In the past, satellite was dismissed as a wireless backhaul technology, mainly for cost reasons; but as pricing for wireless data increases and carriers shift away from unlimited plans, there is now a compelling, and profitable argument for Ka Band’s use in LTE network backhaul. Ka Band plays well with LTE’s all-packet architecture.
The first places to receive LTE coverage in Germany were not large cities like Berlin or Munich, but towns of 5,000 inhabitants or less. Now that rural areas have been covered, German providers will now start to update urban areas with LTE coverage this year.
On Tuesday, AT&T Inc reported a higher-than-expected quarterly profit as iPhone sales declined, reducing the amount of cash it had to pay Apple Inc and boosting its margins.
At the time of Russia’s presidential election in March, allegations of election fraud were prevalent across much of the nation, as well as the world. In an attempt to legitimize the election, the Russian government authorized and provided $500 million for the deployment of about 200,000 cameras in approximately 90,000 polling stations across Russia.
On Monday, Deutsche Telekom announced it has signed a partnership with Lookout Inc., a smartphone security company, to deliver a mobile security application to Deutsche Telekom's European customers.
BLiNQ Networks Inc., a provider of small cell wireless backhaul services, on Monday announced that it completed two field trials, one with a tier one global mobile operator and another with a fixed access provider in Europe, to test its small cell backhaul services.
Verizon Wireless plans to put a chunk of wireless spectrum up for sale as it looks for regulatory approval of its controversial plan to purchase a block of spectrum from cable service providers. According to a Wall Street Journal report, the spectrum sale could be worth billions of dollars.
Environmental activist group Greenpeace released a report today examining how energy-efficient and clean cloud computing really is. The group found that Apple and Amazon had some of the dirtiest clouds in the industry.
Copper T1 service to cell tower sites is quickly becoming inadequate. Wireless cell carriers continue to increase new cell site locations and to upgrade existing 3G sites to 4G/LTE. The drivers for this increase in bandwidth demand are the millions of ‘multiple screen consumers’ equipped with wireless devices proliferating our social scenes. The market is demanding that communications consumers be always connected everywhere across multiple devices each often running multiple applications creating a level of Tel