Upgrade your Raspberry Pi 5 with ultra-fast NVMe storage using the official PCIe to M.2 HAT. Designed specifically for the Pi 5 PCIe interface, this expansion board allows installation of high-speed M.2 SSDs (2230 & 2242) for dramatically faster boot, read, and write performance compared to microSD cards.
Perfect for servers, NAS, AI projects, media centers, and high-performance embedded applications.
The Official Raspberry Pi 5 PCIe to M.2 HAT enables direct connection of NVMe solid state drives to your Raspberry Pi 5 through its built-in PCIe interface. This allows your Pi to operate with SSD-level speed and reliability, making it suitable for demanding workloads that microSD storage cannot handle.
The HAT supports M.2 NVMe SSD sizes 2230 and 2242, making it compatible with a wide range of modern drives while maintaining a compact footprint.
By using NVMe storage, you can dramatically reduce boot times, increase application performance, and improve overall system stability. This makes the Pi 5 capable of handling database servers, Docker containers, AI inference systems, and high-speed data logging.
Built with official design specifications, the HAT ensures stable communication and optimal power delivery to SSDs.
-
Compatibility: Raspberry Pi 5 only
-
Interface: PCIe to M.2
-
Supported SSD Types: NVMe (not SATA)
-
Supported Sizes: 2230, 2242
-
Form Factor: HAT+ Standard
-
Boot Support: NVMe boot supported
-
Power: Provided via Raspberry Pi 5 PCIe interface
Applications
-
Raspberry Pi NAS server
-
Home automation hub
-
AI and machine learning projects
-
Docker and container hosting
-
Media server (Plex / Jellyfin)
-
High-speed data logging
-
Web and database servers
- Why Upgrade to NVMe on Raspberry Pi 5
Using NVMe storage instead of microSD:
-
10x faster boot speed
-
Much faster file transfer
-
Higher reliability and lifespan
-
Better performance for heavy workloads
-
Stable OS operation
-
Package Includes
-
PCIe to M.2 HAT Board
-
Connection cable
-
Mounting hardware
(SSD and Raspberry Pi not included)








