A new report published by Beecham Research helps enterprise companies to match their Internet of Things (IoT) applications to the most appropriate public connectivity services to enable them. The report, ‘An Introduction to LPWA Public Service Categories: Matching Services to IoT Applications’, also proposes a new name for this new class of providers.
Current telecommunications technology is constantly improving. With every generation of wireless network, carriers make improvements to meet data demand, speeds increase, and new capabilities and applications of mobile networks arise. Cell towers, with a few antennas per base station, have been the backbone of the industry, standing as points of reception and transmission of data on radio airwaves. Today’s top-of-the-line 4G wireless networks’ base stations have the capacity to communicate with up to four users at a time on a given frequency.
“Can you hear me now?” If you’ve watched television anytime in the last decade, you’ll likely recognize that catchphrase from the “Test Man” commercials Verizon ran constantly in the early 2000s. Today, communications service providers (CSPs) continue to throw money at advertising or any other method that gains them market share – and it isn’t cheap. In fact, telecoms spend hundreds of dollars to acquire just one new customer.
Denying market economy status to Beijing would be a strong political signal from the EU and might have some negative effects
It seems that in Europe, the debate over granting China market economy status is not hitting the spot. Semantics are often the cause of misunderstandings, and also in this debate.
With talk of a 5G mobile network slated to launch sometime in 2020, cellular carriers and consumers in the know are equally delighted: 5G will mean more than 10 times the current capacity of even the best 4G LTE. Still, with the announcement of this and other technological advancements, some are concerned about what the debut of new technology could mean for the cellular industry as we know it.
Competition within the telecommunications industry is fueling mergers and acquisitions, albeit at a slower pace than in years past. There were 269 telecom mergers in 2015, down 11.5 percent from the 304 mergers that took place in 2014 and off 20 percent from the 339 in 2013. Since the start of 2010, the industry has seen more than 2,400 M&A transactions. The number of telecom players is dwindling, but industry consolidation is still robust between mobile and fixed line/cable operators, resulting in bigger players occupying more dominant positions.
In the emerging, amorphous Internet of Things (IoT), we find many expressions of technology: smart home, connected car, even the smart factory.
Given that 5G is still in its infancy, work also remains relative to channel modeling, radio architecture definition and chipset development before the first commercial systems will be deployed. However, there are certain trends and requirements already agreed upon and problems to be solved that will lead to final 5G systems. Let’s consider 5G access systems at microwave and millimeter wave frequencies. One of the major hurdles in implementing radio access at microwave frequencies is overcoming the unfavorable propagation characteristics.