LoRa SX1268 433 MHz HAT expansion board for Raspberry Pi - Waveshare 16804

The 2-CH CAN MiniPCIe card is a versatile tool for integrating and analyzing CAN bus networks in industrial PCs, development boards, and embedded systems. With isolated channels, broad protocol compatibility, and support for multiple development platforms and operating systems, it is ideal for applications such as automation, automotive systems, CAN network testing, and software development.

Expansion board with LoRaWAN SX1302 and GNSS L76B dedicated to the Raspberry Pi. The kit includes the 868M antenna, GPS and cables. Waveshare SX1302 868M LoRaWAN Gateway HAT

NFC reader module dedicated to the Raspberry Pi. It is based on the PN532 operating in the 13.56 MHz frequency range. Waveshare PN532 NFC HAT

Board with the NB-IoT SIM7028 module intended for Raspberry Pi. It communicates via the UART interface and AT commands. Waveshare SIM7028-NB-IoT HAT (EN)

The 2-CH CAN HAT+ expansion board adds two isolated CAN channels to the Raspberry Pi, with support for further expansion. Featuring the HAT+ standard, galvanic isolation, and surge protection, it is well-suited for industrial, automotive, and automation applications where reliable and safe serial communication is essential.

PCIe to Ethernet Adapter for Raspberry Pi 5. Extends the functionality of the Raspberry Pi 5 by adding a Gigabit Ethernet port with the high-performance RTL8111H controller. The adapter connects to the Raspberry Pi 5 using a 16-pin PCIe cable. Waveshare PCIe TO Gigabit ETH Board (C)

Expansion board with LoRa Node SX1262 module dedicated for Raspberry Pi. It supports the LoRaWAN protocol and allows communication in the 433 MHz frequency band. Waveshare SX1262 433/470M LoRaWAN HAT

PCIe TO M.2 USB ETH HAT+ Add-on Board – Expansion for Raspberry Pi 5 providing USB 3.2 ports, 2.5G Ethernet, and an M.2 slot for high-speed NVMe drives. Enables significant operational and communication performance upgrades for embedded systems and Raspberry Pi-based servers.

3-port HUB module with USB 2.0 interface and RJ45 connector. Designed for Raspberry Pi Zero. Housing included. Waveshare ETH-USB-HUB-BOX

PCIE TO 4-CH NVME Board (B) (EU) provides significant functionality expansion for the Raspberry Pi 5, enabling the use of high-speed NVMe SSDs. The version with an included power supply offers a ready-to-use solution for applications requiring high data throughput and reliable storage, such as NAS systems, surveillance, or miniature servers.

Expansion board with GSM/GPRS module designed for Arduino and Raspberry Pi. It uses the Quectel M95 chip, the board has two audio connectors, a microSD slot and a dual SIM slot. A-GSM II Shield

The PCIe HAT for 4G/5G modems and USB 3.2 Gen1 enables integration of high-speed cellular connectivity and USB port expansion in Raspberry Pi 5 projects. It supports M.2 Key B standard modems, ensuring compatibility with a wide range of frequencies and SIM card formats. The built-in power monitoring system and HAT+ compliance allow for advanced power management. Ideal for use in industrial routers, IoT gateways, mobile communication systems, and projects requiring fast 4G/5G network access.

PCIe TO 2-CH PCIe HAT is a versatile PCIe expansion board for Raspberry Pi 5, enabling simultaneous connection of two PCIe HAT modules. With support for stacked mounting and the PCIe Gen2 standard, it is an ideal solution for testing, expansion, and prototyping devices using Raspberry Pi 5 and high-bandwidth interfaces.

Module for Raspberry Pi with two RS485 interfaces, controlled via SPI, featuring galvanic isolation, line protection, and communication support up to 500 kbps

Adapter in the form of a HAT+ cover for Raspberry Pi 5 enabling the connection of drives, AI accelerators and other modules in the M.2 standard with an M key. The board supports drives in the 2230 and 2242 format and provides transfer speeds of up to 500 MB/s. Raspberry Pi SC1166

The KAmodRPi5 PCIe-M.2 adapter allows you to easily connect an NVME SSD to a Raspberry Pi 5 computer, ensuring universal installation, communication via the PCI Express interface, stable power supply voltage and LED indicators, while maintaining compatibility with HAT modules and official cooling