How SCF is unlocking the potential for 5G networks?

Interview with Ravi Sinha - How is SCF accelerating the adoption of small cells? What are focus areas, challenges, stakeholders & benefits?

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Ravi Sinha provides an update on the current status of the blueprints, with a focus on the automotive sector blueprint and federated artificial intelligence.
Ravi Puvvala reflects on 5G and Automotive top trends and technologies from 2021 and make predications for 2022.
The top 10 manufacturing use cases with 5G connectivity – Based on the analysis of 60 global manufacturing use cases in production and trials, leveraging 5G connectivity. To determine for which applications the manufacturing industry is leveraging 5G technology, the impact of 5G, and the leading players, we investigated 60 worldwide manufacturing use cases. Out of the 60 use cases utilizing the 5G network, 70 percent were already in production and 30 percent in trial mode. Explore how technologies like augmented reality, predictive maintenance, and automated guided vehicles are transforming the industry by improving productivity, safety, and sustainability.
Lufthansa Technik began operating its own 5G campus network based on the Release 15 standard more than two years ago at its Hamburg site, first standalone outside of Asia. This allows them to tackle data-intensive tasks and work more efficiently. We spoke with Dr. Claudius Noack, an IT consultant and technology scout with Lufthansa Industry Solutions, about the use cases, implementation process, reasons behind 5G, using own spectrum, deployment partners, outcomes, outlook, and key points to keep in mind while enterprises are deploying their own private 5G network.
How Nokia is delivering the 5G private network for Lufthansa Technik’s Virtual Table Inspection use case by deploying Digital Automation Cloud?
As the manufacturing sector modernizes, facilities are increasingly reliant on IoT and connected devices. But, what are the security risks and challenges of private cellular networks for Industry 4.0? What are the differences from a security perspective between enterprise IP and private cellular networks? So, what should we do for a better tomorrow? What is the solution?
Despite the immense opportunity for 5G and edge to transform manufacturing, the adoption of these new technologies has been hindered by the cost and complexity of implementation. Manufacturing tends to be clustered geographically, making it feasible to build Industry 4.0 capabilities directly into shared infrastructure. The article focuses on how we can leverage shared infrastructure and bring the internet at the edge to lower the capital expenditures required to implement new manufacturing capabilities, to both suppliers and manufacturers.
In manufacturing, there is currently a huge drive to get 5G networks onto factory floors as well as for critical applications like robots. Why? Shorter product life cycles require more frequent restructuring of production halls and changes in machinery. Modern productions that adapt quickly to changing processes via the benefits that 5G offers can reflect this.
The 5G trends and technologies in 2021 and predictions for 2022 from Neil McRae, Managing Director, and Chief Architect at British Telecom. Some of the key trends of 2021 include private networks, edge computing, Open RAN, swapping vendors driven by security concerns (i.e. clean network), keeping networks up in the Covid-19 pandemic, and rolling out 5G and 4G networks.
Private cellular might be the marquee network technology among today’s 5G advances & Network Convergence should provide a boost to it in 2022. But the tool has different flavors and architectures for taking advantage of new opportunities to inform the larger deployments and in shaping their respective ecosystems. Learn what is the “just right” mix.
How do you bridge the Chasm between Promise and Practice? Read the article by Aayush Bhatnagar (SVP, Jio) to discover the 10 ingredients for “Realizing the Promise of 5G”. And the 10 predications for 2022.
What were the top 5 trends and technologies impacting 5G operators and infrastructure (Tower Companies) in 2021? What trends and technologies we should watch out for in 2022. Read this article by Daniel Champion, CEO of Sitenna.
5G is the fastest-growing generation of cellular integration inside vehicles. In this article, Ravi Puvvala (VP of Strategic Accounts & Partnerships in the Connectivity Business Unit at Harman) presents the top 5 trends in 5G Automotive in 2021 and predicts the trends for 2022.
The FCC sold off sections of C-band in two separate auctions this past year, several of the big, nationwide telecom providers jumped at the chance to bolster their frequency portfolios. But questions about C-band and its capabilities still linger. How are telecoms going to deploy C-band? Will it finally deliver true 5G? In this article, Broc Jenkins analysis the 5G C-Band challenges and presents what lies ahead to deliver a true 5G.
Why does “sustainability” matter so much now more than ever? How sustainability can be driven through 5G+ Edge Technologies? How can we leverage 5G+ Edge to lower consumption of resources such as energy, water, minerals, crops and sustain our ecosystem? Read this article by Prasad Rajamohan.
Get an in-depth view of the 5G Tower industry, along with macro cells, small cells, and distributed antenna systems. Who are the global tower industry leaders? What are their solutions and 5G strategies? What are the new offerings in the market? Technology comparison between macrocells, small cells, and different categories of small cells (i.e. femtocells, picocells, microcells). Thought leaderships interview and articles from ecosystem players, including from Small Cell Forum on how they are accelerating adoption of small cells with private network blueprints and more.
What are the challenges of critical infrastructure? How can the PPP program accelerate infrastructure investment? Sample ongoing activities.
What are the issues that are driving the cost of cell sites to Telecom/5G Service Providers? Get details on the related issues along with the solution. An article by Daniel Campion, CEO of Sitenna.
Why is it taking so long to roll out 5G? What is the delay? What are the technical challenges that providers need to overcome? How network signal boosters can enhance 5G?
How should decision-makers prepare for 5G DAS deployments? Where should mmWave and C-band be deployed? What do you expect to see on the carrier front with 5G? What components are needed?

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