The increasing global demand for Wide Area Network processing power and speed means mobile wireless operators and bandwidth wholesalers are becoming overwhelmed by staggering volumes of Cloud & LTE traffic. Aggregate bandwidth usage is forecast to continue bringing a tidal surge of traffic behind waves of video and infotainment apps, Cloud data storage, social media, Location Based Services (LBS), Machine-to-Machine (M2M), smart homes, connected cars, and you name it.
A global tier 1 Service Provider (SP) was experiencing a common issue: its circuit inventory data was untrustworthy, so it could not rapidly isolate faults and lacked the granular network intelligence to build out capacity, when and where it was needed. The SP had tried the common solution of periodically purchasing costly blanket bandwidth upgrades but still encountered the symptoms.
With the introduction of the iPhone in 2007 came the beginning of a global mobile revolution. Since then, mobile computing has transformed every aspect of our lives with smartphones and tablets outselling laptop computers as the primary means of network communication. In fact, this growth will only accelerate in the coming years, as the next wave of mobilization will create even more data from enterprise mobility, wearable computing and the Internet of Things (IoT).
Reliance Jio Infocomm has announced another network-sharing deal with Reliance Communications (RCOM) in a further sign of improving relations between India’s Ambani brothers.
The so-called Master Service Agreement will give Reliance Jio (Mumbai, India) access to RCOM’s (Mumbai, India) nationwide inter-city fiber network, which it hopes will help to speed up its deployment of a 4G network across India.
Reliance Jio said the agreement was based on “arm’s length pricing at prevailing market prices”.
Indian operators Bharti Airtel and Reliance Jio Infocomm have announced a network-sharing plan aimed at avoiding “duplication of infrastructure” and lowering costs.
The companies said they would share inter- and intra-city fiber-optic networks, submarine cable networks, towers, internet broadband services and other technologies that might emerge in future.
Besides avoiding duplication and freeing up capital for other projects, the operators said that comprehensive network sharing would help to “preserve the environment”.
Data traffic on metro access and aggregation networks is set to grow by as much as 560% by 2017, according to new research from Alcatel-Lucent’s Bell Labs, driven by demand for ultra-broadband access, video and cloud services.
The research also indicates that by 2017 more than 75% of this traffic will stay in metro networks, up from just 57% today.
Meanwhile, traffic from video services will grow by 720% over the forecast period, with data-center traffic increasing by 440%.
The small cell backhaul market is poised for takeoff and set to grow at a compound annual rate of 48%, according to a new study from ABI Research.
The market-research company says vendors are now rushing to deliver the ideal backhaul solution, with the market dividing into a number of camps according to technology specialization.
The market for small-cell backhaul in outdoor settings is poised for rampant growth next year, according to a new study from Infonetics Research.
Operators are increasingly looking to small-cell technology to plug gaps in existing coverage and boost the capability of their networks.
Pressure on current investments is growing as consumers rush to adopt new smartphones and other devices that can be used to access high-speed internet services.
Vodafone Netherlands has become the world’s first operator to deploy an entirely scalable small cell system for its enterprise customers.
The technology is being supplied by SpiderCloud Wireless (San Jose, CA, USA) and is designed to boost in-building capacity and coverage for the operator’s range of enterprise customers.
The system can be installed much faster than older small-cell technologies and incorporates a node allowing the operator to control more than 100 multi-access small cells.