I would love to see Google do this for Australia and New Zealand as well. Both countries are at the end of the line (so-to-speak) and would benefit greatly from something like this. Our Internet is pretty rubbish and expensive, and while that might be in part due to limited choice of ISP's, archaic Government policies and equipment, bandwidth is a HUGE problem.
Google Invests in $300M Submarine Cable to Improve Connection Between Japan, US
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Re: Google Invests in $300M Submarine Cable to Improve Connection Between Japan, US
#72Earlier quoted context omitted.
The cables are pretty limited in both number and capacity. Just compare Australia with Japan for example: http://www.cablemap.info/
Poor inter continental connections dont explain data caps INSIDE their uber fiber national network, do they?
Re: Google Invests in $300M Submarine Cable to Improve Connection Between Japan, US
#73Anyone want to take a guess at Google's motive (other than goodwill)? Better access to East Asian customers?
I've been living in Japan and access across the pond is a bit flaky at times. Most of the time I can blame my local service provider (a sharehouse) for their piece of shit router, but there are countless numbers of times when a stream will suddenly cut or a connection will just time out for no good reason (while other simultaneous connections even across the ocean are fine).
Re: Google Invests in $300M Submarine Cable to Improve Connection Between Japan, US
#74This might be an absurd question, but I can't think of a better place to ask it. In my mind there's a huge mental disconnect between computers (servers/personal computers) and infrastructure like this. Could someone provide insight on when/how these types of high-throughput cables are used? How the process is managed, by who, and how on earth all those bits are lined up at such a high speed. I understand they're core…
Routers. Routers everywhere... The internet is broken up into different networks, each one being an 'Atonomous System' (AS). These networks are all connected to other ASes at various interconnection points, such as an Internet Exchange (IX) or another point-of-presence (PoP). At these points, a router on the edge of one network is connected to a router on the edge of another. These 'edge' or 'border' routers talk to…