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Following an announcement in June 2019, Mercedes-Benz will be one of the first European manufacturers to move off of the industrial 5G starting line. The German automaker’s Factory 56 is a greenfield manufacturing site in Sindelfingen in southern Germany, where a private industrial 5G network will be built using Ericsson’s network infrastructure and Telefonica’s leased 5G spectrum and network services.
While 5G has already gone live in the consumer market, this announcement is early in the context of the industrial sphere, where the consensus suggests full commercialization of enterprise 5G deployments will occur from 2021 onward. Furthermore, Ericsson’s private cellular network technology for industry, marketed under the name Ericsson Industry Connect, was only announced in late March of this year. When Ericsson outlined this packaged solution of network equipment and services, it suggested its private networks would initially be deployed using LTE cellular connectivity before eventually transitioning to 5G. The announcement from Sindelfingen is therefore major news in the context of industrial 5G.
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“Range anxiety” continues to be the biggest barrier to the largescale adoption of Electric Vehicles (EVs). However, ongoing and significant improvements in battery technology will pave the way for an installed EV base of 100 million by 2028, according to ABI Research.
To alleviate “range anxiety”, the Electric Vehicle Battery (EVB) will need to be safer, cheaper, faster charging, and have a high-energy density for greater range. Continued advancements in cell technology will ease anxiety and allow EVs to gain traction substantially.
Lithium-ion (Li-ion) batteries are the current standard for EVs, yet they have short life cycles and have a history of overheating. “Recent research around lithium-based chemistries has revolved around using different lithium-based batteries to provide better fire resistance, quicker charges, and longer life spans,” says James Hodgson, Principal Analyst. Read more.
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Buoyed by early innovators and adopters, the Collaborative Robotics market will become increasingly mainstream over the next 10 years. New analysis from ABI Research finds that the yearly revenue for cobot arms will reach US$11.8 billion by 2030, an enormous increase from US$711 million in 2019. More than that, the total value of the collaborative market is considerably more, when accounting for software-related revenues and end-of-arm tooling (EOAT) accessories. Under this broader definition of the market, the cobot ecosystem is worth just over US$1 billion in 2019 and will be worth US$24 billion by 2030, with a CAGR of 28.6 %.
“The prospects for the collaborative robotics market remain strong, despite some very visible inhibitors,” says Rian Whitton, Senior Analyst. “The hardware innovation is still trailing behind, and most of the value related to cobots does not come from collaboration. It comes through ease-of-use, re-programmability, lower total cost compared to industrial systems, and re-deployability. In essence, the value is one of lowering barriers rather than building entirely new use-cases for robots. What is more, cobots still trail industrial systems in speed, performance, and payload, which will have to change if adoption is to continue at this feverish rate.” Read more.
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CNN Business
Self-driving cars. Robotic surgeries. Toothbrushes that detect when you're sick. This is the future 5G technology promises in less than a decade's time; internet connections so fast they'll support an entirely new way of life.
Mobile carriers are pouring billions of dollars into 5G. The new networks and associated technologies are expected to add $17 trillion to the global GDP by 2035, according to ABI Research. But there will be a significant lag between 5G's rollout and that financial impact. It's not dissimilar to the 3G iPhone — an impressive piece of standalone technology that didn't make a big economic impact until a year later with the arrival of the App Store.
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Mobile Europe
ABI Research’s Mobile Base Station Antenna Vendor Ranking Competitive Assessment lists the world’s ten most dominant and innovative mobile cellular antenna manufacturers in the world – ACE Technologies, Amphenol, Comba, CommScope, Huawei, Kathrein, MOBI, RFS, Rosenberger and Tongyu.
Using its tried and tested innovation and implementation criteria framework, each vendor’s tech was analysed regarding its multi-band, ultra-wideband, active and advanced MIMO capabilities, essential intellectual property and R&D. ABI also took factored in each company’s overall market share, the geographical penetration of its antenna, its financial and organizational health and antenna portfolio.
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Digital Manufacturing Week 2020
Nov. 9, 2020 - Nov. 13, 2020
Online
Event Website
Fundamentals of the Smart Grid
Aug. 27, 2019 - Aug. 29, 2019
London, UK
Event Website
Microgrid Global Innovation Forum
Sept. 9, 2019 - Sept. 11, 2019
London, UK
Event Website
5G Asia 2019
Sept. 10, 2019 - Sept. 12, 2019
Singapore
Event Website
Speakers:
Jake Saunders
Fundamentals of IEC 61850
Sept. 10, 2019 - Sept. 12, 2019
London, UK
Event Website
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Future Resource & Future IoT
Sept. 11, 2019 - Sept. 12, 2019
NEC, Birmingham
Event Website
Industry of Things World 2019
Sept. 16, 2019 - Sept. 17, 2019
Berlin, Germany
Event Website
Smart Grid Big Data
Sept. 17, 2019 - Sept. 19, 2019
Berlin, Germany
Event Website
PrivSec Conference
Sept. 23, 2019 - Sept. 24, 2019
Dublin
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GIS4SmartGrid
Sept. 24, 2019 - Sept. 26, 2019
Berlin, Germany
Event Website
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