Short, technical explainers on Celona integrations
Short, technical explainers on Celona integrations
Short, technical explainers on Celona integrations
In-depth discussions with Celona’s Co-Founder and CTO, Mehmet Yavuz
In-depth discussions with Celona’s Co-Founder and CTO, Mehmet Yavuz
In-depth discussions with Celona’s Co-Founder and CTO, Mehmet Yavuz
Hear directly from Cargill as they share how they designed, deployed and scaled private 5G to support reliable, high-performance manufacturing operations.
Hear directly from Cargill as they share how they designed, deployed and scaled private 5G to support reliable, high-performance manufacturing operations.
Hear directly from Cargill as they share how they designed, deployed and scaled private 5G to support reliable, high-performance manufacturing operations.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
Self-managing 5G solution reduces complexity, improves uptime, and accelerates transformation in mission-critical environments.
Self-managing 5G solution reduces complexity, improves uptime, and accelerates transformation in mission-critical environments.
Self-managing 5G solution reduces complexity, improves uptime, and accelerates transformation in mission-critical environments.
Collaboration combines private 5G and sovereign edge computing to enable fully autonomous, real‑time digital infrastructure — deployed anywhere in the world, even in the harshest environments, in just 48 hours
Collaboration combines private 5G and sovereign edge computing to enable fully autonomous, real‑time digital infrastructure — deployed anywhere in the world, even in the harshest environments, in just 48 hours
Collaboration combines private 5G and sovereign edge computing to enable fully autonomous, real‑time digital infrastructure — deployed anywhere in the world, even in the harshest environments, in just 48 hours
New turnkey solution enabling automation and Industry 4.0 empowers enterprises and public sector organizations with secure, scalable, and cloud-ready connectivity
New turnkey solution enabling automation and Industry 4.0 empowers enterprises and public sector organizations with secure, scalable, and cloud-ready connectivity
New turnkey solution enabling automation and Industry 4.0 empowers enterprises and public sector organizations with secure, scalable, and cloud-ready connectivity
Join Celona and Cargill in this webinar to learn how Cargill has created an operational blueprint to scale private 5G across hundreds of manufacturing sites.
Join Celona and Cargill in this webinar to learn how Cargill has created an operational blueprint to scale private 5G across hundreds of manufacturing sites.
Join Celona and Cargill in this webinar to learn how Cargill has created an operational blueprint to scale private 5G across hundreds of manufacturing sites.
Join Celona and Cargill for an inside look at Cargill's decision to move beyond traditional Wi-Fi and adopt private 5G as the connectivity foundation for its manufacturing operations.
Join Celona and Cargill for an inside look at Cargill's decision to move beyond traditional Wi-Fi and adopt private 5G as the connectivity foundation for its manufacturing operations.
Join Celona and Cargill for an inside look at Cargill's decision to move beyond traditional Wi-Fi and adopt private 5G as the connectivity foundation for its manufacturing operations.
Join Celona and Armada for a tour of the Digital Oasis. Discover how private 5G, modular edge data centers, satellite backhaul, and AI models can transform field sites into hubs of real-time intelligence—in just 48 hours.
Join Celona and Armada for a tour of the Digital Oasis. Discover how private 5G, modular edge data centers, satellite backhaul, and AI models can transform field sites into hubs of real-time intelligence—in just 48 hours.
Join Celona and Armada for a tour of the Digital Oasis. Discover how private 5G, modular edge data centers, satellite backhaul, and AI models can transform field sites into hubs of real-time intelligence—in just 48 hours.
Join our experts for an informative session on evaluating, justifying, and capturing the long-term business value of private 5G.
Join our experts for an informative session on evaluating, justifying, and capturing the long-term business value of private 5G.
Join our experts for an informative session on evaluating, justifying, and capturing the long-term business value of private 5G.
This Gartner® Hype Cycle™ Report offers valuable guidance for CIOs, OT leaders, and IT/OT strategists seeking to modernize industrial connectivity and unlock transformation through 5G-enabled technologies.
This Gartner® Hype Cycle™ Report offers valuable guidance for CIOs, OT leaders, and IT/OT strategists seeking to modernize industrial connectivity and unlock transformation through 5G-enabled technologies.
This Gartner® Hype Cycle™ Report offers valuable guidance for CIOs, OT leaders, and IT/OT strategists seeking to modernize industrial connectivity and unlock transformation through 5G-enabled technologies.
Breakthrough architecture eliminates deployment complexity—without compromising security, performance or control
Breakthrough architecture eliminates deployment complexity—without compromising security, performance or control
Breakthrough architecture eliminates deployment complexity—without compromising security, performance or control
Join Industrial Networking Solutions (INS) and Celona to learn how manufacturers are replacing legacy wired networks with high-performance private 5G to support mobile robotics, digital twins, and real-time analytics.
Join Industrial Networking Solutions (INS) and Celona to learn how manufacturers are replacing legacy wired networks with high-performance private 5G to support mobile robotics, digital twins, and real-time analytics.
Join Industrial Networking Solutions (INS) and Celona to learn how manufacturers are replacing legacy wired networks with high-performance private 5G to support mobile robotics, digital twins, and real-time analytics.
Zeus Kerravala from ZK Research joins Rajeev Shah in this fireside chat to dive into Physical AI, real-time data processing and why legacy network are at breaking point.
Zeus Kerravala from ZK Research joins Rajeev Shah in this fireside chat to dive into Physical AI, real-time data processing and why legacy network are at breaking point.
Zeus Kerravala from ZK Research joins Rajeev Shah in this fireside chat to dive into Physical AI, real-time data processing and why legacy network are at breaking point.
Join us to explore how Celona, Digi and Inductive Automation are helping industrial enterprises enable seamless data acquisition, reliable connectivity and advanced visualization.
Join us to explore how Celona, Digi and Inductive Automation are helping industrial enterprises enable seamless data acquisition, reliable connectivity and advanced visualization.
Join us to explore how Celona, Digi and Inductive Automation are helping industrial enterprises enable seamless data acquisition, reliable connectivity and advanced visualization.
Our experts break down the latest innovations — including AerFlex, AerLoc, and Orion — and share how Latin American organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AerFlex, AerLoc, and Orion — and share how Latin American organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AerFlex, AerLoc, and Orion — and share how Latin American organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AirFlex, AirLock, and Orion — and share how Korean organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AirFlex, AirLock, and Orion — and share how Korean organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AirFlex, AirLock, and Orion — and share how Korean organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Healthcare institutions struggle with inconsistent Wi-Fi and outdated infrastructure. Learn how Stanford Health Care overcame these challenges with a private cellular network—improving connectivity without added complexity or cost.
Healthcare institutions struggle with inconsistent Wi-Fi and outdated infrastructure. Learn how Stanford Health Care overcame these challenges with a private cellular network—improving connectivity without added complexity or cost.
Healthcare institutions struggle with inconsistent Wi-Fi and outdated infrastructure. Learn how Stanford Health Care overcame these challenges with a private cellular network—improving connectivity without added complexity or cost.
Join us for a 30-minute live demo and discover how Celona’s Private 5G solution can transform connectivity in your industrial environment.
Join us for a 30-minute live demo and discover how Celona’s Private 5G solution can transform connectivity in your industrial environment.
Join us for a 30-minute live demo and discover how Celona’s Private 5G solution can transform connectivity in your industrial environment.
Tune into this webinar to explore how Private 5G is driving innovation across manufacturing, logistics, and smart infrastructure in the Middle East.
Tune into this webinar to explore how Private 5G is driving innovation across manufacturing, logistics, and smart infrastructure in the Middle East.
Tune into this webinar to explore how Private 5G is driving innovation across manufacturing, logistics, and smart infrastructure in the Middle East.
In this webinar, we break down the five fundamental tenets of private 5G deployment, ensuring maximum coverage, security, reliability and ROI for industrial environments.
In this webinar, we break down the five fundamental tenets of private 5G deployment, ensuring maximum coverage, security, reliability and ROI for industrial environments.
In this webinar, we break down the five fundamental tenets of private 5G deployment, ensuring maximum coverage, security, reliability and ROI for industrial environments.
In this white paper, the authors address how mining can be modernized by adopting private 5G technology to resolve current challenges, streamline processes, and open up new growth opportunities.
In this white paper, the authors address how mining can be modernized by adopting private 5G technology to resolve current challenges, streamline processes, and open up new growth opportunities.
In this white paper, the authors address how mining can be modernized by adopting private 5G technology to resolve current challenges, streamline processes, and open up new growth opportunities.
In this episode of ZKast, ZK Research Founder and Principal Analyst Zeus Kerravala chats with Celona Founder and CEO Rajeev Shah about the growing role of private 5G in the enterprise.
In this episode of ZKast, ZK Research Founder and Principal Analyst Zeus Kerravala chats with Celona Founder and CEO Rajeev Shah about the growing role of private 5G in the enterprise.
In this episode of ZKast, ZK Research Founder and Principal Analyst Zeus Kerravala chats with Celona Founder and CEO Rajeev Shah about the growing role of private 5G in the enterprise.
Stanford Health Care, a leading academic medical center in the Bay Area, faced critical connectivity challenges due to poor indoor cellular coverage—impacting clinical communication and patient safety across its facilities. Celona's Neutral Host enhanced both private clinical workflows and public cellular coverage within the hospital environment.
Stanford Health Care, a leading academic medical center in the Bay Area, faced critical connectivity challenges due to poor indoor cellular coverage—impacting clinical communication and patient safety across its facilities. Celona's Neutral Host enhanced both private clinical workflows and public cellular coverage within the hospital environment.
Stanford Health Care, a leading academic medical center in the Bay Area, faced critical connectivity challenges due to poor indoor cellular coverage—impacting clinical communication and patient safety across its facilities. Celona's Neutral Host enhanced both private clinical workflows and public cellular coverage within the hospital environment.
Successful certification of the Celona Neutral Host solution with AT&T public cellular network services validates new light-touch private/public model.
Successful certification of the Celona Neutral Host solution with AT&T public cellular network services validates new light-touch private/public model.
Successful certification of the Celona Neutral Host solution with AT&T public cellular network services validates new light-touch private/public model.
In this oil and gas expert-authored paper, Geoffrey Cann explores how private 5G is reshaping the industry, with insights from BP and LyondellBasell installations. Discover how private 5G connects frontline workers, enables real-time monitoring, integrates IoT and drives automation in some of the world’s most challenging industrial settings.
In this oil and gas expert-authored paper, Geoffrey Cann explores how private 5G is reshaping the industry, with insights from BP and LyondellBasell installations. Discover how private 5G connects frontline workers, enables real-time monitoring, integrates IoT and drives automation in some of the world’s most challenging industrial settings.
In this oil and gas expert-authored paper, Geoffrey Cann explores how private 5G is reshaping the industry, with insights from BP and LyondellBasell installations. Discover how private 5G connects frontline workers, enables real-time monitoring, integrates IoT and drives automation in some of the world’s most challenging industrial settings.
ALE is integrating Celona’s Private 5G with its existing solutions - including OmniVista Cirrus, OmniSwitch LAN, and OmniAccess Stellar WLAN - to deliver reliable augmented coverage across industrial sites, offices and campuses.
ALE is integrating Celona’s Private 5G with its existing solutions - including OmniVista Cirrus, OmniSwitch LAN, and OmniAccess Stellar WLAN - to deliver reliable augmented coverage across industrial sites, offices and campuses.
ALE is integrating Celona’s Private 5G with its existing solutions - including OmniVista Cirrus, OmniSwitch LAN, and OmniAccess Stellar WLAN - to deliver reliable augmented coverage across industrial sites, offices and campuses.
In this report produced in conjunction with SNS Telecom & IT, explore the growth, market drivers, and real-world benefits of Private 4G/5G networks. Get insights into key industries, adoption trends, and the future of this $3.5 billion market.
In this report produced in conjunction with SNS Telecom & IT, explore the growth, market drivers, and real-world benefits of Private 4G/5G networks. Get insights into key industries, adoption trends, and the future of this $3.5 billion market.
In this report produced in conjunction with SNS Telecom & IT, explore the growth, market drivers, and real-world benefits of Private 4G/5G networks. Get insights into key industries, adoption trends, and the future of this $3.5 billion market.
Building a reliable, high-performance network is essential for oil refineries and petrochemical plants, but choosing the right solution can be complex. This guide helps decision-makers navigate the challenges of deploying private wireless networks to make informed, strategic choices.
Building a reliable, high-performance network is essential for oil refineries and petrochemical plants, but choosing the right solution can be complex. This guide helps decision-makers navigate the challenges of deploying private wireless networks to make informed, strategic choices.
Building a reliable, high-performance network is essential for oil refineries and petrochemical plants, but choosing the right solution can be complex. This guide helps decision-makers navigate the challenges of deploying private wireless networks to make informed, strategic choices.
Join us in this architect led webinar to discover how private 5G enhances yard operations with reliable, high-speed connectivity for real-time tracking, security, and worker communication.
Join us in this architect led webinar to discover how private 5G enhances yard operations with reliable, high-speed connectivity for real-time tracking, security, and worker communication.
Join us in this architect led webinar to discover how private 5G enhances yard operations with reliable, high-speed connectivity for real-time tracking, security, and worker communication.
Celona has expanded it's previously self-managed device certification program in response to industrial interest in new network systems that support AI workloads. Truminds is the first partner, with discussions in-play with other large worldwide partners.
Celona has expanded it's previously self-managed device certification program in response to industrial interest in new network systems that support AI workloads. Truminds is the first partner, with discussions in-play with other large worldwide partners.
Celona has expanded it's previously self-managed device certification program in response to industrial interest in new network systems that support AI workloads. Truminds is the first partner, with discussions in-play with other large worldwide partners.
Celona and stc Group have partnered to launch a cutting-edge private 5G solution, enabling enterprises in the Middle East to enhance efficiency, reduce costs, and accelerate digital transformation.
Celona and stc Group have partnered to launch a cutting-edge private 5G solution, enabling enterprises in the Middle East to enhance efficiency, reduce costs, and accelerate digital transformation.
Celona and stc Group have partnered to launch a cutting-edge private 5G solution, enabling enterprises in the Middle East to enhance efficiency, reduce costs, and accelerate digital transformation.
Come see live use cases demonstrating the value of private wireless connectivity (Private 5G) for our industrial customers to provide the coverage, capacity and critical data connections to drive Industry 4.0
Come see live use cases demonstrating the value of private wireless connectivity (Private 5G) for our industrial customers to provide the coverage, capacity and critical data connections to drive Industry 4.0
Come see live use cases demonstrating the value of private wireless connectivity (Private 5G) for our industrial customers to provide the coverage, capacity and critical data connections to drive Industry 4.0
Celona 5G LAN recognized for its secure, end-to-end enterprise design that prioritizes the delivery of mission-critical applications via high performance connectivity in hard to reach places.
Celona 5G LAN recognized for its secure, end-to-end enterprise design that prioritizes the delivery of mission-critical applications via high performance connectivity in hard to reach places.
Celona 5G LAN recognized for its secure, end-to-end enterprise design that prioritizes the delivery of mission-critical applications via high performance connectivity in hard to reach places.
Verizon and Celona explore Private Wireless solutions that deliver in even the most challenging environments.
Verizon and Celona explore Private Wireless solutions that deliver in even the most challenging environments.
Verizon and Celona explore Private Wireless solutions that deliver in even the most challenging environments.
In this exclusive Fireside Chat, Mehmet and Sajag will share what they've learned over the last year, and will cover the trends that will define private 5G networks in the years ahead.
In this exclusive Fireside Chat, Mehmet and Sajag will share what they've learned over the last year, and will cover the trends that will define private 5G networks in the years ahead.
In this exclusive Fireside Chat, Mehmet and Sajag will share what they've learned over the last year, and will cover the trends that will define private 5G networks in the years ahead.
Industry expert Geoffrey Cann, Celona’s CTO and Co-Founder Mehmet Yavuz delve into how private 5G networks are transforming the oil and gas industry. Tune in to explore the challenges of traditional connectivity solutions in complex plant environments and learn how private 5G enables connected workers, enhances safety, and seamlessly integrates IoT devices.
Industry expert Geoffrey Cann, Celona’s CTO and Co-Founder Mehmet Yavuz delve into how private 5G networks are transforming the oil and gas industry. Tune in to explore the challenges of traditional connectivity solutions in complex plant environments and learn how private 5G enables connected workers, enhances safety, and seamlessly integrates IoT devices.
Industry expert Geoffrey Cann, Celona’s CTO and Co-Founder Mehmet Yavuz delve into how private 5G networks are transforming the oil and gas industry. Tune in to explore the challenges of traditional connectivity solutions in complex plant environments and learn how private 5G enables connected workers, enhances safety, and seamlessly integrates IoT devices.
Unique security architecture accelerates reliable automation for industrial settings.
Unique security architecture accelerates reliable automation for industrial settings.
Unique security architecture accelerates reliable automation for industrial settings.
Leading private 5G innovator unveils tiered partner structure, worldwide distribution through TD SYNNEX and advanced training program to enable accelerated enterprise adoption.
Leading private 5G innovator unveils tiered partner structure, worldwide distribution through TD SYNNEX and advanced training program to enable accelerated enterprise adoption.
Leading private 5G innovator unveils tiered partner structure, worldwide distribution through TD SYNNEX and advanced training program to enable accelerated enterprise adoption.
In a significant move to enhance connectivity and innovation, Celona and HCLTech have announced a strategic global partnership aimed at delivering cutting-edge private 5G solutions.
In a significant move to enhance connectivity and innovation, Celona and HCLTech have announced a strategic global partnership aimed at delivering cutting-edge private 5G solutions.
In a significant move to enhance connectivity and innovation, Celona and HCLTech have announced a strategic global partnership aimed at delivering cutting-edge private 5G solutions.
Join with China Broadcasting Network and Inspur for Turnkey Enterprise Solution
Join with China Broadcasting Network and Inspur for Turnkey Enterprise Solution
Join with China Broadcasting Network and Inspur for Turnkey Enterprise Solution
Celona has a deal with STC (Saudi Telecommunication Company) Group in the Middle East on private 5G. The operator will use Celona’s 5G system to stand-up its digital-change sales in the mining, manufacturing, and logistics sectors.
Celona has a deal with STC (Saudi Telecommunication Company) Group in the Middle East on private 5G. The operator will use Celona’s 5G system to stand-up its digital-change sales in the mining, manufacturing, and logistics sectors.
Celona has a deal with STC (Saudi Telecommunication Company) Group in the Middle East on private 5G. The operator will use Celona’s 5G system to stand-up its digital-change sales in the mining, manufacturing, and logistics sectors.
NTT DATA, selling enterprise 5G from Celona and Cisco (plus Nokia in more ad-hoc fashion), claims a “$500 million pipeline of opportunities with some of the world’s most disruptive brands”.
NTT DATA, selling enterprise 5G from Celona and Cisco (plus Nokia in more ad-hoc fashion), claims a “$500 million pipeline of opportunities with some of the world’s most disruptive brands”.
NTT DATA, selling enterprise 5G from Celona and Cisco (plus Nokia in more ad-hoc fashion), claims a “$500 million pipeline of opportunities with some of the world’s most disruptive brands”.
The market is flooded with smart devices for Industrial IoT. The problem is that this modern technology is rendered useless without robust connectivity to ensure that the tools always work, no matter where they travel in the plant, the warehouse, the yard, or the remote reaches of the field.
The market is flooded with smart devices for Industrial IoT. The problem is that this modern technology is rendered useless without robust connectivity to ensure that the tools always work, no matter where they travel in the plant, the warehouse, the yard, or the remote reaches of the field.
The market is flooded with smart devices for Industrial IoT. The problem is that this modern technology is rendered useless without robust connectivity to ensure that the tools always work, no matter where they travel in the plant, the warehouse, the yard, or the remote reaches of the field.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
Enjoy 5-bars of coverage with Celona’s in-building private network solution
Enjoy 5-bars of coverage with Celona’s in-building private network solution
Enjoy 5-bars of coverage with Celona’s in-building private network solution
Enterprises can now setup up Celona in-building solution network in their premises to allow devices on public carrier networks to connect via this enterprise cellular network.
Enterprises can now setup up Celona in-building solution network in their premises to allow devices on public carrier networks to connect via this enterprise cellular network.
Enterprises can now setup up Celona in-building solution network in their premises to allow devices on public carrier networks to connect via this enterprise cellular network.
Celona device certification is achieved after comprehensive device interoperability using the test criteria below, on an ongoing basis. This outcome provides our customers with confidence in the performance characteristics and feature support for devices when connected to a Celona 4G/LTE or 5G network.
Celona device certification is achieved after comprehensive device interoperability using the test criteria below, on an ongoing basis. This outcome provides our customers with confidence in the performance characteristics and feature support for devices when connected to a Celona 4G/LTE or 5G network.
Celona device certification is achieved after comprehensive device interoperability using the test criteria below, on an ongoing basis. This outcome provides our customers with confidence in the performance characteristics and feature support for devices when connected to a Celona 4G/LTE or 5G network.
New 5G LAN technology from Celona offers the industry’s most comprehensive suite of security capabilities across the full IP protocol stack, giving organizations the highest levels of user confidentiality and data privacy possible from the RAN across the enterprise L2/L3 LAN.
New 5G LAN technology from Celona offers the industry’s most comprehensive suite of security capabilities across the full IP protocol stack, giving organizations the highest levels of user confidentiality and data privacy possible from the RAN across the enterprise L2/L3 LAN.
New 5G LAN technology from Celona offers the industry’s most comprehensive suite of security capabilities across the full IP protocol stack, giving organizations the highest levels of user confidentiality and data privacy possible from the RAN across the enterprise L2/L3 LAN.
You don’t have to be a cellular expert to a deploy a private wireless solution at your facilities. We offer a turn-key solution and the design expertise to help you deploy a private wireless network in days.
You don’t have to be a cellular expert to a deploy a private wireless solution at your facilities. We offer a turn-key solution and the design expertise to help you deploy a private wireless network in days.
You don’t have to be a cellular expert to a deploy a private wireless solution at your facilities. We offer a turn-key solution and the design expertise to help you deploy a private wireless network in days.
With increasing labor shortages and volume of shipments, distribution centers are turning to technology solutions and automations to address these shortages and further scale their operations. These solutions require highly reliable wireless connectivity offered by Celona private wireless.
With increasing labor shortages and volume of shipments, distribution centers are turning to technology solutions and automations to address these shortages and further scale their operations. These solutions require highly reliable wireless connectivity offered by Celona private wireless.
With increasing labor shortages and volume of shipments, distribution centers are turning to technology solutions and automations to address these shortages and further scale their operations. These solutions require highly reliable wireless connectivity offered by Celona private wireless.
Celona’s ubiquitous connectivity and deterministic coverage embeds greater productivity and efficiencies into your manufacturing value chain.
Celona’s ubiquitous connectivity and deterministic coverage embeds greater productivity and efficiencies into your manufacturing value chain.
Celona’s ubiquitous connectivity and deterministic coverage embeds greater productivity and efficiencies into your manufacturing value chain.
Private 5G NR networks support higher data rates, lower latencies, and longer range connectivity than their legacy LTE predecessors. This opens the door to a new era of Industry 4.0 applications.
Private 5G NR networks support higher data rates, lower latencies, and longer range connectivity than their legacy LTE predecessors. This opens the door to a new era of Industry 4.0 applications.
Private 5G NR networks support higher data rates, lower latencies, and longer range connectivity than their legacy LTE predecessors. This opens the door to a new era of Industry 4.0 applications.
The Celona Edge OS is a scalable and resilient cloud-native network operating system that provides a resolute data plane, control plane and spectrum management services for private cellular networks.
The Celona Edge OS is a scalable and resilient cloud-native network operating system that provides a resolute data plane, control plane and spectrum management services for private cellular networks.
The Celona Edge OS is a scalable and resilient cloud-native network operating system that provides a resolute data plane, control plane and spectrum management services for private cellular networks.
Specifically engineered for indoor and outdoor LTE/5G enterprise use cases and operating environments, Celona Access Points (APs) deliver pervasive coverage, interference-free access, and unmatched wireless performance.
Specifically engineered for indoor and outdoor LTE/5G enterprise use cases and operating environments, Celona Access Points (APs) deliver pervasive coverage, interference-free access, and unmatched wireless performance.
Specifically engineered for indoor and outdoor LTE/5G enterprise use cases and operating environments, Celona Access Points (APs) deliver pervasive coverage, interference-free access, and unmatched wireless performance.
The Celona Orchestrator is a cloud-based network administration platform that centrally coordinates the deployment, management, and operation of the Celona 5G LAN solution.
The Celona Orchestrator is a cloud-based network administration platform that centrally coordinates the deployment, management, and operation of the Celona 5G LAN solution.
The Celona Orchestrator is a cloud-based network administration platform that centrally coordinates the deployment, management, and operation of the Celona 5G LAN solution.
AP 22 is an indoor 5G NR access point as a part of Celona’s 5G LAN solution portfolio, supporting Sub-6 Ghz frequency bands (3.3–4.2 GHz).
AP 22 is an indoor 5G NR access point as a part of Celona’s 5G LAN solution portfolio, supporting Sub-6 Ghz frequency bands (3.3–4.2 GHz).
AP 22 is an indoor 5G NR access point as a part of Celona’s 5G LAN solution portfolio, supporting Sub-6 Ghz frequency bands (3.3–4.2 GHz).
AP 21 is a ruggedized 5G NR access point as a part of Celona’s 5G LAN solution portfolio.
AP 21 is a ruggedized 5G NR access point as a part of Celona’s 5G LAN solution portfolio.
AP 21 is a ruggedized 5G NR access point as a part of Celona’s 5G LAN solution portfolio.
AP 20 is an indoor multimode CBRS LTE/5G NR access point as a part of Celona’s 5G LAN solution portfolio.
AP 20 is an indoor multimode CBRS LTE/5G NR access point as a part of Celona’s 5G LAN solution portfolio.
AP 20 is an indoor multimode CBRS LTE/5G NR access point as a part of Celona’s 5G LAN solution portfolio.
AP 13 & AP 13E are CBRS LTE access points as a part of Celona’s 5G LAN solution portfolio.
AP 13 & AP 13E are CBRS LTE access points as a part of Celona’s 5G LAN solution portfolio.
AP 13 & AP 13E are CBRS LTE access points as a part of Celona’s 5G LAN solution portfolio.
Celona 5G LAN is a turn-key private wireless solution uniquely engineered for the enterprise.
Celona 5G LAN is a turn-key private wireless solution uniquely engineered for the enterprise.
Celona 5G LAN is a turn-key private wireless solution uniquely engineered for the enterprise.
The industry’s only turnkey 5G LAN solution delivering ubiquitous connectivity and deterministic coverage to remote, rugged and data-heavy energy and mining environments.
The industry’s only turnkey 5G LAN solution delivering ubiquitous connectivity and deterministic coverage to remote, rugged and data-heavy energy and mining environments.
The industry’s only turnkey 5G LAN solution delivering ubiquitous connectivity and deterministic coverage to remote, rugged and data-heavy energy and mining environments.
Designed for pole-mount installation outdoors, supporting omni-directional and sectorized coverage with external antennas.
Designed for pole-mount installation outdoors, supporting omni-directional and sectorized coverage with external antennas.
Designed for pole-mount installation outdoors, supporting omni-directional and sectorized coverage with external antennas.
Neutral Host networks offer a cost-effective alternative to today's Distributed Antenna System (DAS) installations.
Neutral Host networks offer a cost-effective alternative to today's Distributed Antenna System (DAS) installations.
Neutral Host networks offer a cost-effective alternative to today's Distributed Antenna System (DAS) installations.
Designed to seamlessly integrate with existing enterprise networks, activated with Celona software subscription
Designed to seamlessly integrate with existing enterprise networks, activated with Celona software subscription
Designed to seamlessly integrate with existing enterprise networks, activated with Celona software subscription
In this 2-pager, we summarize the product components that make up a Celona 5G LAN and the unique benefits of the solution.
In this 2-pager, we summarize the product components that make up a Celona 5G LAN and the unique benefits of the solution.
In this 2-pager, we summarize the product components that make up a Celona 5G LAN and the unique benefits of the solution.
In this FAQ, we address popular questions on neutral host networking - utilizing a Celona 5G LAN to offload voice and data services for MNO subscribers.
In this FAQ, we address popular questions on neutral host networking - utilizing a Celona 5G LAN to offload voice and data services for MNO subscribers.
In this FAQ, we address popular questions on neutral host networking - utilizing a Celona 5G LAN to offload voice and data services for MNO subscribers.
Read this one-pager to see how Celona can accelerate adoption of private LTE/5G with its non-metered cost structure.
Read this one-pager to see how Celona can accelerate adoption of private LTE/5G with its non-metered cost structure.
Read this one-pager to see how Celona can accelerate adoption of private LTE/5G with its non-metered cost structure.
Enabling application aware connectivity for existing mobile and IoT infrastructure on private mobile networks
Enabling application aware connectivity for existing mobile and IoT infrastructure on private mobile networks
Enabling application aware connectivity for existing mobile and IoT infrastructure on private mobile networks
Deploying your private LTE and 5G network should be as easy as rolling out a new application with Microsoft Azure.
Deploying your private LTE and 5G network should be as easy as rolling out a new application with Microsoft Azure.
Deploying your private LTE and 5G network should be as easy as rolling out a new application with Microsoft Azure.
Coverage and technical specs on antenna and accessory options for Celona indoor and outdoor access points
Coverage and technical specs on antenna and accessory options for Celona indoor and outdoor access points
Coverage and technical specs on antenna and accessory options for Celona indoor and outdoor access points
Each delivering up to 1M sqft outdoor coverage for private cellular wireless connectivity for IoT gateways, Wi-Fi hotspots and more.
Each delivering up to 1M sqft outdoor coverage for private cellular wireless connectivity for IoT gateways, Wi-Fi hotspots and more.
Each delivering up to 1M sqft outdoor coverage for private cellular wireless connectivity for IoT gateways, Wi-Fi hotspots and more.
Each delivering up to 25K sqft indoor coverage for private cellular wireless at low latency and with hitless mobility.
Each delivering up to 25K sqft indoor coverage for private cellular wireless at low latency and with hitless mobility.
Each delivering up to 25K sqft indoor coverage for private cellular wireless at low latency and with hitless mobility.
For those who need it, Edge Appliances come integrated with Celona Edge software that powers a private LTE/5G mobile core.
For those who need it, Edge Appliances come integrated with Celona Edge software that powers a private LTE/5G mobile core.
For those who need it, Edge Appliances come integrated with Celona Edge software that powers a private LTE/5G mobile core.
All inclusive subscription options for industry's first integrated solution for enterprise-ready private mobile networks.
All inclusive subscription options for industry's first integrated solution for enterprise-ready private mobile networks.
All inclusive subscription options for industry's first integrated solution for enterprise-ready private mobile networks.
Each delivering up to 25K sqft indoor coverage for private cellular wireless at low latency and with hitless mobility.
Each delivering up to 25K sqft indoor coverage for private cellular wireless at low latency and with hitless mobility.
Each delivering up to 25K sqft indoor coverage for private cellular wireless at low latency and with hitless mobility.
This one-pager provides a unique perspective in presenting private 5G as a strategic asset for university campuses.
This one-pager provides a unique perspective in presenting private 5G as a strategic asset for university campuses.
This one-pager provides a unique perspective in presenting private 5G as a strategic asset for university campuses.
Designed for plug-n-play deployment within the enterprise network, supporting some of the most challenging environments.
Designed for plug-n-play deployment within the enterprise network, supporting some of the most challenging environments.
Designed for plug-n-play deployment within the enterprise network, supporting some of the most challenging environments.
Designed for pole-mount installation outdoors, supporting omni-directional and sectorized coverage with external antennas.
Designed for pole-mount installation outdoors, supporting omni-directional and sectorized coverage with external antennas.
Designed for pole-mount installation outdoors, supporting omni-directional and sectorized coverage with external antennas.
Quickly enable on-premises installation of Celona private LTE and integrate with your existing network
Quickly enable on-premises installation of Celona private LTE and integrate with your existing network
Quickly enable on-premises installation of Celona private LTE and integrate with your existing network
Celona has expanded it's previously self-managed device certification program in response to industrial interest in new network systems that support AI workloads. Truminds is the first partner, with discussions in-play with other large worldwide partners.
Celona has expanded it's previously self-managed device certification program in response to industrial interest in new network systems that support AI workloads. Truminds is the first partner, with discussions in-play with other large worldwide partners.
Celona has expanded it's previously self-managed device certification program in response to industrial interest in new network systems that support AI workloads. Truminds is the first partner, with discussions in-play with other large worldwide partners.
Celona has a deal with STC (Saudi Telecommunication Company) Group in the Middle East on private 5G. The operator will use Celona’s 5G system to stand-up its digital-change sales in the mining, manufacturing, and logistics sectors.
Celona has a deal with STC (Saudi Telecommunication Company) Group in the Middle East on private 5G. The operator will use Celona’s 5G system to stand-up its digital-change sales in the mining, manufacturing, and logistics sectors.
Celona has a deal with STC (Saudi Telecommunication Company) Group in the Middle East on private 5G. The operator will use Celona’s 5G system to stand-up its digital-change sales in the mining, manufacturing, and logistics sectors.
NTT DATA, selling enterprise 5G from Celona and Cisco (plus Nokia in more ad-hoc fashion), claims a “$500 million pipeline of opportunities with some of the world’s most disruptive brands”.
NTT DATA, selling enterprise 5G from Celona and Cisco (plus Nokia in more ad-hoc fashion), claims a “$500 million pipeline of opportunities with some of the world’s most disruptive brands”.
NTT DATA, selling enterprise 5G from Celona and Cisco (plus Nokia in more ad-hoc fashion), claims a “$500 million pipeline of opportunities with some of the world’s most disruptive brands”.
The market is flooded with smart devices for Industrial IoT. The problem is that this modern technology is rendered useless without robust connectivity to ensure that the tools always work, no matter where they travel in the plant, the warehouse, the yard, or the remote reaches of the field.
The market is flooded with smart devices for Industrial IoT. The problem is that this modern technology is rendered useless without robust connectivity to ensure that the tools always work, no matter where they travel in the plant, the warehouse, the yard, or the remote reaches of the field.
The market is flooded with smart devices for Industrial IoT. The problem is that this modern technology is rendered useless without robust connectivity to ensure that the tools always work, no matter where they travel in the plant, the warehouse, the yard, or the remote reaches of the field.
Neutral host private networking, which promises to enhance building and campus wireless coverage by enabling users to share networks with multiple providers, is gaining momentum.
Neutral host private networking, which promises to enhance building and campus wireless coverage by enabling users to share networks with multiple providers, is gaining momentum.
Neutral host private networking, which promises to enhance building and campus wireless coverage by enabling users to share networks with multiple providers, is gaining momentum.
Verizon Business has managed to turn on its head in the US enterprise market - to "get in the game" - by answering the question of cost by demonstrating the value of connectivity.
Verizon Business has managed to turn on its head in the US enterprise market - to "get in the game" - by answering the question of cost by demonstrating the value of connectivity.
Verizon Business has managed to turn on its head in the US enterprise market - to "get in the game" - by answering the question of cost by demonstrating the value of connectivity.
Palo Alto says private 5G networks offer efficiency, but protecting private 5G resources can be challenging for enterprises.
Palo Alto says private 5G networks offer efficiency, but protecting private 5G resources can be challenging for enterprises.
Palo Alto says private 5G networks offer efficiency, but protecting private 5G resources can be challenging for enterprises.
Anyone who has spent time in a hospital room probably remembers: the lukewarm food on compartmentalized trays, the nurse visits in the middle of the night, and the cables. The cables are everywhere, and each time patients venture out of bed they must navigate them.
Anyone who has spent time in a hospital room probably remembers: the lukewarm food on compartmentalized trays, the nurse visits in the middle of the night, and the cables. The cables are everywhere, and each time patients venture out of bed they must navigate them.
Anyone who has spent time in a hospital room probably remembers: the lukewarm food on compartmentalized trays, the nurse visits in the middle of the night, and the cables. The cables are everywhere, and each time patients venture out of bed they must navigate them.
The James Hutton Institute, positioned at the forefront of agriscience research in Scotland, embarked on a mission to elevate its research capabilities. With operations across multiple sites, including Aberdeen and Dundee, the institute employs over 500 scientists and staff, solidifying its status as a key research provider for the Scottish Government.
The James Hutton Institute, positioned at the forefront of agriscience research in Scotland, embarked on a mission to elevate its research capabilities. With operations across multiple sites, including Aberdeen and Dundee, the institute employs over 500 scientists and staff, solidifying its status as a key research provider for the Scottish Government.
The James Hutton Institute, positioned at the forefront of agriscience research in Scotland, embarked on a mission to elevate its research capabilities. With operations across multiple sites, including Aberdeen and Dundee, the institute employs over 500 scientists and staff, solidifying its status as a key research provider for the Scottish Government.
Celona has taken a position as an agitator in the excitable private networks market, positioning itself as an enterprise-friendly alternative to the likes of Nokia and Ericsson.
Celona has taken a position as an agitator in the excitable private networks market, positioning itself as an enterprise-friendly alternative to the likes of Nokia and Ericsson.
Celona has taken a position as an agitator in the excitable private networks market, positioning itself as an enterprise-friendly alternative to the likes of Nokia and Ericsson.
Celona and Palo Alto Networks are integrating their respective private network and security capabilities to provide enterprise customers with more visibility into devices connecting over their private 4G LTE and 5G cellular infrastructure.
Celona and Palo Alto Networks are integrating their respective private network and security capabilities to provide enterprise customers with more visibility into devices connecting over their private 4G LTE and 5G cellular infrastructure.
Celona and Palo Alto Networks are integrating their respective private network and security capabilities to provide enterprise customers with more visibility into devices connecting over their private 4G LTE and 5G cellular infrastructure.
Wireless services specialist Celona and security firm Palo Alto Networks are coming together to enhance device protection for organisations operating private mobile networks.
Wireless services specialist Celona and security firm Palo Alto Networks are coming together to enhance device protection for organisations operating private mobile networks.
Wireless services specialist Celona and security firm Palo Alto Networks are coming together to enhance device protection for organisations operating private mobile networks.
Celona's latest announcement brings support for automated eSim enrollment to mobile device management solutions.
Celona's latest announcement brings support for automated eSim enrollment to mobile device management solutions.
Celona's latest announcement brings support for automated eSim enrollment to mobile device management solutions.
Celona has announced the industry's first automated eSIM solution that works with popular enterprise MDM systems, such as JAMF and AirWatch.
Celona has announced the industry's first automated eSIM solution that works with popular enterprise MDM systems, such as JAMF and AirWatch.
Celona has announced the industry's first automated eSIM solution that works with popular enterprise MDM systems, such as JAMF and AirWatch.
US-based private networking specialist Celona has claimed the industry's first automated eSIM solution for enterprise mobile device management (MDM) systems.
US-based private networking specialist Celona has claimed the industry's first automated eSIM solution for enterprise mobile device management (MDM) systems.
US-based private networking specialist Celona has claimed the industry's first automated eSIM solution for enterprise mobile device management (MDM) systems.
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.
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.
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.
Private wireless networks can be difficult to deploy. Networking vendors - such as Celona - offer services that could simplify the process.
Private wireless networks can be difficult to deploy. Networking vendors - such as Celona - offer services that could simplify the process.
Private wireless networks can be difficult to deploy. Networking vendors - such as Celona - offer services that could simplify the process.
When Italy’s Del Conca Group decided to refresh the wireless system at its Tennessee tile factory, IT head Luca Chichiarelli started looking at alternatives to Wi-Fi. The speeds and bandwidth offered by Wi-Fi 6 were less interesting to Chichiarelli than reliability, network slicing and better connections to a public carrier network. So he started looking at private wireless solutions.
When Italy’s Del Conca Group decided to refresh the wireless system at its Tennessee tile factory, IT head Luca Chichiarelli started looking at alternatives to Wi-Fi. The speeds and bandwidth offered by Wi-Fi 6 were less interesting to Chichiarelli than reliability, network slicing and better connections to a public carrier network. So he started looking at private wireless solutions.
When Italy’s Del Conca Group decided to refresh the wireless system at its Tennessee tile factory, IT head Luca Chichiarelli started looking at alternatives to Wi-Fi. The speeds and bandwidth offered by Wi-Fi 6 were less interesting to Chichiarelli than reliability, network slicing and better connections to a public carrier network. So he started looking at private wireless solutions.
Enterprise wireless startup Celona, which two years ago rolled out radio and software products to support private use of cellular networking, on Tuesday announced a suite of new radios and software to support four different bands of licensed spectrum in markets around the world -- what it calls an integrated 5G local area network, or 5G LAN "NR" product suite.
Enterprise wireless startup Celona, which two years ago rolled out radio and software products to support private use of cellular networking, on Tuesday announced a suite of new radios and software to support four different bands of licensed spectrum in markets around the world -- what it calls an integrated 5G local area network, or 5G LAN "NR" product suite.
Enterprise wireless startup Celona, which two years ago rolled out radio and software products to support private use of cellular networking, on Tuesday announced a suite of new radios and software to support four different bands of licensed spectrum in markets around the world -- what it calls an integrated 5G local area network, or 5G LAN "NR" product suite.
Private wireless is expected to be a hot topic at next week’s Mobile World Congress event in Barcelona. Ahead of the show, startup Celona Inc. today announced a portfolio of indoor and outdoor private 5G products for the global markets.
Private wireless is expected to be a hot topic at next week’s Mobile World Congress event in Barcelona. Ahead of the show, startup Celona Inc. today announced a portfolio of indoor and outdoor private 5G products for the global markets.
Private wireless is expected to be a hot topic at next week’s Mobile World Congress event in Barcelona. Ahead of the show, startup Celona Inc. today announced a portfolio of indoor and outdoor private 5G products for the global markets.
With a new product portfolio debuting in February that targets the global market and different spectrum bands.
With a new product portfolio debuting in February that targets the global market and different spectrum bands.
With a new product portfolio debuting in February that targets the global market and different spectrum bands.
For the 8th year in a row, Forbes teamed up with TrueBridge Capital to search for the country’s 25 venture-backed startups most likely to become unicorns.
For the 8th year in a row, Forbes teamed up with TrueBridge Capital to search for the country’s 25 venture-backed startups most likely to become unicorns.
For the 8th year in a row, Forbes teamed up with TrueBridge Capital to search for the country’s 25 venture-backed startups most likely to become unicorns.
A private cellular network helped reduce unplanned downtime in the scrap yard by approximately 70%.
A private cellular network helped reduce unplanned downtime in the scrap yard by approximately 70%.
A private cellular network helped reduce unplanned downtime in the scrap yard by approximately 70%.
BMW Group have installed their newest 5G testbed at its plant in Germany, in partnership with NTT Group, Intel, Celona and Microsoft.
BMW Group have installed their newest 5G testbed at its plant in Germany, in partnership with NTT Group, Intel, Celona and Microsoft.
BMW Group have installed their newest 5G testbed at its plant in Germany, in partnership with NTT Group, Intel, Celona and Microsoft.
Technologist Mark Houtz walks you through the process of pairing Starlink and a Celona CBRS / private LTE network in the wild.
Technologist Mark Houtz walks you through the process of pairing Starlink and a Celona CBRS / private LTE network in the wild.
Technologist Mark Houtz walks you through the process of pairing Starlink and a Celona CBRS / private LTE network in the wild.
A first-hand account of the simplicity and ease of deployment of a Celona network compared to other alternatives.
A first-hand account of the simplicity and ease of deployment of a Celona network compared to other alternatives.
A first-hand account of the simplicity and ease of deployment of a Celona network compared to other alternatives.
An honest walkthrough of the technology behind the Celona platform – inc. screenshots – from leading technologist Mark Houtz.
An honest walkthrough of the technology behind the Celona platform – inc. screenshots – from leading technologist Mark Houtz.
An honest walkthrough of the technology behind the Celona platform – inc. screenshots – from leading technologist Mark Houtz.
New York Libraries are currently evaluating the results of a trial to decide whether to invest in CBRS. If successful, Celona is one of the top three vendor picks.
New York Libraries are currently evaluating the results of a trial to decide whether to invest in CBRS. If successful, Celona is one of the top three vendor picks.
New York Libraries are currently evaluating the results of a trial to decide whether to invest in CBRS. If successful, Celona is one of the top three vendor picks.
Google recently partnered with Celona to deliver private 5G to the enterprise edge. Learn what this tells us about the fast-growing private wireless sector.
Google recently partnered with Celona to deliver private 5G to the enterprise edge. Learn what this tells us about the fast-growing private wireless sector.
Google recently partnered with Celona to deliver private 5G to the enterprise edge. Learn what this tells us about the fast-growing private wireless sector.
Explores how neutral host networks over private 5G could provide a more cost-effective alternative to signal boosters and distributed antenna systems.
Explores how neutral host networks over private 5G could provide a more cost-effective alternative to signal boosters and distributed antenna systems.
Explores how neutral host networks over private 5G could provide a more cost-effective alternative to signal boosters and distributed antenna systems.
Introduces Celona’s Fanatics channel program and how it enables resellers, MSPs and systems integrators to do more with Celona’s private 5G innovation.
Introduces Celona’s Fanatics channel program and how it enables resellers, MSPs and systems integrators to do more with Celona’s private 5G innovation.
Introduces Celona’s Fanatics channel program and how it enables resellers, MSPs and systems integrators to do more with Celona’s private 5G innovation.
Discusses how the Celona platform delivers the integration features missing from many competing private 5G platforms.
Discusses how the Celona platform delivers the integration features missing from many competing private 5G platforms.
Discusses how the Celona platform delivers the integration features missing from many competing private 5G platforms.
Celona unveils the industry’s first comprehensive partner program to give IT solution providers the ability to capitalize on the explosive enterprise private 5G market.
Celona unveils the industry’s first comprehensive partner program to give IT solution providers the ability to capitalize on the explosive enterprise private 5G market.
Celona unveils the industry’s first comprehensive partner program to give IT solution providers the ability to capitalize on the explosive enterprise private 5G market.
May 24, 2022 - Unique intelligent 5G LAN routing technology streamlines enterprise integration of private cellular wireless
May 24, 2022 - Unique intelligent 5G LAN routing technology streamlines enterprise integration of private cellular wireless
May 24, 2022 - Unique intelligent 5G LAN routing technology streamlines enterprise integration of private cellular wireless
NTT solution powered by Celona 5G LANs aims to deliver connectivity across remote locations to enable faster decision making and to improve mining operations
NTT solution powered by Celona 5G LANs aims to deliver connectivity across remote locations to enable faster decision making and to improve mining operations
NTT solution powered by Celona 5G LANs aims to deliver connectivity across remote locations to enable faster decision making and to improve mining operations
Intelligent 5G LAN routing is helping enterprise integrate private cellular wireless, eliminating security, accessibility, and administrative barriers.
Intelligent 5G LAN routing is helping enterprise integrate private cellular wireless, eliminating security, accessibility, and administrative barriers.
Intelligent 5G LAN routing is helping enterprise integrate private cellular wireless, eliminating security, accessibility, and administrative barriers.
Verizon’s Head of 5G Edge Innovation, Arvin Singh, spoke at Fierce Wireless’ recent 5G Blitz event, where he detailed the exciting role private 5G will play in the future of enterprise.
Verizon’s Head of 5G Edge Innovation, Arvin Singh, spoke at Fierce Wireless’ recent 5G Blitz event, where he detailed the exciting role private 5G will play in the future of enterprise.
Verizon’s Head of 5G Edge Innovation, Arvin Singh, spoke at Fierce Wireless’ recent 5G Blitz event, where he detailed the exciting role private 5G will play in the future of enterprise.
Learn how the partnership will accelerate the adoption of private 5G with an integrated “AI-enabled end-to-end workflow automation platform”.
Learn how the partnership will accelerate the adoption of private 5G with an integrated “AI-enabled end-to-end workflow automation platform”.
Learn how the partnership will accelerate the adoption of private 5G with an integrated “AI-enabled end-to-end workflow automation platform”.
The funding is clear validation in our belief that the introduction of 5G cellular wireless technology within the enterprise is a true game-changer.
The funding is clear validation in our belief that the introduction of 5G cellular wireless technology within the enterprise is a true game-changer.
The funding is clear validation in our belief that the introduction of 5G cellular wireless technology within the enterprise is a true game-changer.
Discover the differentiating elements that are driving demand and confidence in the Celona’s innovative 5G LAN solutions.
Discover the differentiating elements that are driving demand and confidence in the Celona’s innovative 5G LAN solutions.
Discover the differentiating elements that are driving demand and confidence in the Celona’s innovative 5G LAN solutions.
The funds will be used to accelerate our global expansion and continue our mission to create “a completely new model for building enterprise networks”.
The funds will be used to accelerate our global expansion and continue our mission to create “a completely new model for building enterprise networks”.
The funds will be used to accelerate our global expansion and continue our mission to create “a completely new model for building enterprise networks”.
Momentum among large customers has propelled Celona’s Series C round to $60 million in venture funding, bringing total funding to date to $100 million.
Momentum among large customers has propelled Celona’s Series C round to $60 million in venture funding, bringing total funding to date to $100 million.
Momentum among large customers has propelled Celona’s Series C round to $60 million in venture funding, bringing total funding to date to $100 million.
The CBRS spectrum supports predictable coverage for private cellular networks. Learn about installation, AP mounting and device compatibility.
The CBRS spectrum supports predictable coverage for private cellular networks. Learn about installation, AP mounting and device compatibility.
The CBRS spectrum supports predictable coverage for private cellular networks. Learn about installation, AP mounting and device compatibility.
5G is changing the networking paradigm. Discover why 5G LAN is shaping up as a viable replacement for corporate Wi-Fi networks.
5G is changing the networking paradigm. Discover why 5G LAN is shaping up as a viable replacement for corporate Wi-Fi networks.
5G is changing the networking paradigm. Discover why 5G LAN is shaping up as a viable replacement for corporate Wi-Fi networks.
NTT Group is leveraging its partnership with private wireless start-up Celona to build on-premise private networks for Schneider Electric
NTT Group is leveraging its partnership with private wireless start-up Celona to build on-premise private networks for Schneider Electric
NTT Group is leveraging its partnership with private wireless start-up Celona to build on-premise private networks for Schneider Electric
NTT’s private 5G as-a-service platform launched last August, powered by a cloud-based LTE and 5G core network from US-based CBRS-champ Celona.
NTT’s private 5G as-a-service platform launched last August, powered by a cloud-based LTE and 5G core network from US-based CBRS-champ Celona.
NTT’s private 5G as-a-service platform launched last August, powered by a cloud-based LTE and 5G core network from US-based CBRS-champ Celona.
Together, their private network solution and digitization enabling platform is advancing digital solutions in the manufacturing environment.
Together, their private network solution and digitization enabling platform is advancing digital solutions in the manufacturing environment.
Together, their private network solution and digitization enabling platform is advancing digital solutions in the manufacturing environment.
Learn more about Verizon’s first foray into a commercially available private 5G offering, in partnership with Celona.
Learn more about Verizon’s first foray into a commercially available private 5G offering, in partnership with Celona.
Learn more about Verizon’s first foray into a commercially available private 5G offering, in partnership with Celona.
Discover why Verizon’s announcement to integrate 5G LAN technology from Celona to its On Site 5G portfolio, stole the show at MWC22.
Discover why Verizon’s announcement to integrate 5G LAN technology from Celona to its On Site 5G portfolio, stole the show at MWC22.
Discover why Verizon’s announcement to integrate 5G LAN technology from Celona to its On Site 5G portfolio, stole the show at MWC22.
Verizon Business CRO discusses announcements from MWC22 including their new private network solution supported by Celona.
Verizon Business CRO discusses announcements from MWC22 including their new private network solution supported by Celona.
Verizon Business CRO discusses announcements from MWC22 including their new private network solution supported by Celona.
Why ease of deployment and integration made Celona the first choice for Verizon private 5G partnership.
Why ease of deployment and integration made Celona the first choice for Verizon private 5G partnership.
Why ease of deployment and integration made Celona the first choice for Verizon private 5G partnership.
Celona’s strategic new partnerships featured heavily in an event dubbed a ‘coming-out party for private cellular networking’.
Celona’s strategic new partnerships featured heavily in an event dubbed a ‘coming-out party for private cellular networking’.
Celona’s strategic new partnerships featured heavily in an event dubbed a ‘coming-out party for private cellular networking’.
This new, cost competitive, turn-key private networking solution will benefit small, mid-market and enterprise businesses.
This new, cost competitive, turn-key private networking solution will benefit small, mid-market and enterprise businesses.
This new, cost competitive, turn-key private networking solution will benefit small, mid-market and enterprise businesses.
How Verizon’s mid-band 5G deployments expected to complete by the end of 2023 has exceeded expectations.
How Verizon’s mid-band 5G deployments expected to complete by the end of 2023 has exceeded expectations.
How Verizon’s mid-band 5G deployments expected to complete by the end of 2023 has exceeded expectations.
Discover the partnership merging Verizon Business’ On Site LTE and 5G network with Celona’s 5G LAN products.
Discover the partnership merging Verizon Business’ On Site LTE and 5G network with Celona’s 5G LAN products.
Discover the partnership merging Verizon Business’ On Site LTE and 5G network with Celona’s 5G LAN products.
Jesse Hollington from DigitalTrends covers the story behind the partnership between Verizon Business and Celona.
Jesse Hollington from DigitalTrends covers the story behind the partnership between Verizon Business and Celona.
Jesse Hollington from DigitalTrends covers the story behind the partnership between Verizon Business and Celona.
Learn how to secure a private 5G network with zero-trust security practices.
Learn how to secure a private 5G network with zero-trust security practices.
Learn how to secure a private 5G network with zero-trust security practices.
Explore the applications, barriers and security benefits of deploying private 5G in manufacturing, industrial and enterprise sectors.
Explore the applications, barriers and security benefits of deploying private 5G in manufacturing, industrial and enterprise sectors.
Explore the applications, barriers and security benefits of deploying private 5G in manufacturing, industrial and enterprise sectors.
Özer Dondurmacıoğlu, VP of Marketing at Celona, shares his insightful predictions for 2022.
Özer Dondurmacıoğlu, VP of Marketing at Celona, shares his insightful predictions for 2022.
Özer Dondurmacıoğlu, VP of Marketing at Celona, shares his insightful predictions for 2022.
New research from the Economist and NTT finds security and reliability are driving investment in private 5G.
New research from the Economist and NTT finds security and reliability are driving investment in private 5G.
New research from the Economist and NTT finds security and reliability are driving investment in private 5G.
Andrew Von Nagy - Senior Director of Solutions Architecture at Celona - joins The Art of Network Engineering to tell us more about the Celona solution.
Andrew Von Nagy - Senior Director of Solutions Architecture at Celona - joins The Art of Network Engineering to tell us more about the Celona solution.
Andrew Von Nagy - Senior Director of Solutions Architecture at Celona - joins The Art of Network Engineering to tell us more about the Celona solution.
Celona’s Mobility Field Day 7 presentation showed that Private 5G can be deployed by any network engineer. CTS podcast discusses why.
Celona’s Mobility Field Day 7 presentation showed that Private 5G can be deployed by any network engineer. CTS podcast discusses why.
Celona’s Mobility Field Day 7 presentation showed that Private 5G can be deployed by any network engineer. CTS podcast discusses why.
Jon Fortt of CNBC speaks with Celona's CEO and co-founder Rajeev Shah about private 5G, security and his entrepreneurial journey.
Jon Fortt of CNBC speaks with Celona's CEO and co-founder Rajeev Shah about private 5G, security and his entrepreneurial journey.
Jon Fortt of CNBC speaks with Celona's CEO and co-founder Rajeev Shah about private 5G, security and his entrepreneurial journey.
Dr. Mehmet Yavuz, CTO, and co-founder of Celona answers the question, ‘Wait for URLLC or deploy today?’.
Dr. Mehmet Yavuz, CTO, and co-founder of Celona answers the question, ‘Wait for URLLC or deploy today?’.
Dr. Mehmet Yavuz, CTO, and co-founder of Celona answers the question, ‘Wait for URLLC or deploy today?’.
There is perhaps no hotter current topic in networking than private 5G (P5G). Finally, a wireless technology that’s as fast as wired networks but without the flakiness of Wi-Fi.
There is perhaps no hotter current topic in networking than private 5G (P5G). Finally, a wireless technology that’s as fast as wired networks but without the flakiness of Wi-Fi.
There is perhaps no hotter current topic in networking than private 5G (P5G). Finally, a wireless technology that’s as fast as wired networks but without the flakiness of Wi-Fi.
Listen as Celona's Özer Dondurmacıoğlu discusses how private LTE and 5G wireless provides quality connections for large facilities.
Listen as Celona's Özer Dondurmacıoğlu discusses how private LTE and 5G wireless provides quality connections for large facilities.
Listen as Celona's Özer Dondurmacıoğlu discusses how private LTE and 5G wireless provides quality connections for large facilities.
One of the world’s leading telecom providers discusses the outlook for private 5G and their Celona partnership.
One of the world’s leading telecom providers discusses the outlook for private 5G and their Celona partnership.
One of the world’s leading telecom providers discusses the outlook for private 5G and their Celona partnership.
Celona's Rajeev Shah joins Harichandan Arakali from Forbes to discuss how 5G can go beyond a network connectivity option within the enterprise.
Celona's Rajeev Shah joins Harichandan Arakali from Forbes to discuss how 5G can go beyond a network connectivity option within the enterprise.
Celona's Rajeev Shah joins Harichandan Arakali from Forbes to discuss how 5G can go beyond a network connectivity option within the enterprise.
Celona's Rajeev Shah joins This Week in Tech podcast to share what's latest in private mobile networks and Celona's unique 5G LAN solution.
Celona's Rajeev Shah joins This Week in Tech podcast to share what's latest in private mobile networks and Celona's unique 5G LAN solution.
Celona's Rajeev Shah joins This Week in Tech podcast to share what's latest in private mobile networks and Celona's unique 5G LAN solution.
Celona's Brian White sits down with Clear-To-Send to explain what private cellular use cases looks like in the enterprise and its growing ecosystem.
Celona's Brian White sits down with Clear-To-Send to explain what private cellular use cases looks like in the enterprise and its growing ecosystem.
Celona's Brian White sits down with Clear-To-Send to explain what private cellular use cases looks like in the enterprise and its growing ecosystem.
With the MWC 2021 unfolding in full swing, The Fast Mode caught up with Özer Dondurmacıoğlu of Celona on private LTE and 5G for enterprises.
With the MWC 2021 unfolding in full swing, The Fast Mode caught up with Özer Dondurmacıoğlu of Celona on private LTE and 5G for enterprises.
With the MWC 2021 unfolding in full swing, The Fast Mode caught up with Özer Dondurmacıoğlu of Celona on private LTE and 5G for enterprises.
How does Wi-Fi and private cellular co-exist? What are the use cases of private 5G and what are the requirements for adoption?
How does Wi-Fi and private cellular co-exist? What are the use cases of private 5G and what are the requirements for adoption?
How does Wi-Fi and private cellular co-exist? What are the use cases of private 5G and what are the requirements for adoption?
Private 5G is coming to the enterprise and it’s coming fast. Listen to this ZKast podcast episode to start planning ahead.
Private 5G is coming to the enterprise and it’s coming fast. Listen to this ZKast podcast episode to start planning ahead.
Private 5G is coming to the enterprise and it’s coming fast. Listen to this ZKast podcast episode to start planning ahead.
In this episode, Tom Hollingsworth reviews what private LTE and CBRS are good for and advantages next to enterprise Wi-Fi.
In this episode, Tom Hollingsworth reviews what private LTE and CBRS are good for and advantages next to enterprise Wi-Fi.
In this episode, Tom Hollingsworth reviews what private LTE and CBRS are good for and advantages next to enterprise Wi-Fi.
Andrew Von Nagy and Mehmet Yavuz explain the details behind our secret sauce, Celona MicroSlicing, and how it translates cellular wireless to enterprise networks.
Andrew Von Nagy and Mehmet Yavuz explain the details behind our secret sauce, Celona MicroSlicing, and how it translates cellular wireless to enterprise networks.
Andrew Von Nagy and Mehmet Yavuz explain the details behind our secret sauce, Celona MicroSlicing, and how it translates cellular wireless to enterprise networks.
We join Clear To Send podcast to dive deeper into the capabilities of the Celona platform and its integration with enterprise networks.
We join Clear To Send podcast to dive deeper into the capabilities of the Celona platform and its integration with enterprise networks.
We join Clear To Send podcast to dive deeper into the capabilities of the Celona platform and its integration with enterprise networks.
Keith Parsons interviews Celona's Mehmet Yavuz and Aruba's Chuck Lukaszewski to talk about the partnership.
Keith Parsons interviews Celona's Mehmet Yavuz and Aruba's Chuck Lukaszewski to talk about the partnership.
Keith Parsons interviews Celona's Mehmet Yavuz and Aruba's Chuck Lukaszewski to talk about the partnership.
Suparna Kumar, VP of Engineering at Celona, joins Catherine Sbeglia from RCR Wireless to discuss her background in the industry and private 5G networks.
Suparna Kumar, VP of Engineering at Celona, joins Catherine Sbeglia from RCR Wireless to discuss her background in the industry and private 5G networks.
Suparna Kumar, VP of Engineering at Celona, joins Catherine Sbeglia from RCR Wireless to discuss her background in the industry and private 5G networks.
In this episode of Clear-to-Send podcast, we share thoughts on present and the future of 5G wireless as it relates to enterprise deployments.
In this episode of Clear-to-Send podcast, we share thoughts on present and the future of 5G wireless as it relates to enterprise deployments.
In this episode of Clear-to-Send podcast, we share thoughts on present and the future of 5G wireless as it relates to enterprise deployments.
In this episode of the Wi-Fi Ninjas Podcast, we share thoughts on the use of CBRS based LTE/5G wireless in enterprise environments.
In this episode of the Wi-Fi Ninjas Podcast, we share thoughts on the use of CBRS based LTE/5G wireless in enterprise environments.
In this episode of the Wi-Fi Ninjas Podcast, we share thoughts on the use of CBRS based LTE/5G wireless in enterprise environments.
In this episode of the Apple @ Work podcast, we share notes on the use of CBRS for Apple device connectivity in the enterprise.
In this episode of the Apple @ Work podcast, we share notes on the use of CBRS for Apple device connectivity in the enterprise.
In this episode of the Apple @ Work podcast, we share notes on the use of CBRS for Apple device connectivity in the enterprise.
Few minutes of tech talk and Q&A per episode on the practical use of CBRS based LTE/5G wireless in the enterprise.
Few minutes of tech talk and Q&A per episode on the practical use of CBRS based LTE/5G wireless in the enterprise.
Few minutes of tech talk and Q&A per episode on the practical use of CBRS based LTE/5G wireless in the enterprise.
The Contention Window Podcast (episode S1E14) with Rajeev Shah and Mehmet Yavuz.
The Contention Window Podcast (episode S1E14) with Rajeev Shah and Mehmet Yavuz.
The Contention Window Podcast (episode S1E14) with Rajeev Shah and Mehmet Yavuz.
Self-managing 5G solution reduces complexity, improves uptime, and accelerates transformation in mission-critical environments.
Self-managing 5G solution reduces complexity, improves uptime, and accelerates transformation in mission-critical environments.
Self-managing 5G solution reduces complexity, improves uptime, and accelerates transformation in mission-critical environments.
Collaboration combines private 5G and sovereign edge computing to enable fully autonomous, real‑time digital infrastructure — deployed anywhere in the world, even in the harshest environments, in just 48 hours
Collaboration combines private 5G and sovereign edge computing to enable fully autonomous, real‑time digital infrastructure — deployed anywhere in the world, even in the harshest environments, in just 48 hours
Collaboration combines private 5G and sovereign edge computing to enable fully autonomous, real‑time digital infrastructure — deployed anywhere in the world, even in the harshest environments, in just 48 hours
New turnkey solution enabling automation and Industry 4.0 empowers enterprises and public sector organizations with secure, scalable, and cloud-ready connectivity
New turnkey solution enabling automation and Industry 4.0 empowers enterprises and public sector organizations with secure, scalable, and cloud-ready connectivity
New turnkey solution enabling automation and Industry 4.0 empowers enterprises and public sector organizations with secure, scalable, and cloud-ready connectivity
Breakthrough architecture eliminates deployment complexity—without compromising security, performance or control
Breakthrough architecture eliminates deployment complexity—without compromising security, performance or control
Breakthrough architecture eliminates deployment complexity—without compromising security, performance or control
Successful certification of the Celona Neutral Host solution with AT&T public cellular network services validates new light-touch private/public model.
Successful certification of the Celona Neutral Host solution with AT&T public cellular network services validates new light-touch private/public model.
Successful certification of the Celona Neutral Host solution with AT&T public cellular network services validates new light-touch private/public model.
ALE is integrating Celona’s Private 5G with its existing solutions - including OmniVista Cirrus, OmniSwitch LAN, and OmniAccess Stellar WLAN - to deliver reliable augmented coverage across industrial sites, offices and campuses.
ALE is integrating Celona’s Private 5G with its existing solutions - including OmniVista Cirrus, OmniSwitch LAN, and OmniAccess Stellar WLAN - to deliver reliable augmented coverage across industrial sites, offices and campuses.
ALE is integrating Celona’s Private 5G with its existing solutions - including OmniVista Cirrus, OmniSwitch LAN, and OmniAccess Stellar WLAN - to deliver reliable augmented coverage across industrial sites, offices and campuses.
Celona and stc Group have partnered to launch a cutting-edge private 5G solution, enabling enterprises in the Middle East to enhance efficiency, reduce costs, and accelerate digital transformation.
Celona and stc Group have partnered to launch a cutting-edge private 5G solution, enabling enterprises in the Middle East to enhance efficiency, reduce costs, and accelerate digital transformation.
Celona and stc Group have partnered to launch a cutting-edge private 5G solution, enabling enterprises in the Middle East to enhance efficiency, reduce costs, and accelerate digital transformation.
Celona 5G LAN recognized for its secure, end-to-end enterprise design that prioritizes the delivery of mission-critical applications via high performance connectivity in hard to reach places.
Celona 5G LAN recognized for its secure, end-to-end enterprise design that prioritizes the delivery of mission-critical applications via high performance connectivity in hard to reach places.
Celona 5G LAN recognized for its secure, end-to-end enterprise design that prioritizes the delivery of mission-critical applications via high performance connectivity in hard to reach places.
Unique security architecture accelerates reliable automation for industrial settings.
Unique security architecture accelerates reliable automation for industrial settings.
Unique security architecture accelerates reliable automation for industrial settings.
Leading private 5G innovator unveils tiered partner structure, worldwide distribution through TD SYNNEX and advanced training program to enable accelerated enterprise adoption.
Leading private 5G innovator unveils tiered partner structure, worldwide distribution through TD SYNNEX and advanced training program to enable accelerated enterprise adoption.
Leading private 5G innovator unveils tiered partner structure, worldwide distribution through TD SYNNEX and advanced training program to enable accelerated enterprise adoption.
In a significant move to enhance connectivity and innovation, Celona and HCLTech have announced a strategic global partnership aimed at delivering cutting-edge private 5G solutions.
In a significant move to enhance connectivity and innovation, Celona and HCLTech have announced a strategic global partnership aimed at delivering cutting-edge private 5G solutions.
In a significant move to enhance connectivity and innovation, Celona and HCLTech have announced a strategic global partnership aimed at delivering cutting-edge private 5G solutions.
Join with China Broadcasting Network and Inspur for Turnkey Enterprise Solution
Join with China Broadcasting Network and Inspur for Turnkey Enterprise Solution
Join with China Broadcasting Network and Inspur for Turnkey Enterprise Solution
Annual Awards Program Recognizes Innovation in the Global Supply Chain Technology and Logistics Industry
Annual Awards Program Recognizes Innovation in the Global Supply Chain Technology and Logistics Industry
Annual Awards Program Recognizes Innovation in the Global Supply Chain Technology and Logistics Industry
Comprehensive visibility and identification of cellular-connected IoT devices enable granular access control-based enforcement, automated security, and incident profiling
Comprehensive visibility and identification of cellular-connected IoT devices enable granular access control-based enforcement, automated security, and incident profiling
Comprehensive visibility and identification of cellular-connected IoT devices enable granular access control-based enforcement, automated security, and incident profiling
Industry’s only automatic eSIM activation now allows IT staff to quickly and easily onload a fleet of client devices using their existing MDM system
Industry’s only automatic eSIM activation now allows IT staff to quickly and easily onload a fleet of client devices using their existing MDM system
Industry’s only automatic eSIM activation now allows IT staff to quickly and easily onload a fleet of client devices using their existing MDM system
The first dual-purpose 5G LAN infrastructure supporting private wireless use cases and public neutral host services aims to transform the delivery of healthcare services for patients, visitors, doctors and staff.
The first dual-purpose 5G LAN infrastructure supporting private wireless use cases and public neutral host services aims to transform the delivery of healthcare services for patients, visitors, doctors and staff.
The first dual-purpose 5G LAN infrastructure supporting private wireless use cases and public neutral host services aims to transform the delivery of healthcare services for patients, visitors, doctors and staff.
Successful interoperation of Celona’s neutral host technology with T-Mobile’s public cellular network services validates exciting new model for cost-effectively extending cellular signals indoors.
Successful interoperation of Celona’s neutral host technology with T-Mobile’s public cellular network services validates exciting new model for cost-effectively extending cellular signals indoors.
Successful interoperation of Celona’s neutral host technology with T-Mobile’s public cellular network services validates exciting new model for cost-effectively extending cellular signals indoors.
Continues global expansion, extending presence into the Korean, Philippine and Vietnam markets, establishing key relationships with market leading providers and partners.
Continues global expansion, extending presence into the Korean, Philippine and Vietnam markets, establishing key relationships with market leading providers and partners.
Continues global expansion, extending presence into the Korean, Philippine and Vietnam markets, establishing key relationships with market leading providers and partners.
New private wireless technology now allows IT and OT staff to reliably transport latency-sensitive process automation protocols to supercharge digital transformation efforts.
New private wireless technology now allows IT and OT staff to reliably transport latency-sensitive process automation protocols to supercharge digital transformation efforts.
New private wireless technology now allows IT and OT staff to reliably transport latency-sensitive process automation protocols to supercharge digital transformation efforts.
Expands leadership team to bring new 5G NR private wireless products and technology to European enterprises and US-based multinationals.
Expands leadership team to bring new 5G NR private wireless products and technology to European enterprises and US-based multinationals.
Expands leadership team to bring new 5G NR private wireless products and technology to European enterprises and US-based multinationals.
Advanced cloud-based Orchestration gives enterprises broader visibility and deep dive insights into measuring, monitoring and troubleshooting the private wireless experience.
Advanced cloud-based Orchestration gives enterprises broader visibility and deep dive insights into measuring, monitoring and troubleshooting the private wireless experience.
Advanced cloud-based Orchestration gives enterprises broader visibility and deep dive insights into measuring, monitoring and troubleshooting the private wireless experience.
The 5G IoT market is forecast to grow by USD 77,586.17 mn during 2022-2027, accelerating at a CAGR of 106.67% during the forecast period.
The 5G IoT market is forecast to grow by USD 77,586.17 mn during 2022-2027, accelerating at a CAGR of 106.67% during the forecast period.
The 5G IoT market is forecast to grow by USD 77,586.17 mn during 2022-2027, accelerating at a CAGR of 106.67% during the forecast period.
Joint solution gives customers more flexible device deployment options and deterministic wireless connectivity within a unified cloud managed solution.
Joint solution gives customers more flexible device deployment options and deterministic wireless connectivity within a unified cloud managed solution.
Joint solution gives customers more flexible device deployment options and deterministic wireless connectivity within a unified cloud managed solution.
New private wireless infrastructure eliminates long-standing connectivity, coverage and reliability problems for automated production systems critical to improving business efficiency
New private wireless infrastructure eliminates long-standing connectivity, coverage and reliability problems for automated production systems critical to improving business efficiency
New private wireless infrastructure eliminates long-standing connectivity, coverage and reliability problems for automated production systems critical to improving business efficiency
Introduces hardened indoor and outdoor 4G access points engineered for demanding nonstop operation in factories, warehouses, ports and other challenging enterprise locations.
Introduces hardened indoor and outdoor 4G access points engineered for demanding nonstop operation in factories, warehouses, ports and other challenging enterprise locations.
Introduces hardened indoor and outdoor 4G access points engineered for demanding nonstop operation in factories, warehouses, ports and other challenging enterprise locations.
February 21, 2023 - Celona brings the industry’s only 5G LAN architecture to global enterprises, speeding the deployment and lowering the total cost of ownership for new Industry 4.0 applications.
February 21, 2023 - Celona brings the industry’s only 5G LAN architecture to global enterprises, speeding the deployment and lowering the total cost of ownership for new Industry 4.0 applications.
February 21, 2023 - Celona brings the industry’s only 5G LAN architecture to global enterprises, speeding the deployment and lowering the total cost of ownership for new Industry 4.0 applications.
NTT works with the City of Las Vegas to create a new private wireless infrastructure to serve as an open platform for businesses, healthcare, government, and educational institutions.
NTT works with the City of Las Vegas to create a new private wireless infrastructure to serve as an open platform for businesses, healthcare, government, and educational institutions.
NTT works with the City of Las Vegas to create a new private wireless infrastructure to serve as an open platform for businesses, healthcare, government, and educational institutions.
Celona’s Certified 5G LAN Specialist (C5S) course delivers comprehensive knowledge of the functions & capabilities for private LTE/5G wireless technology
Celona’s Certified 5G LAN Specialist (C5S) course delivers comprehensive knowledge of the functions & capabilities for private LTE/5G wireless technology
Celona’s Certified 5G LAN Specialist (C5S) course delivers comprehensive knowledge of the functions & capabilities for private LTE/5G wireless technology
New 5G LAN certification accelerates enterprise private cellular adoption by taking the guess work out of the interoperability of user equipment with 5G LANs
New 5G LAN certification accelerates enterprise private cellular adoption by taking the guess work out of the interoperability of user equipment with 5G LANs
New 5G LAN certification accelerates enterprise private cellular adoption by taking the guess work out of the interoperability of user equipment with 5G LANs
New research report on private cellular shows cost savings of up to 75% and a 3-month ROI with Celona 5G LAN technology
New research report on private cellular shows cost savings of up to 75% and a 3-month ROI with Celona 5G LAN technology
New research report on private cellular shows cost savings of up to 75% and a 3-month ROI with Celona 5G LAN technology
July 25, 2022 - New IDC Future Enterprise Award showcases organizations that rethink the way people, things, processes, and applications enable seamless flow of data to drive business outcomes
July 25, 2022 - New IDC Future Enterprise Award showcases organizations that rethink the way people, things, processes, and applications enable seamless flow of data to drive business outcomes
July 25, 2022 - New IDC Future Enterprise Award showcases organizations that rethink the way people, things, processes, and applications enable seamless flow of data to drive business outcomes
July 19, 2022 - Launches first free wireless Internet access service using Celona to give residents around New York public libraries free broadband access at home
July 19, 2022 - Launches first free wireless Internet access service using Celona to give residents around New York public libraries free broadband access at home
July 19, 2022 - Launches first free wireless Internet access service using Celona to give residents around New York public libraries free broadband access at home
July 19, 2022 - 5G LAN technology shown to radically reduce the time to deliver reliable wireless connectivity to crisis response recovery teams and communities dealing with disasters
July 19, 2022 - 5G LAN technology shown to radically reduce the time to deliver reliable wireless connectivity to crisis response recovery teams and communities dealing with disasters
July 19, 2022 - 5G LAN technology shown to radically reduce the time to deliver reliable wireless connectivity to crisis response recovery teams and communities dealing with disasters
June 20, 2022 - Google Cloud and Celona are working together to offer turnkey enterprise private 5G networks.
June 20, 2022 - Google Cloud and Celona are working together to offer turnkey enterprise private 5G networks.
June 20, 2022 - Google Cloud and Celona are working together to offer turnkey enterprise private 5G networks.
June 14, 2022 - Gartner's Cool Vendors™ in Communication Service Provider Business and Network Operations reports covers Celona's 5G LAN solution.
June 14, 2022 - Gartner's Cool Vendors™ in Communication Service Provider Business and Network Operations reports covers Celona's 5G LAN solution.
June 14, 2022 - Gartner's Cool Vendors™ in Communication Service Provider Business and Network Operations reports covers Celona's 5G LAN solution.
March 28, 2022 - DigitalBridge Ventures leads latest round of funding to fuel expansion of worldwide sales, R&D and channel development
March 28, 2022 - DigitalBridge Ventures leads latest round of funding to fuel expansion of worldwide sales, R&D and channel development
March 28, 2022 - DigitalBridge Ventures leads latest round of funding to fuel expansion of worldwide sales, R&D and channel development
December 9, 2021 - Enhancements will improve device performance, improve security, and streamline operations for private cellular
December 9, 2021 - Enhancements will improve device performance, improve security, and streamline operations for private cellular
December 9, 2021 - Enhancements will improve device performance, improve security, and streamline operations for private cellular
November 9, 2021 - Celona 5G LAN technology is used to deliver predictable performance to Point-of-Sale and staff apps at the 14,000-person event
November 9, 2021 - Celona 5G LAN technology is used to deliver predictable performance to Point-of-Sale and staff apps at the 14,000-person event
November 9, 2021 - Celona 5G LAN technology is used to deliver predictable performance to Point-of-Sale and staff apps at the 14,000-person event
October 12, 2021 – Tight integration of Celona’s 5G LAN with Megh Computing’s intelligent video analytics lets enterprises to easily enable a new era of use cases
October 12, 2021 – Tight integration of Celona’s 5G LAN with Megh Computing’s intelligent video analytics lets enterprises to easily enable a new era of use cases
October 12, 2021 – Tight integration of Celona’s 5G LAN with Megh Computing’s intelligent video analytics lets enterprises to easily enable a new era of use cases
September 2, 2021 – Inks strategic partnership with In-Q-Tel to help satisfy the growing requirements within the federal market for the emerging 5G LAN technology
September 2, 2021 – Inks strategic partnership with In-Q-Tel to help satisfy the growing requirements within the federal market for the emerging 5G LAN technology
September 2, 2021 – Inks strategic partnership with In-Q-Tel to help satisfy the growing requirements within the federal market for the emerging 5G LAN technology
August 18, 2021 – Partnership combines Celona’s unique technology with NTT’s deep expertise in digital transformation and enterprise networks.
August 18, 2021 – Partnership combines Celona’s unique technology with NTT’s deep expertise in digital transformation and enterprise networks.
August 18, 2021 – Partnership combines Celona’s unique technology with NTT’s deep expertise in digital transformation and enterprise networks.
March 16, 2021 – More than a dozen IT value-added resellers will bring Celona's private LTE/5G solution to customers for predictable enterprise wireless performance
March 16, 2021 – More than a dozen IT value-added resellers will bring Celona's private LTE/5G solution to customers for predictable enterprise wireless performance
March 16, 2021 – More than a dozen IT value-added resellers will bring Celona's private LTE/5G solution to customers for predictable enterprise wireless performance
February 23, 2021 - Joint solution brings the benefits of private LTE/5G infrastructure to legacy devices in enterprise networks.
February 23, 2021 - Joint solution brings the benefits of private LTE/5G infrastructure to legacy devices in enterprise networks.
February 23, 2021 - Joint solution brings the benefits of private LTE/5G infrastructure to legacy devices in enterprise networks.
New solution bridges the gap between cellular wireless and existing IT Infrastructure, enabling enterprises to build their own LTE/5G wireless networks
New solution bridges the gap between cellular wireless and existing IT Infrastructure, enabling enterprises to build their own LTE/5G wireless networks
New solution bridges the gap between cellular wireless and existing IT Infrastructure, enabling enterprises to build their own LTE/5G wireless networks
New solution enables enterprises to build their own LTE/5G networks.
New solution enables enterprises to build their own LTE/5G networks.
New solution enables enterprises to build their own LTE/5G networks.
Continued growth and investment driven by explosive market demand by businesses to leverage the CBRS spectrum in the United States
Continued growth and investment driven by explosive market demand by businesses to leverage the CBRS spectrum in the United States
Continued growth and investment driven by explosive market demand by businesses to leverage the CBRS spectrum in the United States
Enterprise cellular network innovator gathers all of the elements needed to support enterprise organizations, including its unique architecture, channels, and ecosystem partners
Enterprise cellular network innovator gathers all of the elements needed to support enterprise organizations, including its unique architecture, channels, and ecosystem partners
Enterprise cellular network innovator gathers all of the elements needed to support enterprise organizations, including its unique architecture, channels, and ecosystem partners
September 2019 - $10M series A funding round led by Norwest, Lightspeed and Cervin Ventures.
September 2019 - $10M series A funding round led by Norwest, Lightspeed and Cervin Ventures.
September 2019 - $10M series A funding round led by Norwest, Lightspeed and Cervin Ventures.
Short, technical explainers on Celona integrations
Short, technical explainers on Celona integrations
Short, technical explainers on Celona integrations
In-depth discussions with Celona’s Co-Founder and CTO, Mehmet Yavuz
In-depth discussions with Celona’s Co-Founder and CTO, Mehmet Yavuz
In-depth discussions with Celona’s Co-Founder and CTO, Mehmet Yavuz
In this episode of ZKast, ZK Research Founder and Principal Analyst Zeus Kerravala chats with Celona Founder and CEO Rajeev Shah about the growing role of private 5G in the enterprise.
In this episode of ZKast, ZK Research Founder and Principal Analyst Zeus Kerravala chats with Celona Founder and CEO Rajeev Shah about the growing role of private 5G in the enterprise.
In this episode of ZKast, ZK Research Founder and Principal Analyst Zeus Kerravala chats with Celona Founder and CEO Rajeev Shah about the growing role of private 5G in the enterprise.
Industry expert Geoffrey Cann, Celona’s CTO and Co-Founder Mehmet Yavuz delve into how private 5G networks are transforming the oil and gas industry. Tune in to explore the challenges of traditional connectivity solutions in complex plant environments and learn how private 5G enables connected workers, enhances safety, and seamlessly integrates IoT devices.
Industry expert Geoffrey Cann, Celona’s CTO and Co-Founder Mehmet Yavuz delve into how private 5G networks are transforming the oil and gas industry. Tune in to explore the challenges of traditional connectivity solutions in complex plant environments and learn how private 5G enables connected workers, enhances safety, and seamlessly integrates IoT devices.
Industry expert Geoffrey Cann, Celona’s CTO and Co-Founder Mehmet Yavuz delve into how private 5G networks are transforming the oil and gas industry. Tune in to explore the challenges of traditional connectivity solutions in complex plant environments and learn how private 5G enables connected workers, enhances safety, and seamlessly integrates IoT devices.
We are honored to announce a new Private 5G partnership with stc Group, the leading force in digital transformation and the largest telecom provider in Saudi Arabia.
We are honored to announce a new Private 5G partnership with stc Group, the leading force in digital transformation and the largest telecom provider in Saudi Arabia.
We are honored to announce a new Private 5G partnership with stc Group, the leading force in digital transformation and the largest telecom provider in Saudi Arabia.
Celona 5G LAN delivers an end-to-end solution from the radio, core, spectrum management to network and subscriber management systems to easily deploy private wireless solutions at enterprises.
Celona 5G LAN delivers an end-to-end solution from the radio, core, spectrum management to network and subscriber management systems to easily deploy private wireless solutions at enterprises.
Celona 5G LAN delivers an end-to-end solution from the radio, core, spectrum management to network and subscriber management systems to easily deploy private wireless solutions at enterprises.
Contrary to what many think, deploying a private wireless network with Celona can be achieved in just a number of days.
Contrary to what many think, deploying a private wireless network with Celona can be achieved in just a number of days.
Contrary to what many think, deploying a private wireless network with Celona can be achieved in just a number of days.
With the arrival of industry 4.0, learn how you can transform how machines and people work together in your enterprise.
With the arrival of industry 4.0, learn how you can transform how machines and people work together in your enterprise.
With the arrival of industry 4.0, learn how you can transform how machines and people work together in your enterprise.
It's time to accelerate quality control within your production line, thanks to your own private 5G network. We are talking a Celona 5G LAN tightly integrated to your IT and industrial IoT infrastructure, and SLA guarantees for bandwidth and latency for your critical app
It's time to accelerate quality control within your production line, thanks to your own private 5G network. We are talking a Celona 5G LAN tightly integrated to your IT and industrial IoT infrastructure, and SLA guarantees for bandwidth and latency for your critical app
It's time to accelerate quality control within your production line, thanks to your own private 5G network. We are talking a Celona 5G LAN tightly integrated to your IT and industrial IoT infrastructure, and SLA guarantees for bandwidth and latency for your critical app
With a private cellular network of your own, supply chain professionals will have the full potential to improve productivity across their warehouses. A Celona 5G LAN might just be what you ordered at the convergence of automation, digital transformation and a rise in demand for e-commerce.
With a private cellular network of your own, supply chain professionals will have the full potential to improve productivity across their warehouses. A Celona 5G LAN might just be what you ordered at the convergence of automation, digital transformation and a rise in demand for e-commerce.
With a private cellular network of your own, supply chain professionals will have the full potential to improve productivity across their warehouses. A Celona 5G LAN might just be what you ordered at the convergence of automation, digital transformation and a rise in demand for e-commerce.
See how Celona's 5G private wireless solution works.
See how Celona's 5G private wireless solution works.
See how Celona's 5G private wireless solution works.
With over 11,000 students, faculty, and staff on campus, CSU Stanislaus deployed the first campus-wide Celona 5G LAN for collaborative outdoor learning centers around campus.
With over 11,000 students, faculty, and staff on campus, CSU Stanislaus deployed the first campus-wide Celona 5G LAN for collaborative outdoor learning centers around campus.
With over 11,000 students, faculty, and staff on campus, CSU Stanislaus deployed the first campus-wide Celona 5G LAN for collaborative outdoor learning centers around campus.
Conversations about Celona the company, its people, the industry it is part of and a bit about its tech featuring Özer Dondurmacıoğlu and Greg Yatman of Celona.
Conversations about Celona the company, its people, the industry it is part of and a bit about its tech featuring Özer Dondurmacıoğlu and Greg Yatman of Celona.
Conversations about Celona the company, its people, the industry it is part of and a bit about its tech featuring Özer Dondurmacıoğlu and Greg Yatman of Celona.
Celona with Azure Network Function Manager and Azure Stack Edge to deliver low-latency, high throughput applications at the edge.
Celona with Azure Network Function Manager and Azure Stack Edge to deliver low-latency, high throughput applications at the edge.
Celona with Azure Network Function Manager and Azure Stack Edge to deliver low-latency, high throughput applications at the edge.
Tune in to see how Celona's unique 5G LAN solution can help you accelerate your supply chain operations.
Tune in to see how Celona's unique 5G LAN solution can help you accelerate your supply chain operations.
Tune in to see how Celona's unique 5G LAN solution can help you accelerate your supply chain operations.
Theran Lee, former VP of Infrastructure at Charles Schwab, discusses the emergence of private 5G technology and its value in the enterprise market.
Theran Lee, former VP of Infrastructure at Charles Schwab, discusses the emergence of private 5G technology and its value in the enterprise market.
Theran Lee, former VP of Infrastructure at Charles Schwab, discusses the emergence of private 5G technology and its value in the enterprise market.
Deeper dive into technology behind private LTE and 5G networks, presented by Mehmet Yavuz, Co-founder and CTO at Celona.
Deeper dive into technology behind private LTE and 5G networks, presented by Mehmet Yavuz, Co-founder and CTO at Celona.
Deeper dive into technology behind private LTE and 5G networks, presented by Mehmet Yavuz, Co-founder and CTO at Celona.
Practical advice on designing and deploying private mobile networks, presented by Andrew Von Nagy, Director of Solutions Engineering at Celona.
Practical advice on designing and deploying private mobile networks, presented by Andrew Von Nagy, Director of Solutions Engineering at Celona.
Practical advice on designing and deploying private mobile networks, presented by Andrew Von Nagy, Director of Solutions Engineering at Celona.
Device interoperability testing and demonstrations, presented by Jeremy Rollinson, technical marketing lead at Celona.
Device interoperability testing and demonstrations, presented by Jeremy Rollinson, technical marketing lead at Celona.
Device interoperability testing and demonstrations, presented by Jeremy Rollinson, technical marketing lead at Celona.
Hear directly from Cargill as they share how they designed, deployed and scaled private 5G to support reliable, high-performance manufacturing operations.
Hear directly from Cargill as they share how they designed, deployed and scaled private 5G to support reliable, high-performance manufacturing operations.
Hear directly from Cargill as they share how they designed, deployed and scaled private 5G to support reliable, high-performance manufacturing operations.
Join Celona and Cargill in this webinar to learn how Cargill has created an operational blueprint to scale private 5G across hundreds of manufacturing sites.
Join Celona and Cargill in this webinar to learn how Cargill has created an operational blueprint to scale private 5G across hundreds of manufacturing sites.
Join Celona and Cargill in this webinar to learn how Cargill has created an operational blueprint to scale private 5G across hundreds of manufacturing sites.
Join Celona and Cargill for an inside look at Cargill's decision to move beyond traditional Wi-Fi and adopt private 5G as the connectivity foundation for its manufacturing operations.
Join Celona and Cargill for an inside look at Cargill's decision to move beyond traditional Wi-Fi and adopt private 5G as the connectivity foundation for its manufacturing operations.
Join Celona and Cargill for an inside look at Cargill's decision to move beyond traditional Wi-Fi and adopt private 5G as the connectivity foundation for its manufacturing operations.
Join Celona and Armada for a tour of the Digital Oasis. Discover how private 5G, modular edge data centers, satellite backhaul, and AI models can transform field sites into hubs of real-time intelligence—in just 48 hours.
Join Celona and Armada for a tour of the Digital Oasis. Discover how private 5G, modular edge data centers, satellite backhaul, and AI models can transform field sites into hubs of real-time intelligence—in just 48 hours.
Join Celona and Armada for a tour of the Digital Oasis. Discover how private 5G, modular edge data centers, satellite backhaul, and AI models can transform field sites into hubs of real-time intelligence—in just 48 hours.
Join our experts for an informative session on evaluating, justifying, and capturing the long-term business value of private 5G.
Join our experts for an informative session on evaluating, justifying, and capturing the long-term business value of private 5G.
Join our experts for an informative session on evaluating, justifying, and capturing the long-term business value of private 5G.
Join Industrial Networking Solutions (INS) and Celona to learn how manufacturers are replacing legacy wired networks with high-performance private 5G to support mobile robotics, digital twins, and real-time analytics.
Join Industrial Networking Solutions (INS) and Celona to learn how manufacturers are replacing legacy wired networks with high-performance private 5G to support mobile robotics, digital twins, and real-time analytics.
Join Industrial Networking Solutions (INS) and Celona to learn how manufacturers are replacing legacy wired networks with high-performance private 5G to support mobile robotics, digital twins, and real-time analytics.
Zeus Kerravala from ZK Research joins Rajeev Shah in this fireside chat to dive into Physical AI, real-time data processing and why legacy network are at breaking point.
Zeus Kerravala from ZK Research joins Rajeev Shah in this fireside chat to dive into Physical AI, real-time data processing and why legacy network are at breaking point.
Zeus Kerravala from ZK Research joins Rajeev Shah in this fireside chat to dive into Physical AI, real-time data processing and why legacy network are at breaking point.
Join us to explore how Celona, Digi and Inductive Automation are helping industrial enterprises enable seamless data acquisition, reliable connectivity and advanced visualization.
Join us to explore how Celona, Digi and Inductive Automation are helping industrial enterprises enable seamless data acquisition, reliable connectivity and advanced visualization.
Join us to explore how Celona, Digi and Inductive Automation are helping industrial enterprises enable seamless data acquisition, reliable connectivity and advanced visualization.
Our experts break down the latest innovations — including AerFlex, AerLoc, and Orion — and share how Latin American organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AerFlex, AerLoc, and Orion — and share how Latin American organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AerFlex, AerLoc, and Orion — and share how Latin American organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AirFlex, AirLock, and Orion — and share how Korean organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AirFlex, AirLock, and Orion — and share how Korean organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Our experts break down the latest innovations — including AirFlex, AirLock, and Orion — and share how Korean organizations are improving performance, security, and ROI across connected workforce, robotics, and video surveillance use cases.
Healthcare institutions struggle with inconsistent Wi-Fi and outdated infrastructure. Learn how Stanford Health Care overcame these challenges with a private cellular network—improving connectivity without added complexity or cost.
Healthcare institutions struggle with inconsistent Wi-Fi and outdated infrastructure. Learn how Stanford Health Care overcame these challenges with a private cellular network—improving connectivity without added complexity or cost.
Healthcare institutions struggle with inconsistent Wi-Fi and outdated infrastructure. Learn how Stanford Health Care overcame these challenges with a private cellular network—improving connectivity without added complexity or cost.
Join us for a 30-minute live demo and discover how Celona’s Private 5G solution can transform connectivity in your industrial environment.
Join us for a 30-minute live demo and discover how Celona’s Private 5G solution can transform connectivity in your industrial environment.
Join us for a 30-minute live demo and discover how Celona’s Private 5G solution can transform connectivity in your industrial environment.
Tune into this webinar to explore how Private 5G is driving innovation across manufacturing, logistics, and smart infrastructure in the Middle East.
Tune into this webinar to explore how Private 5G is driving innovation across manufacturing, logistics, and smart infrastructure in the Middle East.
Tune into this webinar to explore how Private 5G is driving innovation across manufacturing, logistics, and smart infrastructure in the Middle East.
In this webinar, we break down the five fundamental tenets of private 5G deployment, ensuring maximum coverage, security, reliability and ROI for industrial environments.
In this webinar, we break down the five fundamental tenets of private 5G deployment, ensuring maximum coverage, security, reliability and ROI for industrial environments.
In this webinar, we break down the five fundamental tenets of private 5G deployment, ensuring maximum coverage, security, reliability and ROI for industrial environments.
Join us in this architect led webinar to discover how private 5G enhances yard operations with reliable, high-speed connectivity for real-time tracking, security, and worker communication.
Join us in this architect led webinar to discover how private 5G enhances yard operations with reliable, high-speed connectivity for real-time tracking, security, and worker communication.
Join us in this architect led webinar to discover how private 5G enhances yard operations with reliable, high-speed connectivity for real-time tracking, security, and worker communication.
Come see live use cases demonstrating the value of private wireless connectivity (Private 5G) for our industrial customers to provide the coverage, capacity and critical data connections to drive Industry 4.0
Come see live use cases demonstrating the value of private wireless connectivity (Private 5G) for our industrial customers to provide the coverage, capacity and critical data connections to drive Industry 4.0
Come see live use cases demonstrating the value of private wireless connectivity (Private 5G) for our industrial customers to provide the coverage, capacity and critical data connections to drive Industry 4.0
Verizon and Celona explore Private Wireless solutions that deliver in even the most challenging environments.
Verizon and Celona explore Private Wireless solutions that deliver in even the most challenging environments.
Verizon and Celona explore Private Wireless solutions that deliver in even the most challenging environments.
In this exclusive Fireside Chat, Mehmet and Sajag will share what they've learned over the last year, and will cover the trends that will define private 5G networks in the years ahead.
In this exclusive Fireside Chat, Mehmet and Sajag will share what they've learned over the last year, and will cover the trends that will define private 5G networks in the years ahead.
In this exclusive Fireside Chat, Mehmet and Sajag will share what they've learned over the last year, and will cover the trends that will define private 5G networks in the years ahead.
Join Celona’s 5G Solution Architects as they dissect the technical challenges in deploying AGVs/AMRs in these environments and why Private 5G is the superior choice compared to Wi-Fi.
Join Celona’s 5G Solution Architects as they dissect the technical challenges in deploying AGVs/AMRs in these environments and why Private 5G is the superior choice compared to Wi-Fi.
Join Celona’s 5G Solution Architects as they dissect the technical challenges in deploying AGVs/AMRs in these environments and why Private 5G is the superior choice compared to Wi-Fi.
Hear from thought leaders at the forefront of connectivity innovations to break down barriers in deploying private 5G (P5G) solutions and examine the evolving landscape of connectivity in oil and gas.
Hear from thought leaders at the forefront of connectivity innovations to break down barriers in deploying private 5G (P5G) solutions and examine the evolving landscape of connectivity in oil and gas.
Hear from thought leaders at the forefront of connectivity innovations to break down barriers in deploying private 5G (P5G) solutions and examine the evolving landscape of connectivity in oil and gas.
Explore our enlightening thought leadership webinar on-demand, presented by Celona in collaboration with our esteemed customer, Del Conca, a frontrunner in the tile manufacturing industry.
Explore our enlightening thought leadership webinar on-demand, presented by Celona in collaboration with our esteemed customer, Del Conca, a frontrunner in the tile manufacturing industry.
Explore our enlightening thought leadership webinar on-demand, presented by Celona in collaboration with our esteemed customer, Del Conca, a frontrunner in the tile manufacturing industry.
Discover how Zebra is enabling private wireless devices to drive productivity gains and unleash decision entrepreneurism. Data and connectivity are critical to empower every worker at the edge of business.
Discover how Zebra is enabling private wireless devices to drive productivity gains and unleash decision entrepreneurism. Data and connectivity are critical to empower every worker at the edge of business.
Discover how Zebra is enabling private wireless devices to drive productivity gains and unleash decision entrepreneurism. Data and connectivity are critical to empower every worker at the edge of business.
Watch on-demand as we explore the critical factors for evaluating the value of private 4G/5G versus Wi-Fi networks in industrial enterprises like Manufacturing, Distribution centers, Oil & Gas and more. Learn how to make informed decisions based on performance, scalability, and cost considerations. Gain insights into selecting the optimal wireless solution to drive efficiency and innovation in your operations.
Watch on-demand as we explore the critical factors for evaluating the value of private 4G/5G versus Wi-Fi networks in industrial enterprises like Manufacturing, Distribution centers, Oil & Gas and more. Learn how to make informed decisions based on performance, scalability, and cost considerations. Gain insights into selecting the optimal wireless solution to drive efficiency and innovation in your operations.
Watch on-demand as we explore the critical factors for evaluating the value of private 4G/5G versus Wi-Fi networks in industrial enterprises like Manufacturing, Distribution centers, Oil & Gas and more. Learn how to make informed decisions based on performance, scalability, and cost considerations. Gain insights into selecting the optimal wireless solution to drive efficiency and innovation in your operations.
Watch this compelling webinar, where we spotlight the critical imperative for business technology leaders to strategically navigate the realm of private 5G networks, a technology trend that is reshaping the landscape of enterprise connectivity.
Watch this compelling webinar, where we spotlight the critical imperative for business technology leaders to strategically navigate the realm of private 5G networks, a technology trend that is reshaping the landscape of enterprise connectivity.
Watch this compelling webinar, where we spotlight the critical imperative for business technology leaders to strategically navigate the realm of private 5G networks, a technology trend that is reshaping the landscape of enterprise connectivity.
Private wireless is transforming enterprise networking, boasting benefits like enhanced security, optimal performance, and unmatched reliability. As we approach 2024, the role of the device ecosystem will grow exponentially. The rise of 5G-enabled devices is set to introduce groundbreaking opportunities for businesses, fostering innovation and efficiency.
Private wireless is transforming enterprise networking, boasting benefits like enhanced security, optimal performance, and unmatched reliability. As we approach 2024, the role of the device ecosystem will grow exponentially. The rise of 5G-enabled devices is set to introduce groundbreaking opportunities for businesses, fostering innovation and efficiency.
Private wireless is transforming enterprise networking, boasting benefits like enhanced security, optimal performance, and unmatched reliability. As we approach 2024, the role of the device ecosystem will grow exponentially. The rise of 5G-enabled devices is set to introduce groundbreaking opportunities for businesses, fostering innovation and efficiency.
Stefan Garrard, Principal Enterprise Technology Engineer at BP, is joined by Andrew von Nagy, Sr. Director, Solutions Architecture and New Technology Initiatives at Celona, discuss the critical need for reliable connectivity in the expansive, harsh, heavy-metal environments of refineries.
Stefan Garrard, Principal Enterprise Technology Engineer at BP, is joined by Andrew von Nagy, Sr. Director, Solutions Architecture and New Technology Initiatives at Celona, discuss the critical need for reliable connectivity in the expansive, harsh, heavy-metal environments of refineries.
Stefan Garrard, Principal Enterprise Technology Engineer at BP, is joined by Andrew von Nagy, Sr. Director, Solutions Architecture and New Technology Initiatives at Celona, discuss the critical need for reliable connectivity in the expansive, harsh, heavy-metal environments of refineries.
As enterprises continue their digital transformation journey, they need robust, secure and reliable connectivity for everything that is critical to operations, from people and machines to sensors and analytics. Which technology offers the best solution? Private 5G? Wi-Fi? or a combination of both?
As enterprises continue their digital transformation journey, they need robust, secure and reliable connectivity for everything that is critical to operations, from people and machines to sensors and analytics. Which technology offers the best solution? Private 5G? Wi-Fi? or a combination of both?
As enterprises continue their digital transformation journey, they need robust, secure and reliable connectivity for everything that is critical to operations, from people and machines to sensors and analytics. Which technology offers the best solution? Private 5G? Wi-Fi? or a combination of both?
In a galaxy not too far away, Industry 4.0 is shaping manufacturing across different industries. But to achieve ground-breaking innovations like connected workers, assets, and machines, as well as automation with computer vision and robotics, you need pervasive and reliable wireless connectivity. The "Force" of private wireless networks is a new hope for manufacturing, empowering businesses to optimize inventory, gain visibility, and meet customer demands with ease.
In a galaxy not too far away, Industry 4.0 is shaping manufacturing across different industries. But to achieve ground-breaking innovations like connected workers, assets, and machines, as well as automation with computer vision and robotics, you need pervasive and reliable wireless connectivity. The "Force" of private wireless networks is a new hope for manufacturing, empowering businesses to optimize inventory, gain visibility, and meet customer demands with ease.
In a galaxy not too far away, Industry 4.0 is shaping manufacturing across different industries. But to achieve ground-breaking innovations like connected workers, assets, and machines, as well as automation with computer vision and robotics, you need pervasive and reliable wireless connectivity. The "Force" of private wireless networks is a new hope for manufacturing, empowering businesses to optimize inventory, gain visibility, and meet customer demands with ease.
Mehmet Yavuz, Co-Founder and CTO at Celona joins speakers from iBwave and Utah Education Network in this panel discussion. Moderated by industry analyst Dean Bubley, these experts delved into the upcoming trends in Private Wireless network design, analyzing the real-world developments with CBRS in the US and across the and international private cellular market. You’ll be left with a clear understanding of what is changing and why, and be able to separate reality from hype.
Mehmet Yavuz, Co-Founder and CTO at Celona joins speakers from iBwave and Utah Education Network in this panel discussion. Moderated by industry analyst Dean Bubley, these experts delved into the upcoming trends in Private Wireless network design, analyzing the real-world developments with CBRS in the US and across the and international private cellular market. You’ll be left with a clear understanding of what is changing and why, and be able to separate reality from hype.
Mehmet Yavuz, Co-Founder and CTO at Celona joins speakers from iBwave and Utah Education Network in this panel discussion. Moderated by industry analyst Dean Bubley, these experts delved into the upcoming trends in Private Wireless network design, analyzing the real-world developments with CBRS in the US and across the and international private cellular market. You’ll be left with a clear understanding of what is changing and why, and be able to separate reality from hype.
Watch Celona and M S Benbow experts present the findings and recommendations from M S Benbow's comparison of the network performance and Total Cost of Ownership (TCO) of Wi-Fi compared to Celona's 5G LAN Private Wireless solution.
Watch Celona and M S Benbow experts present the findings and recommendations from M S Benbow's comparison of the network performance and Total Cost of Ownership (TCO) of Wi-Fi compared to Celona's 5G LAN Private Wireless solution.
Watch Celona and M S Benbow experts present the findings and recommendations from M S Benbow's comparison of the network performance and Total Cost of Ownership (TCO) of Wi-Fi compared to Celona's 5G LAN Private Wireless solution.
Stanford Health Care, a leading academic medical center in the Bay Area, faced critical connectivity challenges due to poor indoor cellular coverage—impacting clinical communication and patient safety across its facilities. Celona's Neutral Host enhanced both private clinical workflows and public cellular coverage within the hospital environment.
Stanford Health Care, a leading academic medical center in the Bay Area, faced critical connectivity challenges due to poor indoor cellular coverage—impacting clinical communication and patient safety across its facilities. Celona's Neutral Host enhanced both private clinical workflows and public cellular coverage within the hospital environment.
Stanford Health Care, a leading academic medical center in the Bay Area, faced critical connectivity challenges due to poor indoor cellular coverage—impacting clinical communication and patient safety across its facilities. Celona's Neutral Host enhanced both private clinical workflows and public cellular coverage within the hospital environment.
The James Hutton Institute, positioned at the forefront of agriscience research in Scotland, embarked on a mission to elevate its research capabilities. With operations across multiple sites, including Aberdeen and Dundee, the institute employs over 500 scientists and staff, solidifying its status as a key research provider for the Scottish Government.
The James Hutton Institute, positioned at the forefront of agriscience research in Scotland, embarked on a mission to elevate its research capabilities. With operations across multiple sites, including Aberdeen and Dundee, the institute employs over 500 scientists and staff, solidifying its status as a key research provider for the Scottish Government.
The James Hutton Institute, positioned at the forefront of agriscience research in Scotland, embarked on a mission to elevate its research capabilities. With operations across multiple sites, including Aberdeen and Dundee, the institute employs over 500 scientists and staff, solidifying its status as a key research provider for the Scottish Government.
Watch this compelling webinar, where we spotlight the critical imperative for business technology leaders to strategically navigate the realm of private 5G networks, a technology trend that is reshaping the landscape of enterprise connectivity.
Watch this compelling webinar, where we spotlight the critical imperative for business technology leaders to strategically navigate the realm of private 5G networks, a technology trend that is reshaping the landscape of enterprise connectivity.
Watch this compelling webinar, where we spotlight the critical imperative for business technology leaders to strategically navigate the realm of private 5G networks, a technology trend that is reshaping the landscape of enterprise connectivity.
Stefan Garrard, Principal Enterprise Technology Engineer at BP, is joined by Andrew von Nagy, Sr. Director, Solutions Architecture and New Technology Initiatives at Celona, discuss the critical need for reliable connectivity in the expansive, harsh, heavy-metal environments of refineries.
Stefan Garrard, Principal Enterprise Technology Engineer at BP, is joined by Andrew von Nagy, Sr. Director, Solutions Architecture and New Technology Initiatives at Celona, discuss the critical need for reliable connectivity in the expansive, harsh, heavy-metal environments of refineries.
Stefan Garrard, Principal Enterprise Technology Engineer at BP, is joined by Andrew von Nagy, Sr. Director, Solutions Architecture and New Technology Initiatives at Celona, discuss the critical need for reliable connectivity in the expansive, harsh, heavy-metal environments of refineries.
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.
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.
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.
A national freight railroad operator eliminated erratic wireless coverage and connectivity issues to improve operations.
A national freight railroad operator eliminated erratic wireless coverage and connectivity issues to improve operations.
A national freight railroad operator eliminated erratic wireless coverage and connectivity issues to improve operations.
One of the world's largest luxury automakers utilized Celona 5G LAN to moderize its supply chain using autonomous yard trucks.
One of the world's largest luxury automakers utilized Celona 5G LAN to moderize its supply chain using autonomous yard trucks.
One of the world's largest luxury automakers utilized Celona 5G LAN to moderize its supply chain using autonomous yard trucks.
HSG, a global sports and entertainment leader, collaborates with Celona to enhance wireless connectivity to streamline stadium operations, including vital express entry and POS systems.
HSG, a global sports and entertainment leader, collaborates with Celona to enhance wireless connectivity to streamline stadium operations, including vital express entry and POS systems.
HSG, a global sports and entertainment leader, collaborates with Celona to enhance wireless connectivity to streamline stadium operations, including vital express entry and POS systems.
MS Benbow and Associates examine how Celona private wireless was used to combat unreliable indoor/outdoor Wi-Fi coverage at a lower TCO in a real-world distribution center.
MS Benbow and Associates examine how Celona private wireless was used to combat unreliable indoor/outdoor Wi-Fi coverage at a lower TCO in a real-world distribution center.
MS Benbow and Associates examine how Celona private wireless was used to combat unreliable indoor/outdoor Wi-Fi coverage at a lower TCO in a real-world distribution center.
A global tile manufacturer cost-effectively streamlines their manufacturing automation to drastically improve operational efficiency.
A global tile manufacturer cost-effectively streamlines their manufacturing automation to drastically improve operational efficiency.
A global tile manufacturer cost-effectively streamlines their manufacturing automation to drastically improve operational efficiency.
A US Steel Manufacturing company realized ROI for its Celona 5G LAN by eliminating unexpected downtime.
A US Steel Manufacturing company realized ROI for its Celona 5G LAN by eliminating unexpected downtime.
A US Steel Manufacturing company realized ROI for its Celona 5G LAN by eliminating unexpected downtime.
With a Celona outdoor 5G LAN, CSU Stanislaus in Northern California aims to eliminate the cost and complexity of extending existing wireless infrastructure.
With a Celona outdoor 5G LAN, CSU Stanislaus in Northern California aims to eliminate the cost and complexity of extending existing wireless infrastructure.
With a Celona outdoor 5G LAN, CSU Stanislaus in Northern California aims to eliminate the cost and complexity of extending existing wireless infrastructure.
This Gartner® Hype Cycle™ Report offers valuable guidance for CIOs, OT leaders, and IT/OT strategists seeking to modernize industrial connectivity and unlock transformation through 5G-enabled technologies.
This Gartner® Hype Cycle™ Report offers valuable guidance for CIOs, OT leaders, and IT/OT strategists seeking to modernize industrial connectivity and unlock transformation through 5G-enabled technologies.
This Gartner® Hype Cycle™ Report offers valuable guidance for CIOs, OT leaders, and IT/OT strategists seeking to modernize industrial connectivity and unlock transformation through 5G-enabled technologies.
In this report produced in conjunction with SNS Telecom & IT, explore the growth, market drivers, and real-world benefits of Private 4G/5G networks. Get insights into key industries, adoption trends, and the future of this $3.5 billion market.
In this report produced in conjunction with SNS Telecom & IT, explore the growth, market drivers, and real-world benefits of Private 4G/5G networks. Get insights into key industries, adoption trends, and the future of this $3.5 billion market.
In this report produced in conjunction with SNS Telecom & IT, explore the growth, market drivers, and real-world benefits of Private 4G/5G networks. Get insights into key industries, adoption trends, and the future of this $3.5 billion market.
Private 5G is transforming the connectivity and management of industrial manufacturing systems, especially Programmable Logic Controllers (PLCs). Our paper provides an in-depth discussion into how this technology is impacting operational efficiency, scalability, and reliability.
Private 5G is transforming the connectivity and management of industrial manufacturing systems, especially Programmable Logic Controllers (PLCs). Our paper provides an in-depth discussion into how this technology is impacting operational efficiency, scalability, and reliability.
Private 5G is transforming the connectivity and management of industrial manufacturing systems, especially Programmable Logic Controllers (PLCs). Our paper provides an in-depth discussion into how this technology is impacting operational efficiency, scalability, and reliability.
Gain a deeper understanding of Private 5G's impact on manufacturing through detailed case studies and strategic insights. Learn from industry leaders who are setting the benchmarks for tomorrow’s industrial achievements.
Gain a deeper understanding of Private 5G's impact on manufacturing through detailed case studies and strategic insights. Learn from industry leaders who are setting the benchmarks for tomorrow’s industrial achievements.
Gain a deeper understanding of Private 5G's impact on manufacturing through detailed case studies and strategic insights. Learn from industry leaders who are setting the benchmarks for tomorrow’s industrial achievements.
Your guide through this evolution, focusing on Private Wireless technology's crucial role in the enterprise - eliminating operational downtime, enabling deterministic performance for business-critical applications, and streamlining deployment by leveraging existing LAN infrastructure and IP network services.
Your guide through this evolution, focusing on Private Wireless technology's crucial role in the enterprise - eliminating operational downtime, enabling deterministic performance for business-critical applications, and streamlining deployment by leveraging existing LAN infrastructure and IP network services.
Your guide through this evolution, focusing on Private Wireless technology's crucial role in the enterprise - eliminating operational downtime, enabling deterministic performance for business-critical applications, and streamlining deployment by leveraging existing LAN infrastructure and IP network services.
Understand the direct links between enterprise goals and the evolved landscape of private wireless, and how to leverage them effectively by gaining a clear understanding of the benefits, applications, and transformative potential of Private Wireless.
Understand the direct links between enterprise goals and the evolved landscape of private wireless, and how to leverage them effectively by gaining a clear understanding of the benefits, applications, and transformative potential of Private Wireless.
Understand the direct links between enterprise goals and the evolved landscape of private wireless, and how to leverage them effectively by gaining a clear understanding of the benefits, applications, and transformative potential of Private Wireless.
How enterprise IT decision-makers leverage private wireless networks to overcome mounting networking limitations.
How enterprise IT decision-makers leverage private wireless networks to overcome mounting networking limitations.
How enterprise IT decision-makers leverage private wireless networks to overcome mounting networking limitations.
AvidThink conducted an analysis of Celona's new global 5G offering.
AvidThink conducted an analysis of Celona's new global 5G offering.
AvidThink conducted an analysis of Celona's new global 5G offering.
Compare the business case for utilizing Celona’s unique solution versus conventional enterprise Wi-Fi and private cellular offerings with this report from Mobile Experts.
Compare the business case for utilizing Celona’s unique solution versus conventional enterprise Wi-Fi and private cellular offerings with this report from Mobile Experts.
Compare the business case for utilizing Celona’s unique solution versus conventional enterprise Wi-Fi and private cellular offerings with this report from Mobile Experts.
The report is aimed at helping enterprises make informed decisions that lead to better business outcomes when evaluating private LTE and 5G.
The report is aimed at helping enterprises make informed decisions that lead to better business outcomes when evaluating private LTE and 5G.
The report is aimed at helping enterprises make informed decisions that lead to better business outcomes when evaluating private LTE and 5G.
In this white paper, the authors address how mining can be modernized by adopting private 5G technology to resolve current challenges, streamline processes, and open up new growth opportunities.
In this white paper, the authors address how mining can be modernized by adopting private 5G technology to resolve current challenges, streamline processes, and open up new growth opportunities.
In this white paper, the authors address how mining can be modernized by adopting private 5G technology to resolve current challenges, streamline processes, and open up new growth opportunities.
In this oil and gas expert-authored paper, Geoffrey Cann explores how private 5G is reshaping the industry, with insights from BP and LyondellBasell installations. Discover how private 5G connects frontline workers, enables real-time monitoring, integrates IoT and drives automation in some of the world’s most challenging industrial settings.
In this oil and gas expert-authored paper, Geoffrey Cann explores how private 5G is reshaping the industry, with insights from BP and LyondellBasell installations. Discover how private 5G connects frontline workers, enables real-time monitoring, integrates IoT and drives automation in some of the world’s most challenging industrial settings.
In this oil and gas expert-authored paper, Geoffrey Cann explores how private 5G is reshaping the industry, with insights from BP and LyondellBasell installations. Discover how private 5G connects frontline workers, enables real-time monitoring, integrates IoT and drives automation in some of the world’s most challenging industrial settings.
Building a reliable, high-performance network is essential for oil refineries and petrochemical plants, but choosing the right solution can be complex. This guide helps decision-makers navigate the challenges of deploying private wireless networks to make informed, strategic choices.
Building a reliable, high-performance network is essential for oil refineries and petrochemical plants, but choosing the right solution can be complex. This guide helps decision-makers navigate the challenges of deploying private wireless networks to make informed, strategic choices.
Building a reliable, high-performance network is essential for oil refineries and petrochemical plants, but choosing the right solution can be complex. This guide helps decision-makers navigate the challenges of deploying private wireless networks to make informed, strategic choices.
We’re now at a new crossroads. As our cities and people living in it demand improved service levels, and existing wireless network infrastructures are struggling.
We’re now at a new crossroads. As our cities and people living in it demand improved service levels, and existing wireless network infrastructures are struggling.
We’re now at a new crossroads. As our cities and people living in it demand improved service levels, and existing wireless network infrastructures are struggling.
Highlighting how 5G LANs can improve data privacy and network access controls in alignment with zero trust strategies on enterprise wireless.
Highlighting how 5G LANs can improve data privacy and network access controls in alignment with zero trust strategies on enterprise wireless.
Highlighting how 5G LANs can improve data privacy and network access controls in alignment with zero trust strategies on enterprise wireless.
Details on how Celona 5G LANs integrate with existing enterprise L2/3 networks and enable enterprise LAN resources to gain visibility to client devices on private cellular.
Details on how Celona 5G LANs integrate with existing enterprise L2/3 networks and enable enterprise LAN resources to gain visibility to client devices on private cellular.
Details on how Celona 5G LANs integrate with existing enterprise L2/3 networks and enable enterprise LAN resources to gain visibility to client devices on private cellular.
An overview of what a Neutral Host Network (NHN) is and how it can help solve indoor wireless challenges
An overview of what a Neutral Host Network (NHN) is and how it can help solve indoor wireless challenges
An overview of what a Neutral Host Network (NHN) is and how it can help solve indoor wireless challenges
Essentials of Celona MicroSlicing for network admins and practical considerations as it translates app level SLAs on cellular to enterprise L2/L3 networks.
Essentials of Celona MicroSlicing for network admins and practical considerations as it translates app level SLAs on cellular to enterprise L2/L3 networks.
Essentials of Celona MicroSlicing for network admins and practical considerations as it translates app level SLAs on cellular to enterprise L2/L3 networks.
Read how Mobile Device Management (MDM) solutions can evolve to support mobile devices that participate in a Neutral Host capable private LTE and 5G network.
Read how Mobile Device Management (MDM) solutions can evolve to support mobile devices that participate in a Neutral Host capable private LTE and 5G network.
Read how Mobile Device Management (MDM) solutions can evolve to support mobile devices that participate in a Neutral Host capable private LTE and 5G network.
Read how Mobile Device Management (MDM) solutions can evolve to support enterprise IT and security teams as they enable private LTE and 5G connectivity.
Read how Mobile Device Management (MDM) solutions can evolve to support enterprise IT and security teams as they enable private LTE and 5G connectivity.
Read how Mobile Device Management (MDM) solutions can evolve to support enterprise IT and security teams as they enable private LTE and 5G connectivity.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This work evaluates a production-grade private 5G standalone deployment using a split O-RAN architecture on CBRS, with emphasis on uplink-heavy traffic, mobility, and reliability. Measurements across intra- and inter-BBU handovers demonstrate low packet loss and bounded jitter, validating O-RAN as a viable architecture for industrial and mission-critical enterprise use cases.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
This paper presents a side-by-side measurement study of enterprise Wi-Fi and private 5G LAN under load and mobility, focusing on latency, jitter, packet loss, and fairness. The results show how centralized scheduling and micro-slicing in 5G LAN deliver predictable performance and stable roaming, whereas contention-based WLAN degrades under real enterprise workloads.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
Using real deployments, this work measures adjacent-channel interference between C-band 5G and CBRS under unsynchronized TDD configurations. It shows substantial throughput degradation without guard bands and demonstrates mitigation through channel separation and micro-slicing to preserve latency.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This paper quantifies service interruption and handover delays when devices roam with in Wi-Fi and private CBRS networks. It highlights architectural gaps in current dual-RAT behavior and proposes mechanisms to achieve sub-second transitions for latency-sensitive applications.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
This study evaluates neutral-host architectures that integrate private CBRS with public MNO cores, focusing on routing, handover, and resource sharing. Measurements show improved indoor throughput and fair capacity distribution compared to macro-only cellular deployments.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
Based on live warehouse trials, this paper compares Wi-Fi and CBRS under load and mobility, analyzing latency, packet loss, and throughput. It shows CBRS maintaining stable performance for mobile and delay-sensitive workloads where Wi-Fi degrades due to contention and roaming.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
This multi-site study measures private LTE/5G performance across refineries, warehouses, parking lots, and distribution centers. It correlates theoretical models with field data to show consistent gains in latency, coverage, and mobility for mission-critical applications.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
Using real refinery measurements, this paper evaluates CBRS private network performance in large outdoor industrial sites with heavy metal obstructions. It validates an optimal AP placement model that achieves consistent SINR, mobility, and coverage with fewer radios than Wi-Fi.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
This work compares Wi-Fi 6 and private 5G LAN performance under enterprise workloads, focusing on latency determinism and resource isolation. Results show how micro-slicing enables predictable QoS and application-level guarantees that are difficult to achieve with Wi-Fi contention mechanisms.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
Through controlled experiments, this study quantifies device battery drain across Wi-Fi, private CBRS, and macro cellular networks under delay-sensitive traffic. It demonstrates that scheduled private cellular significantly reduces power consumption compared to contention-based Wi-Fi and high-power macro uplinks.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
This paper documents a production-grade private CBRS deployment in a refinery, detailing RF planning, AP placement, and mobility behavior in metal-dense outdoor environments. It shows how dedicated spectrum and centralized scheduling deliver reliable coverage and operational continuity where Wi-Fi and macro cellular fail.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
Through controlled experiments, this work compares indoor voice quality across MNO macro, Wi-Fi calling, CBRS private networks, and neutral-host architectures, focusing on latency, packet loss, and MOS. The results show that private network (with 0 bar MNO signal or SoS mode) and neutral-host cellular deliver more reliable indoor voice, especially for e911, than Wi-Fi or weak macro coverage in dense buildings.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This paper evaluates private cellular deployments using diverse backhaul options (including MNO, wired ISP, and satellite) to enable rapid connectivity in rural, remote, and emergency scenarios. It demonstrates how CBRS-based private networks support mission-critical operations by maintaining usable latency and throughput even with intermittent WAN connectivity.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
This empirical study compares CBRS neutral-host, public macro cellular, and Wi-Fi in a large retail environment. It shows that neutral-host networks deliver higher normalized throughput, stronger indoor coverage, and better spectral efficiency with far fewer radios. It provides concrete evidence that scheduled cellular MAC outperforms contention-based Wi-Fi for dense indoor deployments.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
Based on real-world CBRS measurements, this paper quantifies how indoor neutral-host private networks dramatically improve indoor throughput, uplink power efficiency, and MNO capacity offload while remaining interference-safe for incumbents. The results demonstrate a scalable, low-power alternative to DAS for mid-band indoor coverage.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.
This survey analyzes private 4G/5G network architectures, spectrum-sharing models (notably CBRS), and global regulatory approaches. With detailed comparisons to Wi-Fi and public MNO deployments, it distills practical trade-offs around performance, cost, interoperability, and security - deployment challenges in O-RAN based private network model and migration paths toward private 6G.