IoT is an emerging technology currently in piloting and live implementation phase at a number of operators across the globe. IoT is expected to multiply the number of mobile connections …

The introduction of 4G LTE seven years ago caused a tipping point where wireless connections, now faster than wires, became a legitimate enterprise-grade WAN source. Since then, enterprises have leveraged …

As wireless operators continue to offer higher bandwidth and prepare to offer 5G fixed-wireless and Internet of Things (IoT) services, radio access networks (RANs) are evolving. Fiber, PON, and WDM …

The world’s fortunes are made in its cities. To a greater extent, its defining challenges – climate change, poverty, inequality – must also be solved in them. And solutions must …

Nearly 25 years after the introduction of mobile phones, it is still disconcertingly familiar to see people leaning against a window, holding phones in the air or rushing around as …

Join the MulteFire Alliance and Harbor Research as we provide insight into how MulteFire technology delivers wireless connectivity that meets the requirements of Industrial IoT for coverage, capacity, reliability, low-latency …

Low-cost sensors and modems are enticing more and more enterprises to explore embedded connectivity for a wide range of devices and systems. But there are many choices to be made. …

The Internet of Things is expected to be the next revolution in mobile communication, connecting billions of devices. Current cellular technology is not optimized for this massive machine-type communication (MTC). …

  With the recent confluence of new spectrum sharing innovations and the genesis of “Industry 4.0”—the digital transformation of industrial processes and the fourth industrial revolution—the potential for private IoT …

Innovations in 5G, virtualization and cloud technologies will make new applications and services possible in both personal and industrial IoT in the next several years. The evolution of the RAN …