Targeted for the smart home, this design leverages two PIC MCUs that use a wireless RF transmitter/receiver to control up to six relays and monitor two analog signals.

[Blaise Jarrett] has been grinding away to get the WebSocket protocol to play nicely with PIC microcontrollers. Here he’s using the PIC 18F4620 along with a Roving Networks RN-XV WiFi module … ...

“ZeroG Wireless has developed an embedded Wi-Fi product that meets the needs of PIC microcontroller designers, and our tools make it easy to integrate.” ...

Microchip Technology Inc. (Nasdaq: MCHP) is introducing its first Arm Cortex ® -M4F-based PIC microcontroller (MCU) family today that solves this wireless connectivity design challenge by ...

The Microchip WFI32E01 Wi-Fi® MCU Module is geared to help developers design secure, robust, and high-performance IIoT systems. The highly-integrated WFI32E01 module features a premium PIC32 MCU ...

This project primarily consists of four units: Microchip Technology’s SST89E54RDA-40-C-PIE, a sensor unit, an ADC0804 ADC component and the LCD module. Along with detecting an obstacle, its exact ...

In this design idea, you will learn how to interface two PIC microcontrollers using a wireless 433-MHz RF transmitter/receiver pair to control up to six relays and monitor two analog signals. The ...