Papas Fritas writes:
"Robert Channick reports at the Chicago Tribune that Comcast is set to turn hundreds of thousands of Chicago-area homes into wi-fi hot spots, using existing Comcast equipment to build out its publicly accessible wireless network.
The neighborhood hot spots initiative, rolling out during the next several months, will send a separate Wi-Fi signal from Comcast-issued home equipment, enabling anyone within range to get online. Soon, entire residential blocks will begin to show as hot spots on Xfinity's Wi-Fi mobile app. Because the Comcast subscriber's signal will be kept separate from the second, publicly available signal, the subscriber's speed and privacy shouldn't be affected. 'They'll look like two separate networks and they'll act like two separate networks,' says Tom Nagel. 'Any use on the public side doesn't impact the private side.' Once the dual-mode modems are activated remotely by Comcast, visitors will use their own Xfinity credentials to sign on, and will not need the homeowner's permission or password to tap into the public Wi-Fi signal.
Non-subscribers will get two free hours a month; beyond that, they can access Xfinity Wi-Fi on a per-use basis. Rates run from $2.95 per hour to $19.95 per week, according to Comcast. Xfinity subscribers can travel from hot spot to hot spot in this case, from home to home without needing to log on again through their mobile device. 'The Utopian ideal of a massive, free Wi-Fi network has been around since the early days of Wi-Fi, but there was never an economically viable path to deliver it,' says Craig Moffett. 'Comcast has a better shot at it than just about anybody else.'"
(Score: 2) by gishzida on Thursday March 06 2014, @02:38AM
It is also disingenuous for Comcast to say the "freeloading" won't impact bandwidth. Network connections on cable are aggregated into one amount of bandwidth... for an value of "n" users the available bandwidth to one user is 1/n... If the network originally had ten users a single user gets 1/10th of the bandwidth. When n=20 you get 1/20th... adding more users divides the available bandwidth into smaller and smaller chunks and everything slows to a crawl.