Whether you’re looking for a chip-down solution or a plug-and-play module, our portfolio of Wi-Fi® solutions ensures robust, reliable and safe connections in your embedded design. We extensively test our products for interoperability against hundreds of Access Points (APs) with our in-house test lab, providing you with the confidence that your product will work wherever it’s deployed. Start designing immediately with our development kits, libraries and individualized support. We continuously improve our firmware with additional features and functions while keeping your designs protected from the latest security threats.
Explore Our Wi-Fi Connectivity Solutions
Wi-Fi Link Controller
Create low-power Wi-Fi and Bluetooth® Low Energy connectivity in Linux®, RTOS or bare metal development environments.
- Single-chip IEEE® 802.11 b/g/n RF/Baseband/MAC network controller and Bluetooth Low Energy solution
- Certified with support for up to 70 countries for global deployments
- Use with Linux and Android™ operating systems
- Throughput up to 10 Mbps to enable audio and video
Wi-Fi Network Controllers
Easily add Wi-Fi connectivity to your microcontroller (MCU)-based Internet of Things (IoT) or other low-power design.
- Certified modules to ensure interoperability
- Designed for use with MCUs in embedded applications
- WPA2 personal/enterprise security
- Ideal for wire-free, battery-powered applications
Stand-Alone Wi-Fi SoCs and Modules
This stand-alone solution combines a high-performance MCU, Wi-Fi connectivity and advanced security in a fully certified module to simplify developing secure connected designs for the Internet of Things.
- 200 MHz MCU with a rich set of on-chip peripherals for adding features to your design
- Powerful and highly integrated Wi-Fi radio
- Optional built-in Trust&GO secure element that is pre-provisioned for popular cloud platforms
Wi-Fi RF Front End Components
It's easy to update your design, no matter the application, with our portfolio of 802.11 a/b/g/n/ac RF Font-End Modules (FEMs), Power Amplifiers (PAs) and Low-Noise Amplifiers (LNAs).
- Footprint and pin-to-pin compatible with popular devices on the market
- Ideal for set-top boxes, gateways, access points and IoT applications
Wi-Fi Resources
Get Started
Get Started with Wi-Fi for MCU-Based Applications
Get Started with Wi-Fi® for Linux® Applications
Get Started with Alexa Voice-Enabled Applications
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.
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 DemoEmbedded WiFi®
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.
Advanced Bluetooth Audio SoC for Wireless Earbuds
Advanced Bluetooth Audio SoC for Wireless Earbuds
The IS2066B is a low power Bluetooth Audio System-on-Chip (SoC) with Microchip’s Wireless Stereo Technology (WST) for Bluetooth Audio applications targeting wireless earbuds.
Wi-Fi® Smart Device Enablement Kit
Wi-Fi® Smart Device Enablement Kit
[MNV378B] Microchip’s new Wi-Fi Smart Device Enablement Kit makes it even easier to allow customers to control their apps with Alexa voice commands.
http://www.microchip.com/wifismartdevice
Easy Connectivity with Dual-Mode Bluetooth® Module
Easy Connectivity with Dual-Mode Bluetooth® Module
[MNV300] New dual-mode Bluetooth® module features enhanced security and easy-to-use interface.
http://www.microchip.com/RN4678
Smallest Sub-GHz Module For Low-Power Wireless Sensing
Smallest Sub-GHz Module For Low-Power Wireless Sensing
[MNV366] Develop low-power wireless sensor nodes with the industry’s smallest regulatory-certified sub-Ghz module
Microchip’s New Bluetooth® Audio SoC with Sony’s LDAC™ Technology
Microchip’s New Bluetooth® Audio SoC with Sony’s LDAC™ Technology
[MNV 348] Create high-resolution audio devices using Microchip’s new bluetooth® audio SoC with Sony’s LDAC™ technology
http://www.microchip.com/IS2064
Dual-Mode Bluetooth® SoCs and Modules for High-End Audio
Dual-Mode Bluetooth® SoCs and Modules for High-End Audio
[MNV288] Next generation dual-mode Bluetooth® audio products from Microchip.
http://www.microchip.com/bluetooth
Microchip’s RN4870 & RN4871 Modules for Bluetooth® Low Energy 5.0 Core Spec. w/ ASCII-style Commands
Microchip’s RN4870 & RN4871 Modules for Bluetooth® Low Energy 5.0 Core Spec. w/ ASCII-style Commands
[MNV287] Microchip announces next-generation Bluetooth® Low Energy solutions with easy-to-use interface and embedded scripting capability.
http://www.microchip.com/RN4870
AVR-IoT WG Development Board Introduction
AVR-IoT WG Development Board Introduction
This video provides an overview of the AVR-IoT WG Development board. The AVR-IoT WG board was designed to be extremely easy to use, secure and low power. With this device, you will be able to connect your IoT node to the internet in 30 seconds or less.
