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Joined 2 years ago
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Cake day: June 10th, 2023

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  • I remember clearing drive space on my first computer once, I went off of install size and anything other than a couple of key games that took up multiple hundreds of Mb got the boot and anything less than 100 Mb stayed installed for a bit longer. When you’ve only got a 40GB drive, thems the choices you have to make!

    Meanwhile I’ve seen Fortnite literally fail to update with less than 100GB free because it needs to modify so many files in its gigantic install



  • Another idea I forgot to share is potentially just creating a worksheet that you can send to a printing company for paper forms. There’s tons of printing companies which you can just provide a PDF or even just a logo and some info and get a custom pad of paper printed with that, so it’ll have your logo and the fields you need then just rip off each sheet after it’s written out.

    Otherwise if you really need this info digital, a spreadsheet or something in saltcorn is probably your best bet, but really you want to keep it simple at the scale you described (hence the custom printed pads of paper idea)











  • Fiber can deliver a single 800gigabit connection over a single strand of fiber, and if you have multiple connections you want to run over a single fiber you can use different colors for each connection and run theoretically up to 2048 different connections over a single strand of fiber. (Currently most commercial deployments top out at about 160 connections per fiber strand)

    Since these various connections are all made up of specific wavelengths of light, they can be “switched” by simply running the light through a prism, meaning a ton of your network infrastructure is entirely passive and doesn’t require any electricity to operate, reducing downtime, complexity and cost

    One downside of fiber is you generally need one connection for uplink and one for downlink, but there are bidi transceivers which either use 2 wavelengths, one for uplink and one for down, or will time share uplink and downlink. Or since each of these individual strands of fiber are incredibly small, literally about 7 microns across, you can pack hundred or even thousands of strands of fiber into one cable.

    Fiber also operates at literally the speed of light, meaning the connection to the Internet is incredibly low latency. Fiber also doesn’t rust like coax or telephone wires. As long as the actual fiber isn’t broken you can keep replacing the transceivers at each end indefinitely to upgrade the connection

    I will agree though, it is super cool that multi-gig connections ultimately are possible over existing coax networks. I didn’t think I’d see it but here we are!

    Edit: I was a little out of date. Currently up to 1.6Terrabit over fiber