Plastic case with fan holder for Raspberry Pi 5 (black)

The flexible Raspberry Pi Bumper provides extra protection for your Raspberry Pi 5 while allowing easy access to key features and mounting holes. Raspberry Pi SC1655

In an environment of 25℃, the ED-Pi4PCOOLER can lower the temperature of the Raspberry Pi 4 by approximately 15℃. This enables the Raspberry Pi 4 CPU to maintain its maximum operating frequency of 1800MHz continuously.

Under ambient conditions of 25℃, the ED-Pi4Case-OB case can reduce the temperature of the Raspberry Pi 4 by approximately 25℃ during stable operation. This enables the Raspberry Pi 4 processor to operate continuously at its maximum frequency of 1800 MHz.

Under ambient conditions of 25℃, the ED-Pi5Case-OS can reduce the temperature of the Raspberry Pi 5 by approximately 15℃. This enables the Raspberry Pi 5 processor to operate continuously at its maximum frequency of 2400 MHz.

Under ambient conditions of 25℃, the ED-Pi5Case-OB can reduce the temperature of the Raspberry Pi 5 by approximately 15℃. This enables the Raspberry Pi 5 processor to operate continuously at its maximum frequency of 2400 MHz

Under ambient conditions of 25℃, the ED-Pi5Case-BS can reduce the temperature of the Raspberry Pi 5 by approximately 25℃. This allows the Raspberry Pi 5 processor to operate continuously at its maximum frequency of 2400 MHz

Under ambient conditions of 25℃, the ED-Pi5Case-BB can reduce the temperature of the Raspberry Pi 5 by approximately 25℃. This allows the Raspberry Pi 5 processor to operate continuously at its maximum frequency of 2400 MHz

Under ambient conditions of 25℃, during stable device operation, the ED-Pi5Case-EXT can reduce the temperature of the Raspberry Pi AI kit by approximately 20℃ and also decrease the temperature fluctuation range of the Raspberry Pi 5 processor

The ED-CM5-ACooler is an active cooling system designed for the Raspberry Pi Compute Module 5 (CM5). Made of aluminum and equipped with a temperature-controlled fan, it ensures efficient heat dissipation from the CM5\'s processor, Wi-Fi module, and power management unit

Black aluminum case designed for Raspberry Pi 5, providing mechanical protection and passive heat dissipation during operation. The 90 x 63 x 33 mm enclosure features cutouts providing access to the minicomputer interfaces and ventilation openings supporting airflow.

The Type D industrial metal enclosure for Raspberry Pi 5 is a robust and flexible solution designed for use in technical and industrial environments. It supports the development of systems based on Raspberry Pi 5 and compatible HAT boards and PCIe modules, such as 4G/5G adapters, Gigabit Ethernet modules, and Mini PCIe expansion boards. Waveshare 26087

The minimalist case for the Raspberry Pi Pico is made of semi-transparent SLA plastic that protects the board and lets you see the LED without opening it. The snap-in design eliminates the need for screws or glue, and the ventilation holes and access to the ports and BOOTSEL button provide full functionality. Adafruit 6252

Pi5 Module BOX-A is a complete enclosure and expansion solution for the Raspberry Pi 5, adding a Gigabit Ethernet interface via PCIe. With its robust aluminum construction, flexible mounting options, and support for accessories and additional HATs, the kit is ideal for demanding networking, server, industrial, and educational applications.

The Pi5 Module BOX-C kit enables the expansion of the Raspberry Pi 5 with a high-speed NVMe SSD, transforming it into a compact and powerful mini-computer. Its sturdy enclosure, convenient power and signal management, and extensive expandability make it an ideal solution for projects requiring high performance and reliability, such as file servers, SSD-based operating systems, or workstation setups.

The Pi5 Module BOX-B kit offers a comprehensive solution for building a compact, high-performance mini-computer based on the Raspberry Pi 5. With an aluminum enclosure, PCIe expansion to four USB 3.2 Gen1 ports, and versatile mounting options, it is ideal for desktop use, workstations, home servers, and embedded projects requiring high reliability and flexibility.