July 27, 2010

San Francisco passed a new law last month that requires all retailers to display the amount of radiation a cellphone emits. Predictably, that law is now coming under fire from CTIA, the wireless industry group. CTIA has filed a lawsuit to block enforcement of the ordinance.

June 30, 2010

Barely two months after its release, Microsoft has pulled the plug on its "Kin" smartphone. It is the latest sign of disarray for Microsoft¡¯s recently reorganized consumer product unit.

March 30, 2010

Verizon Wireless may finally be on the verge of getting the iPhone. According to a WSJ article, a new iPhone is in the works and that Apple could work onVerizon Wireless.

March 29, 2010

A new study from psychologists at the University of Utah suggests that very few people can safely drive while chatting on a cell phone.

AT&T Will Test In-Home Cell Phone Boosters

According to AP report, AT&T is testing a technology that can improve the signal available to cell phones in subscribers' homes, and plans to make it available in a trial market next year.

The company said said they are ttesting so-called "femtocells" in employees' homes, and is looking at a broader, city-sized test with customers in the second quarter.

Femtocells are small boxes that beam low-power wireless signals to cell phones and relay signals back to the carrier through the subscriber's high-speed Internet connection. In essence, they're miniature cellular towers for the home.

Competitor Sprint Nextel Corp. launched femtocells under the Airave brand last year in a few markets, and made them available nationally this summer. Verizon Wireless has said it is looking at femtocells. T-Mobile USA has chosen a different route, selling some phones that can connect calls over Wi-Fi routers.

Sprint's femtocells are for voice and low-speed data connections, but Stankey said Dallas-based AT&T is looking at femtocells that provide full cellular broadband, or "3G" speeds.

While interest is high from carriers, widespread femtocell deployments have been hampered by the difficulty of getting the signals to mesh properly with signals from regular cellular towers.

(December 9, 2008)

 


   
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