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Automation is designed to make life easier, which is why so many companies are creating product portfolios that do just that. In recent times many of these companies have started to adopt wireless standards, such as Wi-Fi®, Zigbee®, LoRa® and even proprietary wireless technologies such as our MiWi™ protocol as the basis for their products. Since then the market has grown exponentially.
Building automation allows systems to monitor building environments to make intelligent decisions regarding how resources are used. HVAC systems can be shut down automatically during certain hours of the day or lights can be dimmed in vacant offices, all with an eye to efficiency and decreased energy consumption. Smartphones can be used to control systems from anywhere in the world to adjust temperature settings, and security alerts can be sent from sensors to smartphones to report unauthorized activity.
Our wireless solutions offer superior advantages over the competitive solutions. They feature extremely low-power modes, using less than 1uA in sleep mode, yet deliver super-fast response times to enable wakeup, association and a full data transfer in less than 15 mS.
Wi-Fi® Technology
- High data rates enable video/audio
- Deploy globally with pre-certified modules
- Popular cloud provider support
- Personal and enterprise security support
- Extensive interoperability testing
- Linux® and RTOS support
Bluetooth® Technology
- Connect mobile apps to Bluetooth audio or data devices
- Low power enables long battery life
- Small packaging for portable/wearable devices
- Mobile app source code
- Extensive interoperability testing
- Bluetooth 5 support
LoRa® Technology
- Long range, up to 15 km, enables lower-cost networks and distant locations
- Easy-to-use add-on modules
- Low power enables long battery life
- Global network and radio certification support
- Certified LoRaWAN™ protocol stack
MiWi™ Protocol
- Robust point-to-point communication for ruggedized, industrial environments
- Highly-integrated MCU with radio for a cost-effective node solution
- Free MiWi networking stack with mesh and point-to-point modes
Understanding ADC Performance in Wi-Fi MCUs
PIC32MZ W1/WFI32 comes with a power packed 12 bit ADC that can reduce design complexities in your connected designs. This video showcases the performance characteristics of this ADC in comparison with similar devices in the market.
Understanding ADC Performance in Wi-Fi MCUs
PIC32MZ W1/WFI32 comes with a power packed 12 bit ADC that can reduce design complexities in your connected designs. This video showcases the performance characteristics of this ADC in comparison with similar devices in the market.
Curiosity Board Garage Door Demo
WFI32 Garage Door Demo
Garage Door Demo with voice commands, based on WFI32 Out of the Box Curiosity demo developed with MPLAB X IDE and MPLAB Harmony v3.
WFI32 Wi-Fi® MCU Module Development Tools Introduction
WFI32 Wi-Fi® MCU Module Development Tools Introduction
Along with the widely adaption of IoT technology in industrial areas, like logistics, heath care, utility, and high-end manufacturing, IoT designers are paying more attention at improving the reliability, security, and functionality of the IoT system design, because reliable and robust IoT data is critical to improve the efficiency of operations, quality of services, and business income.
Microchip’s highly integrated WFI32 Wi-Fi MCU module is safe, powerful, and reliable IoT platform, which can be used to design various industrial IoT systems with high-performance MCU capabilities and robust and safe IoT connection.
WFI32 Out of the Box Curiosity Board Demo
WFI32 Out of the Box Curiosity Board Demo
Unbox the new WFI32E01 Curiosity evaluation board to see how to connect to the cloud securely. Then interact with features on the board with Amazon Alexa.
Introducing Microchip's WFI32 Wi-Fi 32-bit MCU Module
Introducing Microchip's WFI32 Wi-Fi 32-bit MCU Module
This video introduces Microchip’s first Trust&GO Wi-Fi® 32-bit MCU, which has market leading MCU functionalities and is pre-provisioned for cloud platforms.