5G is About Intelligent Network, Intel Says

“Client to cloud” is one way Intel talks about coming fifth generation mobile networks. But Intel’s language also shows the intimate connections between core network architecture, end user devices, access networks, what we used to call “big data” and mobile networks.

Where earlier mobile networks were primarily about air interfaces and support for data,  5G breaks the mold.

As Intel sees it, “5G will not be about simply increasing speed and capacity, but will also be about intelligence throughout the network to enable devices and the network to communicate more efficiently, transport data and content more quickly, and share computing resources.”

In practical terms, 5G requires that devices, the network and the computing resources in the cloud will work together to establish intelligent service awareness.

Actions will be prioritized based on level of importance and be flexible enough to accommodate many devices that have widely varying connectivity, processing, power and latency requirements.

Devices will evolve in size, form, function and computing capability on the road to 5G. More significantly, networks and devices will need to intelligently manage connections as users move in to, out of and between cell coverage areas, as well as suppress interference from neighboring cells.

The networks and devices also will take a greater role in sharing contextual information, creating opportunities for developing new breeds of video, web browsing, gaming and interactive cloud-based applications.

None of that can happen without simultaneous changes in the core network. “Increasingly, networks must be designed to be flexible, efficient and scalable,” Intel notes. That means the core networks will be much more virtual, using network functions virtualization and software defined networks.

Intel says it already is working with Nokia, NTT DOCOMO and SK Telecom as part of its 5G development efforts.

Adtran Supplies Gigabit Platforms to 200 U.S. Communities

Even if some might argue most claims of “gigabit” deployments are overblown, Adtran itself reports it has supplied gigabit access solutions for Internet service providers in more than 200 communities as part of its Enabling Communities, Connecting Lives program.

Comcast, the largest U.S. ISP, will be upgrading its services to gigabit levels across 26 million U.S. households in early 2016, so the movement is real.

Comcast’s plan to offer all its consumer customers gigabit speeds over hybrid fiber coax networks has strategic implications for cable operators, compared to most telcos and other independent Internet service providers using either fiber to neighborhood or fiber to home networks.

CableLabs, the U.S. research and development entity, predicts 2016 will be the year that most U.S. cable customers potentially could get gigabit connections over DOCSIS 3.1 platforms.

At the risk of seeming overly bearish about prospects for fixed network telcos, consider one key difference between the hybrid fiber and copper networks used by both telcos and cable companies, in recent decades.

Assuming a typical 500-home serving area from a single optical node, Comcast uses a fiber to neighborhood design that is structurally similar to the fiber to neighborhood design favored by AT&T, for example. The difference is that Comcast should ultimately be able to wring downstream speeds up to 10 Gbps from that same network, using DOCSIS 3.1 technology.

A typical fiber to the node architecture might have a single optical node serving a “few hundred” homes, making it roughly comparable to Comcast’s access network, in terms of use of optical fiber for transport and then copper for distribution to customer locations.

The difference in end user capacity is related to the differences between coaxial cable and twisted pair copper in terms of bandwidth, plus the difference between cable “broadband” and telco “baseband” modulation methods.

The differences are huge, allowing Comcast to upgrade with slight, if any changes, to the distribution plant, and upgrading to a gigabit by switching to new modems now, and up to 10 Gbps over time.

A telco fiber to neighborhood network cannot upgrade that much by switching out customer premises gear.

So cable has a clear advantage, in terms of scaling investment to reach higher bandwidth.

Of course, the alternative is to replace the hybrid network with an all-fiber approach. Comcast itself has chosen to do so for about 85 percent of its customers who might prefer to buy a symmetrical 2 Gbps connection instead of 1 Gbps.

Axiata Struggles in Malaysia, Indonesai; Grows Strongly Elsewhere

Axiata Group Berhad revenue year to date in 2015 was described as “improved” in its most-recent financial report.

Year-to-date (YTD) revenue for the Group was up 2.3 percent to RM9.5 billion from RM9.2 billion a year ago. Earnings before interest, tax, depreciation and amortization (EBITDA) of RM3.5 billion was slightly lower than the year-ago period.

Group profit after tax improved 2.8 percent. After-tax profit was up 34.2 percent year over year.

Axiata serves about 12.3 million customers in Malaysia, down from 13.4 million in the second quarter of 2014, but still generates about 38 percent of its revenues in Malaysia.

Competition is a major issue. Currently Indonesia's third-biggest mobile operator, Axiata’s XL unit lost subscribers. In the second quarter, XL had 46 million customers, down from 62.9 million in the same period last year.

In local currency terms, revenues have dropped from 6.1 trillion Indonesian rupiahs ($439 million) to IDR5.6 trillion ($403 million) over the same period.

Axiata's performance in the much smaller markets of Sri Lanka and Cambodia stood in sharp contrast to the setbacks at home and in Indonesia.

Sri Lanka's Dialog grew revenues to 17.7 billion Sri Lankan rupees ($130 million), from SLR16.7 billion ($120 million) in the second quarter of 2014, and saw its customer base grow from 9.3 million to 10.1 million subscribers over the same period.

In Cambodia, revenues grew from MYR270 million ($65.4 million) in the first six months of 2014 to MYR420 million ($101.7 million) in the same period this year.

Axiata was also boosted by the performance of Idea Cellular Ltd. , one of India's biggest mobile operators, in which it owns a stake of about 20 percent.

Fueled by growth in India's burgeoning mobile data market, Idea reported a 14% percent year-over-year increase in revenues in the April-to-June quarter.

In its home market, Celcom data revenue grew 28 percent year to date. Mobile internet revenue grew 60 percent. Service revenue dipped slightly mainly due to the decline in voice and SMS revenue, however.

Sri Lanka Dialog posted strong year to date  revenue growth of 6.3 percent, EBITDA growth of nearly 20 percent and profit growth of nearly 33 percent.

Robi6 in Bangladesh recorded 4.9 percent year to date  revenue growth to BDT25.1 billion, mainly driven by data revenue and device sales.

The Smart operation in Cambodia saw revenue growth of  39.1 percent. Voice revenue increased 15 percent while data revenue grew 115 percent. T

India Idea saw 16.4 percent growth for its YoY revenue to INR88.0 billion. EBITDA grew nearly 29 percent while profits after taxes grew nearly 28 percent.

In Singapore M1 operating revenue grew 19.1 percent to SGD571.7 million YTD while EBITDA gained 1.4 percent, while profit after taxes grew  3.8 percent.

India Confronts Internet Backhaul Challenge

Since 2011, India’s government has been committed to extending optical fiber backhaul to some 600 million potential users in rural areas. So far, it has made slow progress, having installed about five percent of the planned million miles or so of backhaul facilities.

In 2013, 1.06 billion Indians were still without Internet access, according to a report by McKinsey & Co. In 2013, Internet penetration was 15 percent in India, compared with 46 percent in China.

Availability of backhaul facilities is part of the problem. About a million miles of backhaul fiber is required to reach 250,000 village clusters in India to the Internet. The original plan estimated that 370,000 miles of cable would allow connection of community centers, hospitals and schools as part of the National Fiber Optic Network  launched in 2011.

Full completion is expected to cost about $11.2 billion, about four times what was originally planned.

source: Wall Street Journal

Will Carriers Ever Regain Some of Their App Creation Role?

The “triumph of hope over experience”is one way to describe thinking that communications access or transport  providers can substantially regain the app-creating role they once had in the telecom business.

That is not to say some gains can be made. That is one reason many service providers are enthusiastic about Internet of Things and machine-to-machine services. The real upside does not appear to be in the value of “access” subscriptions, but in the value of the services that use the connections.

In other words, the real money will be made in providing the monitoring and telemetry services, not the network access. The consumer analogy is Netflix. The value is providing the actual application and service, not the incremental value of the Internet access necessary to use the app.

Broadly speaking, that is the difference between carrier voice, messaging and video entertainment services, and Internet access. Internet access if, by definition in most markets, a classic dumb pipe service.

It is vital and necessary, but still a dumb pipe product--it provides the connection to things people want to do, not the “things” themselves.

For at least two decades, it has been true that most apps are created by third parties. There is a good reason: the Internet Protocol ecosystem mandates such separation of apps and access.

Yet hope remains that in developing new arenas, it might yet be possible to recreate a carrier role in creation and delivery of services and apps.

It is possible, perhaps even likely. Whether a fundamental change in application development will happen is debatable.

The IP ecosystem encourages, indeed mandates, app development that is completely separated from the provision of network access. To be sure, carriers can create apps and bundle them with access.

But it seems highly unlikely carriers can hope to create more than a relative handful of valuable and revenue-generating new apps.

As the saying goes, no matter how many smart people work for your company, most of the smart people in the world work for somebody else.

In other words, the sheer volume of potential app developers means no single carrier or firm can hope to create many more than a relative handful of the most-successful apps and services.

It would be in keeping with history to argue that if and when carriers become suppliers of some key apps, it mostly will be because they acquired those capabilities from others.

That’s not a criticism. It will always be the case that most of the significant app innovation happens somewhere else, by design and circumstance. That is the way innovation is supposed to work in an IP ecosystem.

source: Telco2research

OTT Messaging Used by 36% of U.S. Smartphone Users

Some 36 percent of U.S. smartphone owners report using messaging apps such as WhatsApp, Kik or iMessage, and 17 percent use apps that automatically delete sent messages such as Snapchat or Wickr, according to the Pew Research Center.

Nearly half (49 percent) of smartphone owners ages 18 to 29 use messaging apps, while 41 percent use apps that automatically delete sent messages.

“These apps are free, and when connected to Wi-Fi, they do not use up SMS (Short Messaging Service) or other data,” says the Pew Research Center.

Globally, more than half of mobile users are active users of such over the top messaging apps. Message volume tells the story: since 2013, OTT message volume has rapidly outpaced carrier-provided text messaging.

Predictably, that has had an effect on SMS revenue.

India Mobile Revenue Up 15% in 2015

Mobile connections in India will grow to 880 million in 2015, a five  percent increase from 837 million connections in 2014, according to Gartner.

Spending (in constant U.S. dollars) on mobile services will grow four percent to reach $21.4 billion in 2015, driven by mobile Internet services.

Spending on mobile services will be driven by data services, which is expected to grow 15 percent to reach $6.5 billion in 2015.

A large chunk of this growth will be driven by the increasing use of cellular services on data-centric devices, such as tablets and notebooks, through either embedded cellular modems or USB sticks, Gartner believes.