The term Internet of Things was first coined 18 years ago. Today, it is a global phenomenon at the center of the next generation of digital innovation. But its future is not yet assured as IoT needs a robust infrastructure and backend applications able to support the billions of devices that are being connected to the internet.
Network Slicing is a popular buzzword. You hear it everywhere, whether it’s referring to LTE or next-generation 5G technology.
What exactly is network slicing? Basically, it provides differentiated treatment depending on user requirement and improves the efficiency of network resources. In network slicing, customized networks are created and based on user requirements, mobility management entity (MME) providing the required service is selected.
2011 marks the 10th anniversary of Carrier Ethernet services launched by the Metro Ethernet Forum (MEF). The technology has penetrated deep into global communication businesses, both as a service and as a network infrastructure cornerstone, with the entire business ecosystem investing in this technology. Here are a few statistics that show just how deep the services have been integrated.
Operators today are involved in a vicious cycle of adding bandwidth in order to support bandwidth hungry applications, which in turn is spawning even hungrier applications. This is driving operators to deploy next generation technologies such as LTE, which is proving to be one of the biggest “spends” in the history of telecommunications. The problem is that the operator’s Average Revenue Per User (ARPU) is not increasing at the same rate as the demand for mobile broadband, driving the need for operators to innovate to maximize revenue and optimize CAPEX and OPEX.