By
Debra KaufmanOctober 5, 2015
While ethical questions can be raised in regards to ad-blocking, the advantages seem obvious. All those ads clutter up the page, slow down load times and eat up battery life, say proponents of ad-blocking software. Over four days, staffers from The New York Times tested ad-blocking apps Crystal, Purify and 1Blocker on their iPhones, and “measured how much the programs cut down on Web page data sizes and improved loading times, and also how much they increased the smartphone’s battery life.” The results favored ad-blockers for mobile devices. Continue reading Ad-Blockers Improve Load Times, Battery Life and Phone Bills
By
Debra KaufmanSeptember 28, 2015
Live mobile video has exploded in the last few months, with offerings from Facebook, Snapchat, Twitter and others. Mobile users have quickly caught on to how they can use live video, from concerts to personal rants. But the Achilles heel, however, is that live video uses a tremendous amount of data and, the immediacy of live video encourages users to go live without a Wi-Fi network handy. The result is that an increasing number of mobile users are going over their data plan, incurring extra charges. Continue reading Users Embrace Live Mobile Video, Data Plan Overages Grow
By
Meghan CoyleDecember 4, 2014
The U.S. Government Accountability Office warns that data caps may drive the prices of Internet service up for everyone, instead of keeping costs low for the people who only use a small amount of data. Internet service providers do not have enough competition in some places, which would make it easier for ISPs to abuse a usage-based pricing system. The GAO recommends that the Federal Communications Commission develop a voluntary code of conduct for ISPs. Continue reading Data Caps May Result in Higher Prices for Internet Customers
By
Valerie SavranOctober 9, 2013
Kumu Networks hopes to provide a solution to the increase of smartphone users and data demands on wireless networks. Kumu claims that its technology can double the capacity of cellular and Wi-Fi communications by challenging the idea that mobile devices cannot transmit and receive data on one frequency at the same time. The Stanford University startup first emerged in 2011 when the team wrote a paper claiming two-way traffic could be carried simultaneously through a specific chunk of radio spectrum.
Continue reading Wireless: Startup Envisions Doubling Use of Radio Spectrum