Today’s world is characterized by what I call the “mobile explosion”—an environment defined by mobile cloud becoming a platform for delivering everything. It is a world of heterogeneous networks, licensed macro small cell networks, and unlicensed small cell networks (Wi-Fi for example), all seamlessly combined. In this world, however, I believe we are facing a mobile paradox: on the one hand, there is a staggering demand for data from our smartphones, tablets, and other connected devices; on the other hand, the telecommunications industry is grappling with business and monetization challenges around profitability, how to build up these networks fast enough, and competition from over-the-top (OTT) operators. But, operators are struggling with building the business case and understanding how to make Wi-Fi pay.
The much quoted Cisco Visual Networking Index (VNI) predicts that global mobile data traffic will increase 13-fold from 2012 to 2017, reaching 11.2 exabytes per month. In parallel, the use of unlicensed small cell networks (Wi-Fi) for Internet access is exploding as more mobile devices are Wi-Fi-enabled, the number of public hotspots expands, and user acceptance grows. Until recently, most technologists and mobile industry executives viewed Wi-Fi as the “poor cousin” to licensed mobile communications. And they most certainly never saw any role for Wi-Fi in mobile networks or their business. The explosion of mobile data traffic has changed all of that. Most mobile operators now realize that offloading data traffic to Wi-Fi can, and must, play a significant role in helping them avoid clogged networks and unhappy customers.
In the “Business Models and Monetization Video” in Big Thinkers in Small Cells, my colleagues and I discuss revenue opportunities and challenges mobile operators face today with small cells, both licensed and unlicensed. Mobile operators Read More »
Tags: Cisco, cloud, data offload, IBSG, macro small cell networks, mobile, mobile cloud, mobile operators, mobile providers, mobility, Networks, offload, operators, service providers, small cell, small cell networks, small cells, wi-fi, Wi-Fi business models, Wi-Fi providers
From my blog post about the upcoming MPI-3 draft spec, Geoffrey Irving asked a followup question:
Can you describe the difference between the current situation and true background progression? Does the lack of background progression mean having to occasionally explicitly relinquish control to MPI in order to let one-sided operations proceed? Once true background progression is in place, would it involve extra threads and context switching, or use some other mechanism?
A great question. He asked it in the context of the new MPI-3 one-sided stuff, but it’s generally applicable for other MPI operations, too (even MPI_SEND / MPI_RECV).
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Tags: HPC, mpi, MPI-3, offload
By Roland Klemann, Director of Service Provider Practice, Western Europe, Internet Business Solutions Group
Although the coaxial cable may have been born in 1929, predictions of its death have been greatly exaggerated.
While traditional models for consuming television are indeed under siege—from time-shift TV, over-the-top video, and an ever-expanding array of new devices—cable remains highly relevant, even in an age of exploding data traffic. In fact, with savvy deployment of Wi-Fi services, cable providers can seize an opportunity—not in spite of the mobile data deluge, but because of it.
After all, that sleek new iPad—introduced last week while I was attending the Cable Congress in Brussels—boasts dazzling video resolution. But for network operators, it only adds to a growing problem. They are already reeling under the burden of a massive upsurge in traffic, from tablets and IP-enabled devices of all kinds. What’s worse, they are still at the low end of an ongoing mobile data explosion. Cisco’s Virtual Networking Index predicts an eighteen-fold increase in mobile traffic from 2011 to 2016.
As a result, two things are breaking down: 1) the physical capacity of the networks, and 2) their economics. Theoretically, mobile carriers can build enough macro cells to carry all the traffic in the world, but in reality, that gets prohibitively expensive—fast. No wonder some are feeling an encroaching sense of doom.
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Tags: broadband, byod, cable, carriers, Cisco, data, IBSG, mobile, Networks, offload, providers, Service Provider, Smartphones, Tablets, traffic, tv, video, wi-fi