Slash Boxes

SoylentNews is people

posted by Dopefish on Sunday February 23 2014, @04:00AM   Printer-friendly
from the chewing-through-my-data-plan-that-much-faster dept.

SpallsHurgenson writes "Steve Perlman is ready to give you a personal cell phone signal that follows you from place to place, a signal that's about 1,000 times faster than what you have today because you needn't share it with anyone else.

"It's a complete rewrite of the wireless rulebook," says Perlman. The technology is now called pCell - short for "personal cell" - and it allows streaming video and other data to phones with a speed and a smoothness you're unlikely to achieve over current cell networks.

Perlman's invention - formerly known as DIDO - discards the current arrangement of cells shared by many users, giving each phone its own tiny cell, a bubble of signal that goes wherever the phone goes. This "personal cell" provides just as much network bandwidth as today's cells, Perlman says, but you needn't share the bandwidth with anyone else. The result is a significantly faster signal."

This discussion has been archived. No new comments can be posted.
Display Options Threshold/Breakthrough Mark All as Read Mark All as Unread
The Fine Print: The following comments are owned by whoever posted them. We are not responsible for them in any way.
  • (Score: 2) by mrbluze on Sunday February 23 2014, @04:13AM

    by mrbluze (49) on Sunday February 23 2014, @04:13AM (#5069) Journal

    Interesting. The NBN in Australia is offering 25/8 mBit connection via a wireless connection for remote locations. Does this mean we could be seeing insane speeds over the air any time soon? What about latency?

    Do it yourself, 'cause no one else will do it yourself.
    Starting Score:    1  point
    Karma-Bonus Modifier   +1  

    Total Score:   2  
  • (Score: 2, Insightful) by davester666 on Sunday February 23 2014, @09:00AM

    by davester666 (155) on Sunday February 23 2014, @09:00AM (#5129)

    Sure, except...

    1) this only affects transmitting from the cell tower to the cell phone. The cell phone still transmits at the same speed as before, with bandwidth shared by all the phones in the area.
    2) good luck with getting 3-5 antennae to generate thousands of these couple of cm diameter super-reception-bubbles around each cell phone antennae, and then move those bubbles in real-time to follow each antennae around as it moves in a semi-random path.

    Theoretically it's possible, with each cell tower having a bunch of directional antennae, and some really powerful computers, and some new cell phone locating technology that works in 3d down to ~1cm more than probably 10 times a second [because lots of phones are in motion somewhere between 2 and 60 mph.

    Actually, at 60 mph, your phone moves 88 feet/sec, so the location would have to updated more than 100 times/second.

    Sounds like this system is at least 6 months away from widespread implementation.

    • (Score: 3, Informative) by mrbluze on Sunday February 23 2014, @09:21AM

      by mrbluze (49) on Sunday February 23 2014, @09:21AM (#5133) Journal

      Well actually.. NBN in Australia is for fixed wireless (wireless to the home). This could obviate the need for buried optical fibres in low density areas.

      Do it yourself, 'cause no one else will do it yourself.
    • (Score: 1) by sjames on Monday February 24 2014, @05:42AM

      by sjames (2882) on Monday February 24 2014, @05:42AM (#5585) Journal

      The same technology can control the sensitivity when receiving a signal so the speedup should be bi-directional. It probably won't work well on moving targets unless their motion is quite predictable. It will be quite a computational challenge to serve many [phones at once.