Today’s project: an powered VOC sensor above my cat’s litter box, to try and detect when she’s pooped.

I love her, but she can be a smelly girl. If I can detect when she’s gone, I can automatically dispense some air freshener!

Ya know, I don’t think I’ve EVER regretted doing my due diligence before sending a salty email.

Turns out my secondhand SAS drives aren’t busted — my RAID controller was just overheating with no top cover on the server chassis. Problem, uh, “solved”!

Today’s project: I picked up a proper 12U cabinet, so I’ve been moving my server and from my IKEA Lack tables over to it.

Don’t have proper rails for the server because broke , but I’m test printing some brackets to mount it on. Not sure they’ll hold up its weight, TBD..

Also couldn’t resist setting up some LED lighting inside!

Aaaaand it's working! is now seeing my K10 . That was actually surprisingly easy.

Now to set up passthrough to a container, and do some benchmarks

Today's accomplishment: I have an analysis pipeline with a few parallelizable steps. I typically run my analysis in parallel on my desktop, but I've both been needing more oomph and have been running out of drive space nonstop.

My (40 cores/80 threads with quad E4870s) is running ZFS on a RAID0 array, currently just with two 10k SAS drives. By mounting this as an NFS share on my desktop, I can put all my generated simulation data directly on that larger filesystem.

Additionally, my server is running , and has a "science" container. I can also mount that NFS share in the science container, giving it direct access to my simulation data, and run it as a cluster head node. Now, I can do simulations on my desktop, run the single-core tasks on that machine, and farm out the parallel analysis to workers on the server, putting all 80 cores to work!

Qoto Mastodon

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