Ranplan Wireless’ Post

#publicsafety #5x5 For my public safety colleagues out there in LinkedIn land. Can you explain to me how the below will solve for in-building connectivity issues related to #firstnet and really all #firstresponders connectivity needs? I would love to understand this better, thanks! "Wassel noted that such coverage would not be provided solely as a traditional system of terrestrial cell sites. Instead, FirstNet Authority officials envision connectivity also being extended in other “fantastic ways,” including deployable communications assets, high-powered user equipment (HPUE) on 700 MHz Band 14 spectrum, the 5G Sidelink direct-mode standard technology, and nascent satellite-direct-to-phone functionality, according to Wassel." https://lnkd.in/gPR5Zdca

In today’s digital age, network reliability is more crucial than ever. Recent network outages have highlighted the importance of a resilient and robust infrastructure. At AT&T, we pride ourselves on our strong network backbone, bolstered by dedicated Fiber and a reliable failover connection, ensuring minimal disruptions and maximum uptime. Our advanced 5G technology, combined with dedicated Fiber, not only enhances speed and connectivity but also provides a more reliable and stable network experience. This means seamless communication, faster data transfer, and the ability to support a multitude of devices simultaneously. With AT&T’s robust infrastructure, you can trust that your communication needs are in capable hands, allowing you to focus on what truly matters. Stay connected, stay productive, and let AT&T handle the rest. #NetworkReliability #ATT #5G #Fiber #Failover #Connectivity #DigitalAge #TechSolutions #ATTemployee

Frequentis takes public #5G slice and private 5G core from Drei Austria. #InvencesInc #EpicSkills #Purview #ZenTel #MobilityVirtualizationInc #SynapsIQ #ContrailNetworkInc #5G #Private5G #Public5G #DreiAustria #Frequentis #Telecom #NetworkInfrastructure #5GCore #5GSlicing #TelecomInnovation #Technology #WirelessNetworking #TelecomNews #5GDeployment #NetworkSolutions

Mission-critical networks, vital for sectors like public safety and utilities, demand robust communication services with high reliability, availability, and security. With the advent of 5G, there's a promising opportunity to enhance these networks, but challenges arise when operating within narrowband spectrum, typically less than 5 MHz. The article delves into the evolution of 5G NR to accommodate smaller channel bandwidths, an important step to facilitate the transition of mission-critical networks to the next generation of connectivity solutions. I find this exploration of 5G technologies for mission-critical networks both enlightening and forward-thinking. It highlights the transformative potential of 5G in addressing the evolving needs of essential industries, paving the way for safer, more connected communities. #MissionCritical #PublicSafety #5G#TeamEricsson

Mission-critical networks, vital for sectors like public safety and utilities, demand robust communication services with high reliability, availability, and security. With the advent of 5G, there's a promising opportunity to enhance these networks, but challenges arise when operating within narrowband spectrum, typically less than 5 MHz. The article delves into the evolution of 5G NR to accommodate smaller channel bandwidths, an important step to facilitate the transition of mission-critical networks to the next generation of connectivity solutions. I find this exploration of 5G technologies for mission-critical networks both enlightening and forward-thinking. It highlights the transformative potential of 5G in addressing the evolving needs of essential industries, paving the way for safer, more connected communities. #MissionCritical #PublicSafety #5G#TeamEricsson

Network slicing is a key feature of the 5G Standalone rollout and a way of improving the reliability and performance of connectivity in certain situations where there is congestion or mission critical operations are in play. T-Priority by T mobile is a great use case.

Mission-critical networks (MCN) are vital for industries like public safety, defense, utilities, and rail. With evolving technology, these networks are transitioning from analog and 4G LTE to 5G. But how does this change impact the narrowband spectrum? The answer lies in the advanced air interface of 5G, which offers high performance in terms of data rate, reliability, and low latency. The blog lists the use cases and deployment scenarios for mission-critical networks requiring a narrow spectrum. It elaborates on recent advancements in 3GPP technologies that enable 5G for use in narrowband spectrum with channels less than 5 MHz. I recommend reading this blog for anyone interested in understanding the implications of 5G on mission-critical networks. #TeamEricsson #5G #MissionCriticalNetworks #Spectrum #Technologyforgood

Mission-critical voice, data, and video services are used to save lives and prevent serious impacts 🚨 The spectrum dedicated to specific purposes has a crucial role in ensuring that the demanding performance requirements of these services are met. 📶 🧐 Do you want to know more about use cases and deployment scenarios for mission-critical networks that require a narrowband spectrum? Or about recent advancements in 3GPP technologies that enable 5G for use in narrowband spectrum with channels less than 5 MHz? Take your time to read this great blog ⤵️ https://lnkd.in/dZ_3vuBS  #missioncritical #publicsafety #3GPP #EricssonMCC

N+1 redundancy in RF over fiber communication systems is essential. Telecom infrastructure cannot afford even nanoseconds of downtime without placing data and operations at serious risk. Protection against a single point of failure can be achieved by duplication, but it is expensive, recovery is not necessarily automatic, and operational complexities make it impractical.  https://lnkd.in/dMUDAVRk

Mission-critical networks (MCN) are vital for industries like public safety, defense, utilities, and rail. With evolving technology, these networks are transitioning from analog and 4G LTE to 5G. But how does this change impact the narrowband spectrum? The answer lies in the advanced air interface of 5G, which offers high performance in terms of data rate, reliability, and low latency. The blog lists the use cases and deployment scenarios for mission-critical networks requiring a narrow spectrum. It elaborates on recent advancements in 3GPP technologies that enable 5G for use in narrowband spectrum with channels less than 5 MHz. I recommend reading this blog for anyone interested in understanding the implications of 5G on mission-critical networks and the significance of spectrum allocation in ensuring high-performance services. How do you think industries and organizations are adapting their infrastructure to leverage the capabilities of 5G for mission-critical applications in narrowband spectrum? #TeamEricsson #5G #MissionCriticalNetworks #Spectrum