> For 8+ bays you just need a SAS HBA card and one free PCI-E slot. Not to mention that many motherboards will have 6+ SATA ports already.

And what case are you putting them into? What if you want it rack mounted? What about >1gig networking? What if I want a GPU in there to do whisper for home assistant?

Used gaming rigs are great. But used servers also still have loads of value, too. Compute just isn't one of them.

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ssl-3 3 days ago | parent [-]

> And what case are you putting them into?

Maybe one of the Fractal Designs cases with a bunch of drive bays?

> What if you want it rack mounted?

Companies like Rosewill sell ATX cases that can scratch that itch.

> What about >1gig networking?

What about PCI Express card? Regular ATX computers are expandable.

> What if I want a GPU in there to do whisper for home assistant?

I mean... We started with a gaming rig, right? Isn't a GPU already implicit?

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kllrnohj 3 days ago | parent [-]

> Companies like Rosewill sell ATX cases that can scratch that itch.

Have you looked at what they cost? Those cases alone cost as much as a used server. Which comes with a case.

> What about PCI Express card? Regular ATX computers are expandable.

As mentioned higher up, they run out of lane count in a hurry. Especially when you're using things like used Connect-X cards

	▲	ssl-3 2 days ago \| parent [-]
		A rackmount case from Rosewill costs a couple of hundred bucks or so, new. And they'll remain useful for as long as things like ATX boards and 3.5" hard drives are useful. I mean: An ATX case can be paid for once, and then be used for decades. (I'm writing this using a modern desktop computer with an ATX case that I bought in 2008.) PCI Express lanes can be multiplied. There should frankly be more of this going on than there is, but it's still a thing that can be done. Consumer boards built on the AMD X670E chipset, for instance, have some switching magic built in. There's enough direct CPU-connected lanes for an x16 GPU and a couple of x4 NVMe drives, and the NIC(s) and/or HBA(s) can go downstream of the chipset. (Yeah, sure: It's limited to an aggregate 64 Gbps at the tail end, but that's not a problem for the things I do at home where my sights are set on 10Gbps networking and an HBA with a bunch of spinny disks. Your needs may differ.)