Building A NAS with Raspberry Pi 5 M.2 Hat+

TL;DR

Guide for setting up Raspberry Pi 5 with M.2 Hat Plus and Open Media Vault.

Transcript

all right guys since we finally acquired the m.2 Hat Plus for the Raspberry Pi 5 we are now able to play around with it especially plugging in a SATA adapter instead of nvme to power a mini NZ so let's get started now in my setup today we have Raspberry Pi 5 and m.2 hat like I reviewed earlier and in this case we're actually going to be using a m.2... Read More

Key Insights

• 😒 The integration of the M.2 Hat Plus enhances the Raspberry Pi 5's storage capabilities, allowing the use of high-capacity drives.
• 🤗 Open Media Vault provides a streamlined setup and management experience compared to traditional methods, making network storage more accessible for users.
• ✊ The balance between performance and power consumption is highlighted, as the Raspberry Pi 5 operates efficiently even under considerable data transfer loads.
• 🛟 The ability to install various plugins and Docker enhances the Raspberry Pi's functionality, enabling it to serve diverse applications beyond file storage.
• 💁 Users should ensure proper formatting and RAID configurations to maximize data redundancy and performance in data storage systems.
• ☠️ The tutorial emphasizes the significance of using SSH settings and SD card preparation to facilitate smoother installation processes for new users.
• 🐎 Speed tests show that the use of SATA drives connected via M.2 is feasible for fulfilling NAS demands, achieving respectable speeds with manageable CPU loads.

Questions & Answers

Q: What are the advantages of using Open Media Vault over Samba for this setup?

Open Media Vault offers several advantages over Samba, such as a more user-friendly graphical interface that simplifies management tasks. It provides detailed control over storage, easy configuration through its dashboard, and a plugin system for additional functionalities. Users can manage backups, monitor drives, and manage shares more effectively than using raw Samba directly.

Q: How did the performance of the two WD Red drives fare during the speed tests?

The performance tests showed satisfactory results, with the drives transferring data at speeds of approximately 153 MB/s and 147 MB/s, respectively. These speeds are adequate for most applications, particularly for a gigabit Ethernet setup, demonstrating that the Raspberry Pi 5 can handle such storage efficiently without significant bottlenecks.

Q: What steps are involved in wiping and formatting the two drives in Open Media Vault?

To wipe and format the drives, users navigate to the "Storage" section in Open Media Vault, select the desired drives, and initiate the wipe process. After confirming the action, they can choose to create a new file system such as Btrfs, ext4, or JFS, applying necessary settings and creating a shared folder to manage data efficiently, ensuring the drives are properly prepared for use.

Q: How does the Raspberry Pi 5's performance compare to older Raspberry Pi models during file transfers?

The Raspberry Pi 5 demonstrates significantly better performance during file transfers than older models like the Raspberry Pi 0 or 3. The CPU utilization remains low at around 5% during tasks, indicating high efficiency. The improved hardware allows for faster processing speeds and smoother operations, making it a suitable choice for NAS functionalities.

Summary & Key Takeaways

• The video details the setup process of the Raspberry Pi 5 using an M.2 Hat Plus and a SATA adapter to connect two WD Red drives.

• The author opts for Open Media Vault for enhanced control and user-friendly interface over raw Samba setup.

• Installation processes are demonstrated, including system updating, drive management, and speed testing, showcasing effective file transfers.