NTT + CELONA CASE STUDY - To unlock the full potential of Industry 4.0, manufacturing leaders seek technological innovation that will enable them to shift focus from traditional business concepts to circular models, reconfiguring their offerings to meet customer demand for years to come. Providing greater efficiencies that improve employee productivity and delivering safer and more secure networks will be essential for organizations to remain innovative and competitive.
We are thrilled to share something that's been in the works for quite some time now – a labor of love and innovation that’s poised to transform the way we experience public cellular connectivity indoors.
From artificial intelligence to autonomous robots, automated inventory management has transformed how enterprises manage their supply chain and ultimately do business.
In this article, we’ll explore what integrated supply chains are, how they work, and how new 5G technologies make it all possible
We explore how digital supply chains work, why they’re the future of global commerce, and how companies can design a digital supply chain.
Supply Chain 4.0 leverages advanced technologies such as artificial intelligence, machine learning, and the Internet of Things (IoT) to create more agile and efficient supply chains.
Smart transportation refers to the integrated application of modern technologies such as cloud computing and computer vision into the transportation system.
Robotics logistics encompasses any autonomous system or machine used to automate processes in warehouse operations.
Mobile Private Network (MPN) is a private business network designed to meet the high-performance needs of an enterprise organization, using LTE or 5G technology.
Learn how Celona and NTT are working together to deliver the continent's biggest Private 5G LAN network in Las Vegas.
Manufacturing automation can improve productivity and reduce costs. Find out what manufacturing automation is, how it works, and its benefits.
Private LTE and 5G allow manufacturers to take advantage of new technologies that improve productivity. Find out how here.
Are you wondering if your organization would benefit from 5G LAN? We explain the features of 5G LAN and the benefits they provide
AWS recently announced the availability of its Private 5G solution in preview mode.
Industry 4.0 has revolutionized manufacturing. Find out how Industry 4.0 has improved the manufacturing process, how AI is involved, and the role of 5G.
New technology is changing the factories operated. Find out how a connected factory works, and the productivity benefits it brings
5G has many components, one of the most important being the 5G Core. We explain what the 5G Core is, how it works, and the network functions that comprise it.
We explain what it Industrial IoT is, how it is changing manufacturing, the challenges involved in implementation, and the business benefits IIoT can bring.
5G has many benefits for enterprises, but the thought of implementing a 5G network can be intimidating. Learn how 5G as a service can help.
Supply chain technology simplifies the supply chain, increases efficiency, and reduces costs. Learn more about supply chain technology, how it works, and how 5G is helping.
Digital manufacturing creates a fully integrated environment in every stage of the process. Learn how digital manufacturing works and the benefits it provides.
If you’ve heard about 5G, you’ve probably heard the term 5G NR. Find out what 5G NR is, how it works, and what it means for the future of 5G networks.
How do you get started with a 5G LAN setup? We explain what a 5G LAN setup is, the components you need, and how to get started.
5G mmWave refers to a specific range in the radio frequency spectrum. Learn more about how 5G mmWave works, its advantages and disadvantages, and its use cases.
Are you looking for 5G LAN examples? In this article, we’ll explain what a 5G LAN is, how it works, and give examples of real-life 5G LAN use cases.
We discuss what a smart campus is, how 5G has the potential to change higher education, and how students and staff can benefit from smart campus infrastructure.
We explain what smart stadiums are, their benefits for fans and owners, and the impact of 5G wireless connectivity on the latest generation of use cases.
Wondering about the difference between 5G and Wi-Fi 6? We explain the differences, the similarities, and whether they can work together for your organization.
Are you wondering about 5G in healthcare? We explain the positive impacts 5G will have in the future of healthcare and how to utilize these opportunities.
Are you wondering about 5G small cells? We explain what small cells are and why they are essential to 5G technology.
Wondering why you should look into 5G LAN? We explain what it is, how it works, and why your organization needs it.
Looking into smart mining? We explain what smart mining is, how technology can improve operations, and the importance of your connectivity strategy.
Wondering about how dynamic spectrum sharing works for 4G and 5G networks? We explain what dynamic spectrum sharing is and how it works.
Curious about frequency bands used for 5G wireless connectivity? We explain different options, capabilities of each band, and how the different bands are used.
Wondering about how 5G wireless network deployments happen? We explain the process, the benefits of a private 5G network, and how 5G will affect your enterprise.
Wondering about 5G LAN and how it works? Here is a complete explanation of how a 5G LAN can integrate with your existing infrastructure.
Wondering about 5G LAN benefits? We explain what 5G LAN is, how it works, and the advantages it delivers for enterprise wireless connectivity.
Wondering what a 5G LAN is? We try to answer in this short article and explain how it can improve your enterprise wireless connectivity.
Are you wondering about 5G in manufacturing? We explain how the benefits of 5G are spurring innovations in manufacturing.
Curious about 5G Infrastructure? We explain 5G Infrastructure, the components involved in building a 5G LAN, and how to overcome 5G infrastructure challenges.
Are you wondering about 5G Edge Computing? We explain how 5G and edge computing work together and how 5g can move you towards an edgeless enterprise.
Are you wondering about the future of 5G connectivity in your enterprise network? We explain the benefits of 5G and how it can change the future of enterprise connectivity.
Curious about 5G use cases? We explain the benefits of 5G, current and future real-world use cases, and how your organization can get started with private 5G.
Curious about 5G and SD-WAN? We explain the purpose of each, and how they can work together for your enterprise network solution.
Curious about enterprise 5G? We explain how it works, its benefits, and how to get it started for your organization.
Not all private cellular radios are created equal in how friendly they are to software-defined provisioning
As private cellular becomes a commonplace, there is a clear need for simplicity and scale in secure SIM provisioning
Wondering about network slicing? We discuss what network slicing is and how it can help your overall network performance.
Wondering about 5G IoT (Internet of Things)? We discuss what IoT is, what its use cases are, and how 5G technology can be utilized to maximize its potential.
Wondering about 5G vs. Wi-Fi? We discuss what they are, the advantages and disadvantages of each, and how they can work together within your enterprise network.
We explain what 5G wireless is, how it works, and how the improved speed and flexibility of 5G wireless technology may benefit your organization.
Wondering about the 5G Spectrum? We explain what it is, why it matters, and how organizations can use it.
Wondering about private 5G? We explain what it is, why it is important, and how 5G has the potential to solve many enterprise networking problems.
Celona Orchestrator, the face of the Celona platform, monitors app KPIs in real-time and centrally coordinates private mobile network services
Celona Edge, an extension of the Celona platform, offers unified 4G/5G mobile core services and tightly integrates with enterprise networks.