Official Raspberry Pi SSD Kit 256GB IOPS3 40k
The Official Raspberry Pi SSD Kit 256GB IOPS3 40k is perfect if you want to make your Raspberry Pi 5 faster and more powerful. This kit has a 256GB SSD (a super-fast storage drive) and the Raspberry Pi M.2 HAT+ to help it fit and work smoothly with your Pi.
With this SSD, everything speeds up! You’ll see faster start-up times, quicker access to files, and an overall boost in how well your Pi handles tasks. It’s pre-assembled, so you just plug it in, and you’re good to go. Whether you’re doing projects with data, AI, or just need more storage, this kit can handle it all easily. If you want to take your Raspberry Pi to the next level, this is exactly what you need!
Key Features:
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Easy Setup: The SSD is already connected to the Raspberry Pi M.2 HAT+, so setup is quick and easy.
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Super Fast Speeds: You’ll get super quick access to files, with speeds of up to 40,000 reads and 70,000 writes.
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Perfect for Raspberry Pi 5: This kit is built to work perfectly with the Raspberry Pi 5.
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Compatible with Raspberry Pi: It follows the HAT+ standard, meaning it fits right in with the Raspberry Pi setup.
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Everything You Need to Attach It: You get all the parts you need—header, spacers, screws—so it fits securely, even if you’re using the Raspberry Pi Active Cooler.
SSD vs. microSD boot times on Raspberry Pi
| Metric |
MicroSD Card Boot |
SSD Boot (via USB/USB-3 or M.2 adapter) |
| Typical boot to desktop time |
≈ 44 s on a Pi 4 using microSD. :contentReference[oaicite:2]{index=2} |
≈ 38 s on same system with SSD. :contentReference[oaicite:3]{index=3} |
| Random 4 k write performance |
Low — microSD cards show very poor 4 k random write speeds (≈0.66 MB/s). :contentReference[oaicite:4]{index=4} |
Much higher — SSDs show 4× or more improvement in random 4 k writes. :contentReference[oaicite:5]{index=5} |
| Sequential read/write performance |
Modest – microSD limited. :contentReference[oaicite:6]{index=6} |
Multiple times faster – SSDs beat microSD in sequential tasks by 2-13×. :contentReference[oaicite:7]{index=7} |
| Noticeable impact for boot only? |
Yes — but improvement is moderate. Some users report only a few seconds difference. :contentReference[oaicite:8]{index=8} |
Yes — faster boot and snappier system, though other factors also matter. :contentReference[oaicite:9]{index=9} |
| Best suited for |
Basic use, lightweight tasks, minimal cost. |
Use cases needing higher I/O performance, longevity or desktop-like responsiveness. |
Advantages of SSDs
- Faster boot and load times — the OS and apps start noticeably quicker.
- Higher read/write speeds — ideal for data-intensive tasks like databases and web servers.
- Better reliability — SSDs have higher endurance and lower risk of corruption.
- Improved system responsiveness — smoother multitasking and faster updates.
- Less thermal stress — SSDs maintain stable performance even under heavy use.
- Suitable for heavy projects — perfect for AI, media servers, and long-running applications.
- Efficient power use — more consistent power draw compared to varying SD card loads.
Step-by-Step Installation of the SSD Kit
Preparation
- Official Raspberry Pi SSD Kit (SSD + adapter/cable)
- Raspberry Pi (Pi 4, Pi 400 or Pi 3B+)
- Reliable power supply for your Pi (USB-C 5V/3A or appropriate)
- Another computer (Windows/macOS/Linux) or the Pi itself for flashing
- microSD card (only if updating Pi EEPROM before SSD boot)
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Connect the SSD
Insert the SSD into the kit adapter (if required) and connect it to a USB 3.0 port on the Pi (blue port on Pi 4) or a USB port on other Pi models.
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Update Pi EEPROM (Pi 4 / 400 only — ensures USB boot support)
Boot the Pi from a microSD temporarily, open a terminal and run:
sudo apt update
sudo apt full-upgrade -y
sudo rpi-eeprom-update -a
sudo reboot
After reboot the bootloader will use the updated EEPROM.
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Write Raspberry Pi OS to the SSD
On another computer or on the Pi, use Raspberry Pi Imager or balenaEtcher:
- Select the desired Raspberry Pi OS image.
- Select the SSD as the target drive — double-check the drive letter to avoid overwriting other disks.
- Write and verify the image.
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Safe remove & boot
Safely eject the SSD. Remove the microSD (if used to boot earlier), connect only the SSD, and power on the Pi. It should boot from the SSD. If it still boots from SD, power down and remove the SD card, then power on again or check bootloader settings.
Verification commands (run on the Pi)
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lsblk — list block devices
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findmnt / — confirm root filesystem mount
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dmesg | grep -i usb — check USB/drive detection
Power & performance tips: Use a high-quality power supply, prefer the Pi 4 USB 3.0 port for best throughput, and consider a powered USB hub if the SSD draws too much current.
Applications
- Fast and reliable operating system boot drive for Raspberry Pi
- Ideal for Raspberry Pi desktop setups needing quick app loading
- Suitable for media centers (Kodi, Plex) with large file access
- Perfect for databases and web servers requiring high I/O performance
- Great for AI and machine learning projects needing faster read/write
- Useful for IoT data logging with improved storage endurance
- Recommended for software development and testing environments
- Supports lightweight NAS (Network Attached Storage) projects
- Improves performance in 3D printing controllers and CNC interfaces