Wednesday, October 2, 2013

Ultra Fast 2000 Mbps Connection Launched

For the past decade internet service can be described as just fast enough and all apps have worked to that standard.  Thus growth has focused on horizontal improvements which really mean the whole global economy.  Those horizontal markets care now maturing and that leaves open the door for incremental improvements in the vertical market itself.  That needs feaster transfer rates.  Thus this platform and technology is timely and welcome.

Before this is all finished, technology will have to support true holographic screens sufficient to create a holodec room for viewing and game playing.  So it is clear that the build out has barely begun.  This is merely the decade in which technological globalization itself was achieved.

At this point every child has seen the technology and has seen his future and has adjusted his expectations accordingly.  The base is launched and will be in  full global flight inside twenty years.

Your future ultra-fast internet connection just launched into space

By Gideon Lichfield @glichfield September 29, 2013

Elon Musk’s commercial space company, SpaceX, has just launched a Falcon 9 rocket into orbit carrying a Canadian Space Agency satellite, CASSIOPE. Part of the satellite’s payload is Cascade, a prototype for a super-fast space-borne file-transfer system—a kind of digital courier service.
The idea behind Cascade is that companies, governments and agencies increasingly need to get very large digital data packages, weighing several tens of gigabytes, across the world fast—and the internet isn’t up to the task. In the first quarter of this year, according to Akamai (pdf, p. 4), the global average internet connection speed was 3.1 megabits per second (Mbps). At that rate a 100-gigabyte (GB) file would take nearly 72 hours to transfer. The highest average speed was 14.2 Mbps in South Korea.

Average connection speeds in the first quarter of 2013.Akamai—"State of the Internet"
Businesses can of course pay for much higher speeds, and so can some consumers. Google Fiber, which is piloting in a handful of smaller US cities, claims to offer upload and download speeds of up to 1,000 Mbps, over a hundred times faster than the US average, while a service available in Tokyo and a few surrounding areasclaims to go even faster. But a fast connection is of no use for exchanging massive files if whoever you’re exchanging them with doesn’t have it too.
Cascade, built by a Canadian company, MDA, promises upload and download speeds of up to 2,100 Mbps. The company gives little detail about the data transmission technology, so it’s impossible to tell how many simultaneous uploads it could handle. But the theory is that because low-Earth-orbit satellites circle the globe about once every 90 minutes, customers could send files to the satellite when it’s passing overhead (via small dishes on land or at sea) which it would store and then send on to the recipient when it’s in the right place.
A 90-minute delivery delay might not be much of a draw, but the service, MDA suggests, would be especially useful for organizations that need to send a lot of data to and from remote places, such as oil companies, armies, and disaster-relief operations. A lot, of course, depends on how soon it can launch a commercial version of the service, how much faster it can make it—CASSIOPE’s launch came several years behind schedule, so there may be an upgraded form of Cascade in the works—and how far ground-based internet connections have caught up by then.

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