Just before Minicon we learned that USI Internet is bringing their fiber trunk up our street. And of course immediately signed up for 1Gb (symmetric!) service.
Today, they came and put the conduit from the boulevard over to where the junction box on the outside of the house is. Progress! (Meanwhile I’m working on upgrading the internal network to be able to deal with this kind of external bandwidth.)
Kind of clever. But also so plain I could very easily forge a new one, so I’m not sure how much it is really worth to keep me from reusing an old one.
I think I’ve missed some past updates.
Remember that really cool laptop lap-desk / cooler that neatly nests around the laptop for storage? I’m on my second one (second laptop was larger).
I just got notice that they’re having a big sale, the biggest deal being free shipping including into the US (the fact that you had to pay shipping from Canada was a factor driving up their effective price rather high).
See their website.
I wouldn’t be that surprised if they disappeared when the inventory sold out.
Completed, over about 3 days last week, upgrading the last of the 400GB drives in the file server. These new ones are Toshiba 2TB drives (which I paved the way for by buying a 2TB hot spare drive last time I upgraded).
Everything went fairly smoothly, though I messed up one command that dropped the redundancy at one point. No actual data loss, and I had two complete current backups at the time.
If I were doing this from scratch today, I’d use an AMD motherboard (because it’s much easier to find consumer-price AMD motherboards that will support ECC memory) and a 5-in-3 hot-swap cage (fits in the opening where 3 5.25″ drives are supposed to go, holds 5 3.5″ drives in hot-swap trays). That would mean a much cheaper and smaller case, plus I wouldn’t need an additional disk controller card (most such motherboards have 6 SATA ports).
And I’d put FreeNAS software one it. That’s FreeBSD-based rather than Solaris, but still supports ZFS. ZFS is absolutely wonderful for this sort of use. It supports many enterprise-level features that you won’t get in any other cheap approach to building a home fileserver.
I’ll stick with mirrored pairs rather than parity, though. I can upgrade in place very easily with this setup. Five drives is perfect for two pairs of data disks plus a hot spare. The hot spare is useful in emergencies, but also is vital to upgrading the disks in a mirror without reducing the redundancy. I’ve upgraded the current server in 5 steps from 800GB usable space to the current 4TB. A file-server built to this outline (just 4 data drives) would support 8TB of usable space today, far more than I need.
And I’ll boot it off USB thumb drives inside the case rather than from a real disk (the current server has a mirrored pair of 2.5″ disk drives for the system disk; that’s an expense and use of controller slots that’s not really necessary).
I’ve speced out parts at various stores a couple of times; I can build an empty FreeNAS file server of this sort for $300 to $500 depending on details (largely how much memory; the current server ran fine in 2GB, runs fine in 4GB, but FreeNAS documentation suggests it’s memory-hungy; but I suspect that’s for deduplication, which I don’t need).