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I will explore the software on both NASes—ADM on the Lockerstor and OMV on the Raspberry Pi—and run some performance benchmarks. I'll also tell about a few surprising discoveries I made along the way!
Blog post with hardware build details:
Part 1 / Hardware build video:
Blog post with performance comparison and more detail:
Wiretrustee SATA:
Shouting in the data center:
Products mentioned in the video (some are affiliate links):
- ASUSTOR Lockerstor 4 AS6604T:
- Raspberry Pi Compute Module 4 4GB Lite:
- Raspberry Pi Compute Module 4 IO Board:
- SanDisk Extreme microSD card - 32GB:
- I/O Crest SI-PEX60016 2 port PCIe Switch:
- PCIe 1x to 16x extension cable:
- Rosewill 2.5 Gpbs PCIe 1x card:
- IO Crest 5-port SATA III PCIe JMB585 HBA:
- Noctua 120mm 1700 rpm NF-P12 fan:
- Noctua NA-FC1 PWM fan controller:
- CableCreation SATA III cables (5 pack:
- Phanteks 3.5" HDD bracket (2 pack x2:
- Redragon 700W fully-modular PSU:
- Kentek 4-pin Molex to 4-pin Floppy adapter:
Support me on Patreon:
Sponsor me on GitHub:
#RaspberryPi #ASUSTOR #NAS
Contents:
00:00 - NAS Features
00:58 - ASUSTOR Software
02:24 - SSD Cache and ADM Overview
05:14 - ASUSTOR Write Performance
06:13 - IronWolf 510 NAS NVMe SSDs
07:26 - ASUSTOR Read Performance
07:55 - Pi NAS Software
08:32 - Open Media Vault Setup
10:19 - Pi NAS Write Performance
11:05 - Pi NAS Read Performance
11:51 - Pi NAS in RAID 0
12:24 - Wake on LAN
13:01 - Initial Recommendation
13:32 - Energy usage and other features
14:35 - Price
15:10 - Wiretrustee SATA
15:50 - Final Verdict
16:37 - RAID is not a Backup!
16:56 - Pi NAS wrap up and bloopers