Siemens Develops 1 gbit/sec Wireless Link
jonknee writes "Siemens has developed mobile wireless technology with transfer rates as high as 1 gigbit per second. This blows the doors off of '3G' technology, or EV-DO (the high-speed data technology used by Verizon Wireless and soon by Sprint PCS). Not all the specs are out yet (more info is expected early next year), but it uses three transmitting and four receiving antennas. With any luck the phone in your pocket will have a gigabit link by the year 2015."
Generally, bash is superior to python in those environments where python is not installed.
With any luck the phone in your pocket will have a gigabit link by the year 2015.
By which time it won't seem that amazing at all.
"With any luck the phone in your pocket will have a gigabit link by the year 2015."
;-)
Having a phone in your pocket may be obsolete in 2015
Rapid on demand location based services springs to mind, such as detailed maps and directions. As does accessing music files remotely from your own PC. That'd be nice. Maybe more expansive travel information such as realtime traffic or flight data. I'm sure these would become more and more useful given a large hike in bandwidth.
As somone more intelligent than myself said, "if you build it, they will come.".
I had a dream, bright and carefree, but now there's doubt and gravity
How much do 100GB disk space cost today? How much did they cost 10 years ago?
How much would you have payed 10 years ago for the data rate of a current standard DSL connection?
How much would you have payed 10 years ago for the computing power of todays entry level PCs?
So, are you still sure that the pricing will not be about right for the consumer market in the year 2015?
The Tao of math: The numbers you can count are not the real numbers.
This article is interesting in the standard kind of wow, high bandwidth wireless kind of way. However, as wireless LAN technologies become more long distance (Wi-Max) and cellular technologies become more high bandwidth (this article), when will the two converge into a united space?
I know there is a difference in the licensing of the spectrum, but disregarding governmental interferences, prevents wireless LAN and cellular from essentially becoming the same type of standard?