This antique technology could turn out to be the future of broadband

“If you’re still waiting for your ISP to announce when it will bring fibre to your premises and you suspect ‘sometime the otherside of never’ is the answer, take heart,” Jo Best reports for ZDNet. “You may already have the line needed to deliver 1Gbps to your home or office already in place.”

“Copper networks went into the ground in some countries over 100 years ago, and were more recently the first networks used to deliver broadband to customers. However, copper was also viewed as a technology dead end: only capable of offering tens of megabits per second, it was just a staging post until fibre to the premises (FTTP) replacements could be installed, bringing broadband speeds into the hundreds of megabits per second and beyond,” Best reports. “That was, of course, until came along.”

“ is a new-minted standard being explored by operators in Europe, Australia, Asia, and beyond, as a means of offering fibre-like speeds over those creaking copper wires,” Best reports. “Using the existing copper infrastructure, can offer a 1Gbps downlink over 20m copper loop, and several hundreds megabits per second over hundreds of metres.”

Read more in the full article here.

MacDailyNews Take: Salvation for millions upon millions of users may be at hand!


    1. Nice one Higo!

      My thought on the MDN take was that salvation was at hand for the Europeans. The US’s messed up conglomeration of cable companies area monopolies and phone companies area monopolies will ensure that it will be a long time of expensive suffering before our deliverance. We don’t want monopolies in the US – then why do we allow situations like mine, where there is only one broadband provider available for my house. Sounds like a monopoly to me.

    1. Precisely the problem! 1 Gbps over 20 meters? Several hundred Mbps over “hundreds of meters”? That is fine if your home or business is right next to a substation. But many people in the U.S. are located 1000 to 2000 meters from a substation, or even more distant. Bandwidth will drop quickly with distance and with noise. Are these figures for a laboratory test in a well-shielded environment. I applaud the effort, but I am highly skeptical that this will ever turn into a marketable product.

      The old copper infrastructure in the U.S. is crumbling and unreliable. I always had lots of noise on my line in multiple residences over the years, which kills SNR and significantly reduces bandwidth. Fiber is now the go-to technology for all high speed installations, and WiFi is taking ver for everything else. There is no room for a stop-gap data transmission technology over old copper infrastructure.

  1. 100s of feet, assuming two pair 24 gauge and a birds nest of wires at the distribution box. It’s interesting.

    I am pessimistic, of its true potential, I’m the next 5 years. In the mean time wireless gets better all the time.

Reader Feedback

This site uses Akismet to reduce spam. Learn how your comment data is processed.