Spend a few days hanging around Black Hat and DEF CON, and you’ll see some creepy hacks. If you wanna lose a little sleep, dwell on the fact it’s much easier to replicate the work or even to buy data-capturing devices.
Another month, another big acquisition to bolster Cisco’s portfolio for mobile carriers. This time it’s Ubiquisys, the highly-rated purveyor of small cells, SON technology and other operator-focused treats.
Half of the base stations now deployed by telco operators are small cells, which means telcos have to deal with the problems of scale out systems. Here’s what they can learn from IT guys who deal with the same issue in their data centers.
You thought it was hard to get cellular coverage in your basement — try getting it in the rain forests of the Congo. RascomStar plans to ensure that remotest communities in the Republic of the Congo get mobile service using the smallest access node imaginable: the femtocell.
ABI Research estimates there will be more LTE microcells in place than actual LTE base stations by 2014. There’s good reason to believe the forecast: For a heterogeneous network with wide coverage, the number of microcells will have to far outweigh the number of base stations.
Residential femtocell sales continue to lag due to overpriced hardware and the widespread adoption of Wi-Fi in the home. But opportunities still exist for femtocells in the enterprise and as a crucial component of carriers’ overall mobile networks.
At the IEEE Technology Time Machine Symposium last week I heard the world’s leading academics, engineers, executives, and government officials project what the world will look like in 2020. The future brings technology together for everything from enhancing the human experience to improving environmental sustainability.
AT&T’s strategy for pushing through its $39-billion purchase of T-Mobile, thus consolidating further the majority of the mobile subscribers, 4G-capable spectrum and revenue in the U.S. is fantastic. Let’s take a look at the promises, the changes in strategy and the continuing issues.
By the end of 2013 almost all (97 percent) of mobile operators will deploy some type of traffic shaping technology to manage demand for mobile broadband, up from 47 percent today, according to a white paper issued today by Volubill.
Devices that boost cellular signals in areas of poor coverage can turn a useless phone into a portable powerhouse, but the CTIA is seeking greater control on the use of such signal boosters, claiming interference issues. Is that the real reason, or are femtocells to blame?