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.
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.
We explain what a 5G LAN is, how it works, and how the simplicity and flexibility of 5G LAN technology can benefit your organization.
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.
Curious about the private spectrum options for cellular wireless? We explain how they work and how they can be utilized by enterprises.
Curious about enterprise LTE? We explain what private LTE is, how it works, and why your enterprise might need it.
Wondering about CBRS vs. Wi-Fi? We discuss how they complement each other and how to choose the right use cases for each.
Curious about private cellular spectrum options (CBRS in the US) for 5G? We’ll explain how CBRS and 5G relate and why they matter to your organization.
Curious about CBRS devices? We discuss the categories of CBRS devices, how they work, and whether your existing devices are CBRS capable.
Curious about CBRS capable CPE devices? Read more to learn how to choose the best equipment for your CBRS network.
Is Wi-Fi all you need for enterprise wireless connectivity? How about private cellular? Here’s a short, straightforward guide to the differences between Wi-Fi and cellular.
We explain the Spectrum Access System (SAS), and how it manages the CBRS spectrum assignments between different private mobile networks.
Curious about the recent auction for the CBRS spectrum in the US? We explain who won the FCC auction and how you can access the CBRS spectrum as an enterprise.
We’ll explain how CBRS and LTE relate, what Private LTE networks are, who’s using them and how they’ll use it, and why it matters to your organization.
In this article we’ll explain what they are, how to build them, and how they can improve your network performance.
Curious about the differences between LTE vs. 5G? We’ll explain, compare, and contrast them and explore which is better for private mobile networks.
Is private LTE right for your organization? We’ll explain the use cases for private LTE and help you figure out whether it makes sense for your business.
Comparing private LTE vs Wi-Fi for your business? We’ll explain, compare and contrast both in detail.
If you’re wondering what private LTE networks are, how they can help your business, or how to build your own, this comprehensive guide explains everything.
Let's review the exact channel structure, operations, and overall architecture for the CBRS spectrum in the United States.
CBRS spectrum in the US is broken down into three tiers, and in this episode of Field Journal we’ll dive into exactly how those tiers work.
Tune in for an high level overview of exactly where CBRS technology is at today, and where it’s looking to move in the near future.
Get a behind the scenes look at how real businesses are planning, building, and maintaining CBRS networks in the US.
With auction 105 spanning over 3000 counties in the US, we’ll review which organizations secured PAL licensing.
We’ll explain what CBRS is, how it works and why it matters to your organization.
It's time to compare CBRS LTE and Wi-Fi in terms of client device mobility between access points.
Join industry experts as they discuss how these two technologies can be used together in the real world.
Bob Friday from Juniper Mist and Mehmet Yavuz from Celona discuss this highly debated topic.
We've grown to accept that the coverage offered by Wi-Fi is all we can achieve for enterprise wireless. What if there is an alternative?
Quick comparison between CBRS and Wi-Fi to find out which one offers higher degree of reliability for enterprise wireless.
How do you track hundreds of devices across multiple networks? Find out in this episode where we breakdown how Cellular System Identifiers make CBRS manageable.
Artificial Intelligence can play a key role when it comes to managing, updating, and troubleshooting your CBRS network.
Find out how the FCC divides parts of the CBRS spectrum, and how private companies can secure portions of the spectrum by obtaining a PAL license.
Most devices work seamlessly on a CBRS LTE network. The exception cases include devices owned by a mobile network operator, locked devices, and devices with a single SIM card.
The FCC has allocated new wireless spectrums for private use, opening up a whole new opportunity for blazing fast private communications.
Every smart campus is carefully designed to take advantage of the latest set of technologies our industry has to offer. All they need is a wireless network that does not break the bank.
We are proud to introduce one of the most transformational products seen in the enterprise networking industry.
Our series B funding marks an important and exciting milestone both for our company and the networking industry.
With CBRS, healthcare organizations can now enable a new express lane of wireless communication for staff operated mobile devices.
Until now, the need for predictable and secure outdoor wireless network performance required installation of expensive wired infrastructure. That's changing with CBRS.
A summary of its operational details and how it compares to the use of licensed spectrum in the enterprise.
Celona's co-founder and CEO Rajeev Shah on his passion for network enabled experiences.
Celona's co-founder and CTO Mehmet Yavuz on taking his 20+ years experience in cellular wireless to the enterprise.
With the arrival of CBRS spectrum in the United States, 4G LTE cellular accelerates adoption of business-critical devices and apps on an express lane of wireless communication.
Leading Real Estate Investment Firm Powers Smart Buildings with Google Distributed Cloud Edge and Celona 5G LANs
Slice of Celona, Episode 16: Slice of Retail
News of AWS announcing its offer for a private 5G solution has been welcomed with many high-fives here at Celona.
Campus-wide outdoor private 4G/5G network meets growing demands for deterministic wireless connectivity and coverage
Learn how a Celona network provides the right balance of outdoor wireless coverage and manageability that digital transformation projects demand.
In this episode of the Slice of Celona playlist, we look at how a Celona 5G LAN accelerates the adoption of new technologies in manufacturing.
In this episode of our Slice of Celona playlist, we explore how hospitals use private 5G to simplify secure communication between staff and doctors.
See how Celona's private LTE / 5G wireless enabled express lane of connectivity for a smart venue
Celona helps a smart building technology leader to choose the right wireless access technology to support its customers.
In this episode of Slice of Celona, we’ll explore how smart cities can use private 5G to become more connected than ever.
In this episode of Slice of Celona, we cover how private 5G powered by Celona MicroSlicing can better support enterprise apps.
In this episode of Slice of Celona, we’ll explore how exactly Celona is using AI to usher in a new class of private mobile network reliability.
What really does it mean when something is ‘cloud native’? We simplify the answer in this bite size episode of Slice of Celona.
According to Matt Howard of Norwest Venture Partners, CBRS represents the most significant innovation within enterprise networking since Wi-Fi.
The Smart Factory Innovation Hub testbed at the National Manufacturing Institute Scotland (NMIS) brings together Industry 4.0 for companies of all sizes.
WCU partnered up with Celona to strike the balance between network performance, security and cost for their IoT infrastructure.
A K-12 school district and county in the US sought to bring technology to every part of its community using Celona's Private LTE/5G wireless.
An award-winning healthcare provider took advantage of native CBRS support on Apple iPhones on a Celona network.
Seeking to eliminate common control missteps, a major manufacturer of supply chain robotics recently shifted to a Celona private mobile network.
Campbell School District and Celona partner to deliver low-cost wireless internet broadband using the CBRS spectrum for equity in education
Se how Celona's outdoor private LTE network helped Hurst Greenery streamline operations and help improve plant and flower crop yield.
We believe that deploying your private LTE/5G wireless should be as easy as rolling out new apps with Microsoft Azure. That's exactly what you can do starting today.
Aruba's Chuck Lukaszewski and Celona's Mehmet Yavuz & Ozer Dondurmacioglu talk to the value of Aruba and Celona partnership.
Joint solution expands the reach of private mobile networks in the enterprise like never before.
Does Celona work with Motorola WAVE PTT? Yes! Here is how Celona offers app-aware QoS to Motorola WAVE service.
Will Apple iPhones & iPads work with Celona? You bet. Here's how they can be onboarded to a Celona private LTE/5G wireless network.
Celona private mobile networks offer predictable performance for RealWear head worn computers, at low latency.
Here’s how Celona private LTE / 5G wireless enable wire-like experience for Axis video cameras.
Can Celona work with Microsoft HoloLens 2? Yes, here’s how a Celona private LTE / 5G radio access network enables seamless mixed reality with HoloLens.
Here’s how Celona private LTE / 5G wireless can offer differentiated access to fixed and mobile Inseego gateways.
See how Celona private LTE / 5G supports Samsung smartphones like the rugged XCover Pro for frontline workers.
See how Celona private LTE/5G wireless can ensure predictable performance for Zebra touch computers like the TC26.
Cables too costly? Public carriers even costlier? Here's how to setup your own private LTE and 5G connectivity with Celona and Sierra Wireless.
Here’s how Celona can help service providers realize and maximize the private 5G opportunity in enterprise environments.
In this day and age we’re now more connected than ever, and it isn’t just factories and classrooms.
Learn how the University of California at Santa Barbara (UCSB) utilizes a CBRS network in its campus.
Private LTE has made its way onto the college campus, and is changing the way students learn and communicate.
In this episode, we demystify exactly how CBRS works and break it down - so you don’t have to be a cellular geek like us to understand it.
In this episode, we cover different aspects of private mobile networks and explain their unique benefits with few analogies.
Want to learn more about IoT? We explain what IoT architecture is, the components and layers that make it up, and the different types of IoT architecture.
Looking into IoT connectivity? We explain what IoT connectivity is, why it is important, and the pros and cons of the different connectivity solutions.
Wondering about vRans? We explain what a virtualized radio access network is, how it works, and how it is related to 5G.
Wondering about Enterprise ORAN? We explain ORAN specs, how they relate to private 5G, and how enterprises can take advantage.
Wondering what ORAN is and how it works? We’ll explain its specifications and how it is relevant to private mobile networks.
We explain enterprise network components and overall system operations, and discuss how to match private 5G to enterprise networking.
Let's explain network orchestration, its relation to network automation, and why it matters to your company’s management.
In plain English, we’ll explain what a self-organizing network is, how it works, what it does, what types there are, and what benefits it offers to enterprises.
In plain English, we’ll describe network automation, how it works, why it matters so much, what tools you can use, and where to learn more.
Celona’s solution easily adapts to existing enterprise environments as a single integrated solution while following the key principles of Open RAN architecture.
Learn how the unique Celona MicroSlicing technology enhances network visibility, increases network uptime, and enable granular control over critical enterprise apps.
How does Celona create an end to end solution for private mobile networks in enterprise environments?
Private spectrum options enable smooth transition between public and private LTE networks
Celona's Mehmet Yavuz introduces Celona's private LTE/5G solution and talks to its benefits
Celona's Mehmet Yavuz talks to the impact of CBRS spectrum on the future of enterprise wireless
Estimating the number of access points in your CBRS LTE wireless is easy than you think.
As a private network operator, you’ll have the ability to act as a neutral host, which can have some surprising benefits for device connectivity.
Find out how industries across the world are leveraging private mobile networks to connect everything from wind farms to cash registers and everything in between.
Celona's Director of Solutions Engineering Andrew von Nagy on why he has joined Celona.
Evolving from today's architectural approaches to CBRS based private LTE.
We discuss what IoT is, how an IoT network works, and the IoT network connectivity solutions you should consider.
Looking for enterprise wireless options to improve predictability and security? We will help you understand new alternatives such as private 5G.
Is enterprise-grade Wi-Fi alone enough for your organization’s wireless connectivity requirements? We’ll help you look into alternatives.
Will Wi-Fi be reliable enough for the future of IoT? Or will enterprise IoT require something more performant?
Planning a hospital Wi-Fi network? We’ll discuss how to set up hospital Wi-Fi, explain key considerations, and offer an alternative solution for the future.
This episode of Field Journal we’ll go deep into the TDD-LTE frame structure in the CBRS spectrum band.
Looking for a complete explanation? Here’s what radio access networks (RANs) are, the different types of RAN, and its 5G future.
We’ll explain what small cells are, how they work, their different types, their pros and cons, and how private mobile networks can be an alternative.
This episode of Field Journal learn how LTE handles interference, reuses frequencies, and see how this all leads up to the future of 5G technology.
This episode of Field Journal we’ll explore how devices connect, communicate, and use the Celona Edge to optimize connectivity and follow QoS instructions.
This episode of Field Journal gives a complete overview of how 4G technology works on the CBRS spectrum, and how Celona’s network helps create an elegant deployment for enterprise organizations.
This episode of Field Journal we learn some of the basic fundamentals of LTE and 5G technology.
This episode of Field Journal takes a very practical look at exactly how businesses can plan and deploy private LTE.
How does Celona create an end to end private LTE solution for enterprise environments? One of the essential components is Celona’s Radio Access Network (RAN).
Tiny SIM cards play a big role in exactly where and how a device connects to a private mobile network.
In this article, we explain what DAS is, types of DAS, how DAS works, and how it relates to private LTE / 5G networks.
Wondering if business Wi-Fi is strong enough for your enterprise? We’ll explain setting up business Wi-Fi, its limitations and alternatives for enterprise needs.
Celona's Mehmet Yavuz reviews how Celona's solution enables network orchestration for CBRS networks
Celona's Mehmet Yavuz talks to how Celona Edge integrates LTE / 5G wireless and enterprise network services
Celona's Andrew von Nagy highlights how automation can help scale CBRS LTE deployments in the enterprise
Celona's Andrew von Nagy talks to how SIM authentication for CBRS LTE wireless works in practice
Celona's Andrew von Nagy talks to opportunities that come with CBRS for enterprise wireless professionals
Celona’s solution easily adapts to existing enterprise environments, and it all starts with the Celona Edge - an extension of the Celona Platform.
DAS, Small Cell, and CBRS are all different ways you can deploy a private LTE network. In this video you’ll learn the pros and cons of each deployment type.
Private 5G is an exciting new technology, but there are some considerations you’ll want to make note of before applying it to your business.
Discover how networks have evolved from 4G LTE to 5G Plus, and exactly what that means for the future of wireless communications in enterprise environments.
Celona's investor Shirish Sathaye on why he is excited to partner up with team Celona.
Celona's investor Matt Howard on why he is bullish on enterprise 5G