compassion, collaboration & cooperation iN transistion
...are 'upsticking' their presence in California and setting up camp in Texas, [IT] IS still the case that the USA does not have a National Grid despite the talk of ONE [BE]ing established on the back of Hyperloop Technology • in juxtaposition to the UK's long standing National Grid which delivers mains power on demand, to the vast majority of homes and businesses • I am reminded of the fact that [IT] was over the Christmas of 1981 that I wrote the BBC Basic Program to emulate an Authoring Language to demonstrate the capabilities of an Interactive Multimedia Video System, to supplement the BBC's Computer Literacy Project, that was launched at the Tower Bridge World Trade Centre Event in London in the January of 1982, which subsequently led to its [ECO]Networked European launch at Didacta '84 where the original Apple 128K Mac European launch took place.
All of which I have been reminded of, by a recent completely out of the blue, Peter Rycraft blast from the past message! which has reminded me of Peter's significant role in the creation of a Computer Networking capability over mains electricity installations that became the precursor to my own @home Ethernet / Virgin 5G wifi network for the last three years or more, which has facilitated our high-speed access to the internet, whilst sitting on our bench at the bottom of the garden.
As an addendum to this *zaadzBLOG, I would update those who would wish to know more about 5G in general.
You see it mentioned in countless phone commercials,
and your phone might use it. But do you know how it works You’ve likely heard a lot about 5G lately. But what is it, exactly? says Scientific American in an email from them today. 5G is in[DEED] the latest standard for mobile internet networks.
Mobile telephone services have technically been around since the 1940s. But those systems involved dialing an operator on 80lb. car phones. And networks could only handle a few calls at once, since the Federal Communications Commission wouldn’t let them use much of the radio spectrum.
Over the next few decades, engineers at AT&T’s Bell Labs devised plans for a mobile network that could span across the country. They envisioned a dense network of hexagonal “cells” with transceivers at the center of each.
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