There’s a lot of hype about municipalities using smart infrastructure to solve problems from air quality and temperature monitoring, to everyday traffic. But the epicenter of smart technology doesn’t originate at the city; rather it’s airports that have always been the first to embrace technologies necessary for operating efficiently, meeting passenger requirements and providing for traveler safety.
Vertiv and 451 Research, have unveiled the findings from its report that delves into the state of 5G, ‘Industry Hopes and Fears: From Energy Costs to Edge Computing Transformation’, is based on the results from a survey of more than 100 global telecom decision makers with visibility into 5G and edge strategies and plans. According to Vertiv, respondents were ‘overwhelmingly’ optimistic about the 5G business outlook and are investing aggressively into deployment plans. Just 12 percent of operators expect to be rolling out 5G services before the end of the year, while 86 percent expect to be delivering by 2021.
US Ignite, in conjunction with Amazon Web Services and Kauffman FastTrac, has announced a Smart City Startup Accelerator program to guide developers through the process of developing a cloud-based business or service dedicated to addressing challenges in the modern, connected city. Program participants will gain access to an eight-week online training course through Kauffman FastTrac, as well as benefits that include up to $10,000 in AWS credits, and the opportunity to connect with Amazon mentors. Participants will also present their business strategies at a final event this September at Amazon offices in Washington, DC.
This is the year of smart technologies, as real estate players seek to put their money where their mouth is and implement the principles of real estate-as-a-service that the industry has widely bought into. There are many ways this goal can be achieved, from the deployment of sensors and the intelligent analytics that go with it, to customer experience platforms that span use cases and asset classes.
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Clean fiber interconnects are essential to 5G performance. A fiber is only slightly thicker than a human hair, so the smallest speck of dust is detrimental to its signal path. Any contamination found on the core of the fiber – where the signal travels through – can cause back reflection, insertion loss and equipment damage. Causes include fingerprint oils, lint, moisture, exhaust fumes or simply dust.
For operators, 5G requires a massive investment in hardware and software based on the promise it will deliver totally new user experiences that take advantage of significant increases in throughput and decreases in latency. One key aspect of delivering and monetizing these new network experiences involves doing away with cell barriers and focusing RF signal on individual users. Download this report to learn how 5G beamforming plays a crucial part in delivering on the 5G promise and how testing beamforming is tricky but crucial, because the technology introduces a level of complexity on both the infrastructure side and the device side that demands careful characterization and verification before 5G can be successfully deployed.
The continuous increase in bandwidth demand is rapidly pushing cloud data centers and network operators to significantly increase their data traffic capacity. The deployment of 400G Ethernet which is expected to start in the 2019/2020 timeframe will play a key role in this effort, and as with past network upgrades it requires the creation of a multi-sourced interoperable optical ecosystem. Various types of 400G Ethernet (“client-side”) optical interfaces have been or are being in the process of being standardized by the IEEE and MSAs. They include single-mode and multimode options, as well as interfaces running over parallel optics or over duplex optics (using WDM technology).
For mobile operators 5G is as much about business transformation as it is about network transformation. It’s about new business models and growing revenue streams, collaboratively working across the value fabric of 5G. Mobile networks hold a tremendous amount of data on where people go throughout their day, which applications they use, and the topics that matter most to those people at any given time. Until now, this data was unused as there was too much of it to mine to get to the valuable information. That has all changed with platforms that can take that raw data and find the knowledge needed to turn it into a valuable commodity. This knowledge will become the driving force of revenue for mobile operators in the years to come.
While 5G may be the showstopper for Verizon and AT&T, their respective fiber build-outs are the roadies that move and carry the loads.Wireless and 5G stole the headlines during the companies’ recent earnings calls, but their respective fiber build-outs were also mentioned as key elements for both telcos. Here’s a look at what AT&T and Verizon are doing with their fiber.
