, SiT91288, SiT91211, SiT91213, SiT71213 and SiT71211 - MEMS Based Clock Generators

Chorus - MEMS Based Clock Generator SiT91281, SiT91283 and SiT91288 Low Jitter, 4-Output, AEC-Q100 MEMS Automotive Clock Generator SiT91211, SiT91213 - Ultra Low Jitter, ±20 to ±50 ppm MEMS Industrial, Communication and Consumer Clock Generator SiT71213 , Endura Low Jitter MEMS Clock Generator

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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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Power and Energy

Boost Converter

General UI for internal boards

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Energy Efficient Single Burner Induction Cooktop board layout

Power and Energy

Energy Efficient Single Burner Induction Cooktop

The 2100W single plate induction cooktop design, using iW248 single chip ASSP offers a high efficiency and high reliability performance. The design gives the flexibility to adjust the power in +/-10W steps, which allows the users to cook at simmering condition. The RL78/G15 based HMI card offers low pin count, multiple matrix switch, LED Indication, and 7-Segment display. Over temperature detection using three NTCs are provided in the ASSP.

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