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 they search for the elusive indoor cellular signal. The crowds around the windows are...
The commercialization of 5G technology and use cases won't be like turning on a light, rather it will be a more gradual, phased approach. Early consensus suggests the first wave of 5G deployments may center around ultra-high-speed fixed broadband. Learn about the trials and...
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 and mobility.
MulteFire, based on 3GPP Release 13 and 14, is an LTE-based technology that...
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 and mobility.
MulteFire, based on 3GPP Release 13 and 14, is an LTE-based technology that...
This webinar will provide a brief overview of spectrum analysis and traditional spectrum analyzers used by engineers and technicians involved in modern RF and microwave communications and demonstrate how Anritsu utilizes its patented non-linear transmission line technology to shatter the cost, size, and performance...
Join EXFO as we discuss the various techniques and testing required to achieve optimum data center network connectivity performance. Learn all about the best practices to consider when building new optical infrastructure for network migration to higher bit rates inside the colocation and data...
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 a wild west of competing standards, networks, platforms, modems,...
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 a wild west of competing standards, networks, platforms, modems,...
Operators finally have the tools they need to optimize their networks in real time and, in doing so, to increase the efficiency of network resources and improve subscribers’ QoE. But to do so, they need to gain a deeper understanding of how their networks...
The challenge of improving connectivity for the enterprise involves multiple stakeholders: building owners, tenants, equipment suppliers, integrators, infrastructure providers and of course wireless carriers. Successful solutions are those that can deliver a better experience for the end user and a positive ROI for the...
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). 3GPP has released requirements for new cellular-based narrowband technology specifically for IoT.
Wireless service providers...
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). 3GPP has released requirements for new cellular-based narrowband technology specifically for IoT.
Wireless service providers...
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 networks is substantial. New technologies, such as MulteFire and LTE-based CBRS, makes it possible to...
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 networks is substantial. New technologies, such as MulteFire and LTE-based CBRS, makes it possible to...
The tools and techniques used in interference hunting have remained largely the same across previous generations of cellular technologies. Differences in modulation, bandwidth, and frequency bands for 5G networks will however require substantial changes in how interference is detected, located, and resolved in 5G...
Wi-Fi carries a significant portion of enterprise and consume data traffic and increasingly, voice. Mobile operators are increasingly looking to unlicensed spectrum to supplement their licensed holdings to boost performance and improve experience while keeping costs down. Some wireless networks, such as those of...
CBRS gives operators, service providers, enterprises, public entities and others to share the 3.5 GHz spectrum with legacy users in the US within an innovative regulatory framework, which combines some of the benefits of licensed and unlicensed spectrum.
The webinar presents the findings of a...
3GPP recently began a new study of 5G New Radio (NR) operating in unlicensed spectrum. Access to shared and unlicensed spectrum will extend 5G into a wider range of deployments and create opportunity for innovation; it will enhance mobile broadband deployments anchored in licensed...
5G wireless networks are going to usher in a new age of higher data rates, Industry 4.0, IoT devices, and driverless cars. To support the millions of devices invading our lives we must first take all of our supporting infrastructure to the next level....
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 and the packet core in 5G will benefit from pervasive use of cloud and...
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 and the packet core in 5G will benefit from pervasive use of cloud and...
Fiber will enable next-generation networks, smart cities and the internet of things. Fiber to the tower has already separated radio heads and antennas from base station equipment, and now that same architecture is being leveraged for centralized radio access networks, or C-RAN. Companies with...
After years of planning and pilot projects, the national public safety wireless broadband network known as FirstNet is poised to soon become a reality. RCR Wireless takes stock of FirstNet's status, short- and long-term goals, as well as technical issues including spectrum sharing and...
While some futuristic IoT applications will take years of R&D before being commercialized, many other IoT applications are creating business value today. Let's take a look at how carriers are using the internet of things in the real world. From agriculture to smart city...
