Smart Industry No.1 2022

More documents

Recommendations

Info

<strong>Smart</strong> Lifestyle Mobile Services 7.6 The 5G Readiness Index 2021: Europe is Falling behind 6.1 5.8 5.6 5.6 5.3 5.1 5.0 5.0 4.9 4.7 4.7 4.6 4.3 4.1 4.0 4.0 3.9 3.7 source ©: Deutsche Telekom source ©: Kearney analysis United States South Korea Norway Japan Singapore Switzerland Beamforming New aktive antenna technology brings better reception and higher data rates Passive antenna Active antenna Reception evenin outlying areas thanks to adjusted beam signal. Signals radiate evenly in all directions Signal weaker at the edge Individually controllable signals can be targeted Signal is just as strong in the peripheral area as in the center Client only uses telephone, requiring less bandwidth Finland Italy Unready in Europe The 5G Readiness Index reveals that Europe is falling behind. But 5G isn't just an upgrade, but a paragym shift that will unleash innovation and new business ideas leaving latecomers playing catch-up. Adjustable transmitting power Perfect coverage for every single customer (maximum cell throughput) China Netherlands Sweden Australia Denmark France tions will not disappear when the next generation of mobile is implemented. Rather, they will experience a performance boost under 5G, such as faster downloads, improved streaming and gaming, or more reliable video conferencing. Mobile operators which can take advantage of this difference Horizontal and vertical antennaadjustment increases coverageespecially in urban areas withhighrise buildings. Signal is only transmitted when needed Client streams video at high data rates. Signal is adjusted as necessary Germany Spain United Kingdom Austria Belgium "here," which will take another five to ten years. Until then, we see two types of near-term impact: How existing applications work on 5G networks and how 5G impacts the economy even as it is being deployed. Even though 5G is applicationbased, today's mobile applicawill definitely be among the winners of the development. The other angle from which to look at the short-term impact of 5G, is the benefit to the economy. According to a study conducted for the U.S. by the Boston Consulting Group, 5G will contribute between $400 billion and $500 billion to the gross domestic product there and create up to one million new jobs by 2030. Even if these figures already seem impressive: The economic impact of a new mobile network has already been underestimated at least once. Studies at the beginning of 4G deployment, for example, assumed that investment in 4G networks in the U.S. would contribute about $73 billion to $151 billion to GDP from 2012 to 2016 and create 371,000 to 771,000 new jobs. By 2016, however, 4G contributed nearly $445 To Beam or not to Beam? Instead of emitting a mobile signal in a circular pattern, which then becomes weaker and weaker at the edges, as has been the case in the past, beamforming allows 5G signals to be targeted in the form of elongated lobes. This means that the transmission power can be adjusted as needed. 74
The 5G Economy will go through three phases, says the Boston Consulting Group. Robust 5G networks will serve as the backbone of future economic growth. Rising 5G penetration rates will enable transformation in existing applications. Phase three will bring benefits to citizens and businesses including higher productivity, lower costs, and better health and safety. Broad benefits 5G -enabled use cases 5G will be the Foundation for Tomorrow's Economy A robust 5G network will bring significant direct benefits: • More data, more devices, and increased speed • A better network experience for US citizens and businesses source ©: Boston Consulting Group billion to GDP. Over the course of the "4G decade," more than 20 million jobs were created in the U.S. alone. In this sense, the true impact of 5G is likely to be much higher than we are currently outlining. A Look at the Potential While the near-term impact of 5G is quantifiable in terms of application performance and GDP growth, it still does not take into account the broader effect of the 5G ecosystem. For 5G to truly take hold, the industry must demonstrate the technology's "business case." Why else would investment continue to flow into the sector? How to develop use cases for 5G without using 5G? It's the ultimate chicken-andegg scenario. So which comes first, the technology or the application? With 4G, it was the technology. Application versus network was never an issue with 4G because 4G was content-driven. Consumers wanted faster speeds to stream movies, go online and generally use mobile Internet. However, while 4G was a big step Fixed Wireless Access Leveraging the improved speed and performance of 5G to offer broadband to homes and businesses Robust 5G network The Different Rationales for Deploying 5G Enhanced Mobile Broadband Offering a better and more unique user experience-often including tailored content and services Near term forward for the way mobile users consume content, the technology didn't break through until the emergence of certain applications. Through them, developers learned what the technology could do and products and services emerged, such as Uber, that used 4G to transmit data and locations - and changed our lives. With 5G, it's very different. Unlike 4G, 5G lacks a fundamental network for developers to even begin developing applications. That's because we don't yet know what 5G can really do. We also don't know how applications will use the near-zero latency and IoT capabilities. As a result, it's impossible to assess the true impact of 5G. Network Cost Optimization Meeting network traffic demands in a more cost-effective manner than building new cell sites The business case depends on multiple factors, including market needs, technology options, the existing (and expected) competitive landscape, marketing strategies, and tailored content Who Will Lead in 5G? By the end of the 2G era, spectrum-related regulations increased licensing costs and delayed investment in 3G in Europe, so Japan dominated and was well-positioned to lead the 4G economy, too. During both the 2G and 3G eras, the US was slow to roll out networks. However, US regulators made important policy decisions, and by 2015, over 50 percent of adults in both the US and Japan had 4G subscriptions—a higher percentage than in most European countries. It remains to be seen who will lead the 5G revolution. New Use Cases Moving beyond core connectivity with newusecases(verticalor horizontal) and business models (mostly B2B and B2B2C) Long term 5G-enabled use cases are key to building the 5G economy: • Extreme mobile broadband • Fixed wireless access • Massive loT (consumer wearables, logistics and tracking) • Mission-critical loT (e-health, connected vehicles) Broad societal benefits will include: • Improved productivity • Improved cost competitiveness for US companies • Improved health and safety The theoretical possibilities are endless. At its core, 5G is about real-time connectivity and connecting everything to everything – the basic promise of IoT, after all. Once the first business model is established that leverages the capabilities of 5G, the ROI will likely be greater than anyone is predicting today. Just as Uber created a ride-sharing market that would have been impossible without 4G, companies that listen wisely to their customers can find the next big niche with the help of 5G. The Next Big Thing Each new generation of technology has brought improvements with faster and more reliable connections. Since the introduction of 4G/LTE, mobile has changed the way people work, live, get around, or spend their leisure time. But where those advances were already astronomical, 5G will far eclipse them. No one can predict what the future will bring, but the limitless potential of 5G is beyond question. All that remains to be seen is how, when, and by whom this technology's enormous potential will be fully realised. source ©: Boston Consulting Group 75
Page 1 and 2:
smart powered by industry The IoT B
Page 3 and 4:
Editorial Creating the Future Tim C
Page 5 and 6:
12 The Man Machine The idea of link
Page 7 and 8:
that, with improved data availabili
Page 9 and 10:
MORE EXPERTISE LESS COMPLEXITY Bipo
Page 11 and 12:
nRF9160 Low power cellular SiP with
Page 13 and 14:
13
Page 15 and 16:
Invasive IoT The Internet of Bodies
Page 17 and 18:
source ©: UPMC, Pitt Health Scienc
Page 19 and 20:
on the development of BCI-enabled v
Page 21 and 22:
source ©: Stevens Institute of Tec
Page 23 and 24: RENESAS WINNING COMBINATIONS Combin
Page 25 and 26: Whether it’s Sony PlayStation VR,
Page 27 and 28: joint event at the BMW i Motorsport
Page 29 and 30: E-Mobility think again about vehicl
Page 31 and 32: NIST Steps Up The National Institut
Page 33 and 34: The IoT Journey: Operational Effici
Page 35 and 36: Interview Making ‘Things’ Easie
Page 37 and 38: used to create IoT solutions are in
Page 39 and 40: Increased Complexity Increased Comp
Page 41 and 42: case of a supplier of IoT cameras t
Page 43 and 44: Industrial IoT How to Eat the IIoT
Page 45 and 46: Guidelines The examples given share
Page 47 and 48: The trucking industry, and the logi
Page 49 and 50: per vehicle plus another $4,000 for
Page 51 and 52: That’s why you need storage built
Page 53 and 54: for branch offices that were connec
Page 55 and 56: Traditional Hub-and-Spoke Architect
Page 57 and 58: Advertorial timal balance between o
Page 59 and 60: Electric vehicles (EVs) are cool. T
Page 61 and 62: the owners of e-vehicles charged wi
Page 63 and 64: The Poblenou district of Barcelona
Page 65 and 66: source ©: Patrizia AG Modernista c
Page 67 and 68: An hour can make all the difference
Page 69 and 70: prietary protocol to connect from m
Page 71 and 72: The network architecture of Silvane
Page 73: Mobile Services Taking 5G to the Ma
Page 77 and 78: applications ranging from things li
Page 79 and 80: Data exchanges, or data marketplace
Page 81 and 82: Interview Circular Reasoning What i
Page 83 and 84: Light detection and ranging (Lidar)
Page 85 and 86: An Eye on the Road source ©: Bridg
Page 87 and 88: malware and substandard sets of dat
Page 89 and 90: Qoitech Fighting Power Hunger sourc
Page 91 and 92: source ©: Space&Matter, Isabel Nab
Page 93 and 94: The podcast covers a wide range of
Page 95 and 96: source ©: Marine Science Institute
Page 97 and 98: Kerlink Windmills Push Spread of Pu
Page 99 and 100: We Talk IoT, the Smart Industry Pod
show all

Smart Industry No.1 2022

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?