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Joined 2 years ago
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Cake day: June 12th, 2023

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  • Yup! I had an amazing job lined up working for a major company at their EMEA headquarters in the UK. I had got through a half-dozen rounds of interviews and was offered the position. I had just moved into a place near their campus and was heading through the process of joining (there was a longwinded - but fully paid - enrolment process I was working through) with an amazing job full of travel, interesting challenges and, crucially, a £100k/year salary waiting at the end. But this was shortly after Brexit and the flailing UK government was jumping from self-imposed crisis to completely-unavoidable crisis, insulting and infuriating other countries by constantly changing the terms of neotiation, publicly announcing then denying new impossible promises by the day, and the company in questions had just had enough: how the fuck could they keep their EMEA HQ in a country that couldn’t even promise that foreigners would be able to visit - let alone work - there in six months, and they announced the campus was closing. All the existing jobs moved to the EU, existing staff offered redundancy or relocation, and the onboarding process was cancelled. Thanks to Brexit I wasn’t allowed to live or work in the EU so I was jobless. I ended up doing shitting IT support jobs for £20k then £18k for years until I finally landed the job I’m in now which I love, but it’s definately not where I could - or, at the risk of sounding arrogant should - have been.







  • I used to have an iMac that I loved (screen was excellent) but it quickly became a shitbox (because Apple) so I turned it into a X Server for my far more powerful Linux box. Is there a modern equivalent of that? Basically turn it into a thin client?

    Edit: for kiosks, Windows 10 can be quite happy on 1GB RAM, but that 16GB storage is a problem.











  • rmuk@feddit.uktoAsklemmy@lemmy.mlWhere does the internet cable go?
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    1 month ago

    A severe simplification of the history, but: In the 1960s, say, if you lived in a town with shit TV reception the local authorities might set up a really good TV antenna on a nearby hilltop and run a wire through town that everyone could connect their TVs to. This was called Community Antenna TV, or CATV, which later became known as Cable TV. The coaxial cable used for this doesn’t carry signalling like, say, twisted pair; instead, the purpose of coaxial is to provide an enclosed, shielded tunnel for radio signals to propagate along. The signal would fade over time, so repeaters would be added every so often to boost the signal and filter noise.

    So, yes, all your neighbours can ‘see’ your data, because you’re all sharing the same coaxial cable, though it’s encrypted between your modem and the cable company’s local headend. Those boosters I mentioned would historically break the Cable network into neighbourhood-sized chunks preventing the modem signal propagating too far, so there would be a local headend within the same segment for your modem to connect to. The bandwidth available is split between all the users in the segment, so having a second coaxial cable coming through the wall would be of limited utility; it’d be easier for your ISP to just allocate more bandwidth to your existing modem.

    You mentioned Ethernet, but in most Ethernet networks we use switches that ensure that only the recipient gets to see the packets. In the old days we used hubs, which are more analogous to neighbourhood cable networks in that regard.




  • Centralised, monolithic online services. Even when they were ‘good’, I was leery of services like YouTube, Facebook and WhatsApp because they made no attempt to be interoperable or peerable. Two GMail users will have a richer experience emailing with each-other than they would with someone on, say, Yahoo Email or an Exchange server, but it would always work, eventually, somehow. Obviously we now have the concept of the Fediverse, but federated peers forming ad-hoc connections using an lowest-common-denominator protocol is the basis of the whole Internet.