Bridging solutions connect multiple networks that use the same or different protocols by aggregating them into a single network. For example, an Ethernet-to-Wi-Fi bridging device receives incoming data from an Ethernet network and sends it back out via Wi-Fi and vice versa.
In general, Wi-Fi bridging is the fastest and easiest way to enable a Wi-Fi connection on an existing host machine. It is an optimal solution because the host machine gains Wi-Fi access without needing any new software or drivers and while continuing to use its existing communication protocol such as Ethernet, CAN or USB.
The WFI32 is a Wi-Fi MCU module that boasts reliable performance in harsh environments while offering multiple communication protocols. These features make it a great candidate for Wi-Fi bridging in industrial applications.
Wi-Fi bridging is widely used in automotive, industrial and medical applications for:
With its best-in-class peripheral set, our PIC32MZ-W1 and WFI32 family of high-performance, low-power Wi-Fi MCUs is well-suited for bridging applications. These MCUs support connectivity options such as:
Jumpstart your application using our selection of hardware and software solutions. Consider our bridge kit for an all-in-one solution or build your own using our application examples and development tools.
This low-cost, compact and easy-to-use reference design board enables Ethernet connectivity on the WFI32E01PE module. Board features include:
The Ethernet to Wi-Fi® Bridge Board is a low-cost reference design board that comes pre-loaded with firmware and an out-of-the-box demo to enable rapid prototyping for an Ethernet to Wi-Fi bridge device.
This board is a full featured development platform that demonstrates the capability of WFI32E03 Wi-Fi® MCU module with 2 MB flash and 640 KB RAM.
Microchip's LAN8720A PHY Daughter Board is populated with high-performance, small-footprint, low-power 10BASE-T/100BASE-TX Ethernet LAN8720A PHY.