PoE HAT+ M.2 E Key Acce A PCIe with Wireless-AX210 and antennas for Raspberry Pi 5 - Waveshare 30396

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

KAmod RPi5 M.2 mini allows you to connect NVMe M.2 drives, which allows you to use it as a multimedia center or file server, while maintaining a small size and low power consumption

Modern SSDs are most commonly equipped with a high-speed NVMe interface, implemented through an NGFF connector with an M-key, known as M.2 M-key. The KAmod USB-PCIE-M2 adapter allows you to connect an M.2 M-key SSD to a computer via a USB port.

PoE HAT (G) allows Raspberry Pi 5 to be powered without the need for an additional power cable, using only an Ethernet cable compatible with Power over Ethernet technology. With high output power and a compact design, the HAT is ideal for projects requiring stability, space efficiency, and clean integration—especially when used with the official Raspberry Pi 5 case.

The dual-channel PCIe adapter for Raspberry Pi 5 enables simultaneous use of two high-speed M.2 NVMe SSDs, significantly increasing the storage capacity and performance of Pi 5-based systems. The module supports booting from SSD and is ideal for data-intensive applications such as NAS, workstations, data logging systems, or server-based solutions.

The PCIe (D) adapter enables the installation of a high-speed M.2 NVMe SSD on the Raspberry Pi 5, offering a significant improvement in read and write speeds compared to microSD cards. It supports system boot from the SSD, making it a suitable solution for performance-demanding projects such as file servers, database systems, or advanced development environments using the Raspberry Pi 5.

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.

The PCIe To M.2 MINI adapter allows the Raspberry Pi 5 to be expanded with a high-speed NVMe SSD, offering high bandwidth and the ability to boot the system directly from the drive. Its compact form makes the module ideal for projects that require high computing power and fast data access within limited mounting space. It is well-suited for file systems, servers, terminals, and embedded projects using the Raspberry Pi 5.

The PCIe Expansion HAT+ for Gigabit ETH USB3.2 allows the Raspberry Pi 5 to be extended with three high-speed USB 3.2 Gen1 ports and one Gigabit Ethernet connector, using the 16-pin PCIe interface. The device operates without the need for driver installation and offers full support for popular Linux systems. Thanks to additional features such as power monitoring and USB port power control, the module is ideal for advanced networking projects, home servers, and expanded workstations based on the Raspberry Pi 5.

Micro HDMI to HDMI adapter with two power supply modes and dual 4K output support, designed to work with Raspberry Pi 5 and Raspberry Pi 4B, enables reliable connection of displays and UART signal transmission. It is suitable for multimedia projects, presentation systems, and embedded solutions where a compact and functional solution for video support and serial communication is required.

PCIe TO M.2 HAT+ Acce B adapter for Raspberry Pi 5 with a 256 GB NVMe 2242 SSD, support for M.2 2230 / 2242 drives, PCIe Gen2 / Gen3 modes, and SSD boot support. Waveshare 27523

The PCIe TO M.2 HAT+ Acce A kit with a 128 GB SSD is a ready-to-use solution that expands the Raspberry Pi 5 with fast NVMe storage, providing enhanced performance and the ability to boot from the drive. With its compact design, power monitoring support, and compatibility with 2230/2242 form factors, the kit is ideal for building home servers, NAS systems, workstations, and projects requiring high data throughput.

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.

The PCIe TO 2-CH M.2 HAT+ expands the functionality of the Raspberry Pi 5 by enabling the installation of two NVMe SSDs, offering significantly improved read/write performance and the option to boot from disk. With its compact design, support for 2230/2242 form factors, and built-in power monitoring, the adapter is well-suited for server solutions, NAS projects, multimedia systems, and advanced industrial applications.

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.

The KAmod RPI 485&CAN Hat module extends the functionality of Raspberry Pi 5 boards (and others with a 3.3 V SPI interface) with two galvanically isolated RS485 interfaces and one CAN 2.0B interface. The RS485 interfaces are based on the SC16IS752 controller, and the CAN interface on the MCP2515 system. The isolated transceivers used (ADM2483 and TJA1052) increase resistance to interference. Communication takes place via two SPI interfaces, and additional power supply options (from RPi or external 8-32 V) and a stabilized 5 V output allow for flexibility in power supply. The module can be mounted on RPi 5, also with an Active Cooler radiator, and can work with other microcontrollers. The maximum transmission speeds are 500 kbps for RS485 and 1 Mbps for CAN