TerraPi modular case system for Raspberry Pi supports multiple SSD's, DIN rail(cnx-software.com)
cnx-software.com
TerraPi modular case system for Raspberry Pi supports multiple SSD's, DIN rail
https://www.cnx-software.com/2020/12/19/terrapi-modular-case-for-raspberry-pi-supports-multiple-ssds-din-rail-horizontal-vertical-mounts/
38 comments
At this price point you might as well just get those tiny business computers.
Thinkcentre tiny, optiplex, elite desk etc.
Thinkcentre tiny, optiplex, elite desk etc.
I'd like to see a NAS case where you can simply embed the Pi 4 of your choice (not everyone need the 8GB version), include a PSU that provide power to the Pi and additional power for 3.5" HDDs and the fans, as well as keep the internal cabling as neat as possible, while offering all the Pi I/O available in the back (preferably make the video output two full-size HDMI.
It’s only 1 SSD sized SATA disk, but there is this (which, yes, makes full sized HDMI ports and puts all the ports on one side)
https://www.argon40.com/argon-one-m-2-case-for-raspberry-pi-...
https://www.argon40.com/argon-one-m-2-case-for-raspberry-pi-...
I was aware of this one and I'll probably go with this, but I'd really prefer an "all-in-one" form factor of a small NAS without going with a closed-source vendor like Synology.
Aren't you just getting into actual NAS prices at that point?
The advantage of the Pi here is that we also have an internal web server, DNS server, Linux build server, desktop computer, etc.
Look at HP Microservers. They're a nice package and get you ECC too. At least some NAS models can have a normal Linux distro installed as well. And if you're homebrewing a small ITX case will probably be great too. AMD has some parts that are specific to that market that look interesting.
I'd love some NAS hardware that is low power and can run a few Docker containers.
Synology 918+, (and presumably the very similar 1019+ and 920+) is great for this - at a fairly steep price. It really does 'just work'. I added more ram to take it to 12gb so that the containers had plenty of headroom.
Other people recommended this to me when I was building a tiny home server, but it’s really not in the same league as a Raspberry Pi, 2-bay NAS or i3 NUC. It’s a real server, which is 4 times the size and can draw 10 times as much power.
I was going to say this also. I actually have one of the older ones, it's relatively massive and also relatively very noisy.
I believe Synology NAS units support most of that. The price may not be comparable to something you could build yourself, but for those that want a turnkey solution, it's a viable option.
I tried to use a RPi for a NAS for the same reasons... but ended up breaking down and buying a proper NAS (QNAP in my case).
And yes, you definitely get those extras. Mine also hosts a few virtual machines. The difference in speed and power is significant. But really, the bigger bonus to me is the stability. The RPi solution wasn’t nearly as stable. Yes, it costs more, but after all the extras like powered USB hubs, etc... it wasn’t that much more.
And yes, you definitely get those extras. Mine also hosts a few virtual machines. The difference in speed and power is significant. But really, the bigger bonus to me is the stability. The RPi solution wasn’t nearly as stable. Yes, it costs more, but after all the extras like powered USB hubs, etc... it wasn’t that much more.
Most NAS on the market are built around an ARM SBC with similar or better compute specs to the RPi and run Linux (often Debian). Honestly I think the Synology NAS even has a bigger and more helpful community for running these kinds of applications than the RPi does. There are also some more tinkerer-oriented NAS products such as the Kobol Helios machines that even offer GPIO - but also USB-C direct-attached storage and 2x gigabit (or better) ethernet interfaces, in the most recent model. When you consider the additional pain point of dealing with USB SATA controllers, I'm not convinced the RPi would ever be a good choice for a NAS or home server unless you were choosing it strictly for price reasons - NAS features like a good enclosure and drive management are unfortunately very steeply priced compared to the RPi, with commercial products often running $600 and up... although the Kobol products are very attractively priced, at the cost of very long fulfillment times since they run on preorders.
A Synology unit can do all that, will be more reliable, and will outperform the Pi at similar price points when accounting for storage needs. Not to mention I would trust the Synology unit WAY more than a Pi.
I am working on something like this. Planning to design a 2U size case with enough room for multiple Pis an drives, quiet cooling (low rpm). My aim is to have 16T in one box.
SATA over USB and boot from SD-Card has proven to be possible, but that's not what I would consider a good storage solution.
On Raspberry Pi 5 I would like to find a M.2 or SATA slot and we finally have a small low-end desktop replacement or mini server or cheap NAS. Storage is really the last missing piece for the Pi-series.
On Raspberry Pi 5 I would like to find a M.2 or SATA slot and we finally have a small low-end desktop replacement or mini server or cheap NAS. Storage is really the last missing piece for the Pi-series.
For persons unfamiliar with 3D-printing advances of the last years, it would be nice to prominently state the used materials. At least for stuff like heatsinks.
I found nothing on the cnx-software website.
The INUX3D website just provides a generic statement about "special cases and materials".
edit: found "We use top quality PLA and PETG filaments for our products." on the INUX3D website
I found nothing on the cnx-software website.
The INUX3D website just provides a generic statement about "special cases and materials".
edit: found "We use top quality PLA and PETG filaments for our products." on the INUX3D website
I'm pretty sure the heatsink is going to be aluminium. A 3d-printed heatsink would not work too well.
Never underestimate how much energy you can store in a phase change ;)
They do exist! Here’s filament that can be used to print them: https://tcpoly.com/product/ice9-flex/
Indeed, they specify that the heatsink is aluminium in one of the descriptions
the heatsink is a pretty generic PI looking heatsink: https://www.elektor.com/pimoroni-aluminium-heatsink-case-for...
I assume they will be sourcing those and printing the stands themselves.
I assume they will be sourcing those and printing the stands themselves.
A few years ago I was on a contract that used a horrible proprietary software/hardware combo to read data off of sensors and make it available to users. It had its own authentication system and this awful convoluted process for actually pulling data-as-CSV from each connected device. The only reason that system was chosen was because it was a system that supported mounting via DIN rail.
I wish something like this was used. My life would've been 1000x easier.
I wish something like this was used. My life would've been 1000x easier.
PS there’s also https://revolution.kunbus.com/ for a full “industrial” pi. Put Nerves on it and you’re golden :-)
That's great. Unfortunately at the time it wasn't up to me, I was brought in after the big decisions had been made and the devices had been purchased. But it just makes me sadder seeing these things actually exist and would've made my life less painful.
I recently started outfitting my lab with DIN rails, and now everything has to be retrofitted (just cuz, ok!), so this is pretty cool.
FWIW: the official RPi cooling fan is awful. Noisy and a crazy tight fit. Canakit is better.
FWIW: the official RPi cooling fan is awful. Noisy and a crazy tight fit. Canakit is better.
Passive aluminium cases for the Raspberry Pies have the huge downside of killing wifi signal.
Lol. I Was doing that in 2018...
https://www.thingiverse.com/thing:3321013
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If you want to put RPi4 with SSDs in a rack, check out https://uplab.pro/
That is one of the few sites I see ads on.
• A place for the Pi with appropriate cooling for the Model B CPU
• The two USB-to-SATA cables we will need
• Slots large enough to fit 3.5" drives. For NAS purposes, HDDs still make more sense than SSD, since the max capacity for a single SATA SSD drive is 8tb, but HDDs can store 18tb.
• A box that the entire setup goes in to.