Podcasts about network slicing

In this episode of The G2 on 5G Podcast, hosts Will Townsend and Anshel Sag provide an in-depth recap of Mobile World Congress 2025. From cutting-edge 5G modem breakthroughs by Qualcomm and MediaTek to innovative collaborations like AST SpaceMobile's joint venture with Vodafone and Reliance Jio's Open Telecom AI Platform, this episode is a must-listen for anyone following the future of telecommunications. Their discussion covers:

In this 185th episode of The G2 on 5G, we cover: 1. Ericsson and Nokia establish new business units to focus on 5G U.S. govt and military deployments 2. US Department of Justice and 15 States Sue Apple for Anti-Competitive Smartphone Tactics 3. Three UK books first loss in nearly 15 years blaming 5G deployment costs 4. NVIDIA GTC 2024 - NVIDIA charges into Telco with renewed 5G and 6G aspirations utilizing AI 5. UScellular jumps into private 5G manufacturing with Rockwell Industry 6. Jio brags about its network slicing capabilities, including gaming, security, FWA and talks Private Networks

In this 171st episode of The G2 on 5G, we cover:1. Dish claims the world's largest 5G VoNR deployment with recent Denver addition2. Is Apple going to kill its 5G modem efforts?3. Ericsson publishes its mobility report with 5G subscriber projections4. Project Kuiper adds support for AWS private connectivity and signs deal with NTT DoCoMo5. Verizon trials network slicing for first responders6. Inseego launches new enterprise FWA FX3100 router on T-Mobile

In this episode of The 5G Factor, we focus on what is driving the swift worldwide expansion of 5G services and what next steps are critical for the 5G ecosystem to fulfill its overall potential. We identify the key steps as including understanding 5G Advanced and why it defines the next major phase of 5G, why accelerating the transition to the 5G Standalone (SA) network architecture is essential, and the impact of disruptive technologies such as artificial intelligence (AI), machine learning (ML), and edge computing on significantly improving 5G capabilities.  Joining host Ron Westfall is Durga Malladi, SVP & GM, Technology Planning & Edge Solutions, Qualcomm. Their conversation examines the following key topics: Why CSPs need to accelerate their transition to 5G SA network architectures to assure that the mobile ecosystem is fully prepared for 5G Advanced. How 5G SA enables new differentiated services that can generate revenue streams through capabilities such as network slicing and ultra-reliable low latency communications (URLLC) as well as realizing major cost savings by moving away from maintaining 5G and LTE/4G core networks. Only devices in 5G SA mode support new performance enhancements such as power saving features and spectrum aggregation.  Where 5G SA is already delivering benefits to CSP networks in key markets such as China and India (Jio).  The impact of today's disruptive technologies, such as AI/ML and edge computing, on driving 5G connectivity improvements in key areas such as better speeds, location accuracy, coverage, link robustness, and mobility.  How the 5G network can play a vital role in assuring that CSPs meet their sustainability and ESG objectives.

In this episode of The 5G Factor, our series that focuses on all things 5G, the IoT, and the ecosystem as a whole, I'm joined by my colleague and fellow analyst, Todd Weiss, for a look at the top 5G developments and what's going on that caught our eye. Our conversation focused on: Nokia Driving Key PON-related 5G/Small Cell Innovations. The recent Fiber Connect 2023 event fully showed why fiber optics plays an essential role in 5G network builds and capabilities. Nokia, for instance, demonstrated its Build America, Buy America (BABA) compliance, 25G PON starter kit aimed at 10Gbp+ service opportunities, its Corteca home connectivity software aimed at monetizing and improving broadband experiences such as hybrid workforce environments, expanded its Network-in-a-box program, and strengthened its manufacturing presence in the US through deals with Sanmina in Wisconsin and Fabrinet in California. We discuss why these moves impact the 5G ecosystem, including Nokia's 100G PON collaboration with Vodafone.  Ciena's 5G xHaul Portfolio Syncs up With Key Operator Priorities. In 5G systems, accuracy in frequency, phase, and time synchronization is integral for optimizing RAN performance. We see operators are prioritizing using network timing distribution across their transport infrastructure to complement local Global Navigation Satellite System (GNSS) at cell sites, providing a more resilient and flexible RAN architecture. Plus, we assess why streamlined visualization and management of timing and synchronization capabilities as well as transport versatility that supports network slicing are key to advancing xHaul innovation and broader adoption, and Calix's ecosystem role in delivering such capabilities.  Calix Mobile Backhaul Portfolio Ready for Prime Time 5G Demands. Given that hundreds or even thousands of smartphones depend on the connection to their base station, we see that mobile operators hold their backhaul providers to the highest levels of performance in the industry. As a result, mobile operators want real-time visibility of circuit performance, increasingly demand bandwidth on demand flexibility, and fail-safe circuits. We delve into why Calix's portfolio, such as the Calix AXOS E5 Ethernet Service Access Nodes, deliver the Carrier Ethernet 10G and 1G UNI service demarcation and Ethernet aggregation capabilities key to assuring operators can provide premium business and mobile backhaul services with operational efficiency and service assurance.

In this 155th episode of The G2 on 5G, Anshel and Will Cover:1. T-Mobile first carrier to offer 5G network slicing beta resources to application developers 2. Qualcomm's rough earnings & More Huawei 5G Rumors3. AT&T conducts its first 5G IoT data call with 5G Reduced Capability (RedCap)4. Nokia's new US factory partner Sanmina will soon start manufacturing fiber-optic networking electronics and modules for the US market5. Rakuten signs ORAN deal in Ukraine aimed at rebuilding critical telecommunications infrastructure with 5G 6. Gogo pushes 5G service back again, due to another 5G chipset design issue and will deliver service in mid-2024, pushing all the way back from the initial 2021 date.

In this 153rd episode of The G2 on 5G, Anshel and Will Cover:1. NTT completes a successful demo towards 6G 2. Is Huawei getting back into the 5G smartphone game?3. 5G Americas releases update on 5G non-terrestrial networks4. CISA and NSA issue guidance to strengthen 5G network slicing against threats5. Nokia points to macroeconomic challenges with its latest earnings but is still bullish on future 5G gains 6. Verizon touts new multi-point mmWave 5G network design

A technique used to create virtual networks within a shared physical network infrastructure. CyberWire Glossary link: https://thecyberwire.com/glossary/network-slicing Audio reference link: Whitehead, D.N., 2021. 5G Smart Networks Part 1: Network Slicing [Video]. YouTube. URL www.youtube.com/watch?v=dCt3rYODZ7g.

A technique used to create virtual networks within a shared physical network infrastructure. CyberWire Glossary link: https://thecyberwire.com/glossary/network-slicing Audio reference link: Whitehead, D.N., 2021. 5G Smart Networks Part 1: Network Slicing [Video]. YouTube. URL www.youtube.com/watch?v=dCt3rYODZ7g. Learn more about your ad choices. Visit megaphone.fm/adchoices

The Enduring Security Framework, a public-private partnership with NSA as its executive secretariat, released a new product examining the benefits, security risks, deployment, and benefits of 5G network slicing. Based on the previously published work “Potential threat vectors to 5G infrastructure,” the new document provides an executive overview of the risks involved with deploying network slicing, including potential management strategies. Learn about the Enduring Security Framework, the work they do, and their assessment of the threats to a network slice and the 5G infrastructure as a whole.

In this 133rd episode of The G2 on 5G, Anshel and Will Cover:1. Ericsson expands its 5G indoor portfolio - what's the big deal?2. Samsung Unpacked - Galaxy S23 Launch and Book3 Launch + XR Partnership and carrier deals3. Can the US Postal Service deliver more than the mail in the form of 5G coverage maps?4. Qualcomm X35 5G Modem, first Redcap, and Rel. 17 modem5. MWC returns to Shanghai in 2023, what does it mean for an embattled China?6. Ericsson, Intel, and Microsoft show network-slicing capabilities on a laptop for consumer and enterprise applications

On this week's Network Break we examine Ericsson's push for 5G network slicing on laptops, Microsoft injecting ChatGPT into Teams to do the grunt work, financial results from Juniper and Amazon, and more tech news.

On this week's Network Break we examine Ericsson's push for 5G network slicing on laptops, Microsoft injecting ChatGPT into Teams to do the grunt work, financial results from Juniper and Amazon, and more tech news. The post Network Break 416: Ericsson Flogs 5G Network Slicing For Laptops; Microsoft Loads Work Drudgery Onto ChatGPT appeared first on Packet Pushers.

On this week's Network Break we examine Ericsson's push for 5G network slicing on laptops, Microsoft injecting ChatGPT into Teams to do the grunt work, financial results from Juniper and Amazon, and more tech news.

On this week's Network Break we examine Ericsson's push for 5G network slicing on laptops, Microsoft injecting ChatGPT into Teams to do the grunt work, financial results from Juniper and Amazon, and more tech news. The post Network Break 416: Ericsson Flogs 5G Network Slicing For Laptops; Microsoft Loads Work Drudgery Onto ChatGPT appeared first on Packet Pushers.

On this week's Network Break we examine Ericsson's push for 5G network slicing on laptops, Microsoft injecting ChatGPT into Teams to do the grunt work, financial results from Juniper and Amazon, and more tech news. The post Network Break 416: Ericsson Flogs 5G Network Slicing For Laptops; Microsoft Loads Work Drudgery Onto ChatGPT appeared first on Packet Pushers.

On this week's Network Break we examine Ericsson's push for 5G network slicing on laptops, Microsoft injecting ChatGPT into Teams to do the grunt work, financial results from Juniper and Amazon, and more tech news.

FBI's InfraGard program suffers a data breach, 5G network slicing security concerns, how the metaverse will affect businesses, and more. The end of SHA-1 encryption Iran-backed Charming Kitten APT eyes kinetic ops, kidnapping Algorithm extracts audio from visual information The FBI's cybersecurity program for critical infrastructure was hacked NSA slices up 5G mobile security risks Ten top threats to VLAN security PwC Global Technology Leader Emmanuelle Rivet talks about how the metaverse may profoundly change how businesses and consumers interact with products, services, and each other. Hosts: Louis Maresca, Brian Chee, and Curtis Franklin Guest: Emmanuelle Rivet Download or subscribe to this show at https://twit.tv/shows/this-week-in-enterprise-tech. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit Sponsors: CDW.com/Cisco Code Comments canary.tools/twit - use code: TWIT

FBI's InfraGard program suffers a data breach, 5G network slicing security concerns, how the metaverse will affect businesses, and more. The end of SHA-1 encryption Iran-backed Charming Kitten APT eyes kinetic ops, kidnapping Algorithm extracts audio from visual information The FBI's cybersecurity program for critical infrastructure was hacked NSA slices up 5G mobile security risks Ten top threats to VLAN security PwC Global Technology Leader Emmanuelle Rivet talks about how the metaverse may profoundly change how businesses and consumers interact with products, services, and each other. Hosts: Louis Maresca, Brian Chee, and Curtis Franklin Guest: Emmanuelle Rivet Download or subscribe to this show at https://twit.tv/shows/this-week-in-enterprise-tech. Get episodes ad-free with Club TWiT at https://twit.tv/clubtwit Sponsors: CDW.com/Cisco Code Comments canary.tools/twit - use code: TWIT

The satellite industry has gone through tremendous innovation over the last few years with the emergence of software-defined payloads and LEO and MEO constellations. These new satellite architectures bring much more capacity and the ability to reconfigure and adjust payloads to changing missions on demand. Ground segment providers are embracing approaches proven in telecom and IT to overcome the scale and automation challenges being faced in the satellite industry. This has led to discussions focused on how virtualization, software-defined networking, and orchestration can enable ground networks to become much more agile to meet the new capabilities in space. To shed some light on these IT/Telecom concepts and how they can be applied to the satellite industry, we have with us Luc-Yves Pagal Vinette, an expert in networking concepts such as SDN/NFV, the edge and disaggregated networks. He is also the Product Marketing Director for 5G Service Orchestration, Network Slicing and Service Assurance at Amdocs.

As carriers and service providers look to embrace disaggregated infrastructure and software, and drive new business through technologies such as network slicing, it's critical to have management and orchestration capabilities to coordinate  hardware and software resources in the RAN, the transport layer, and the network core. On today's sponsored Heavy Networking, sponsored by Juniper, we dive into Juniper's Service Management and Orchestration (SMO) platform, which is designed to provision, manage and monetize custom network services on demand.

As carriers and service providers look to embrace disaggregated infrastructure and software, and drive new business through technologies such as network slicing, it's critical to have management and orchestration capabilities to coordinate  hardware and software resources in the RAN, the transport layer, and the network core. On today's sponsored Heavy Networking, sponsored by Juniper, we dive into Juniper's Service Management and Orchestration (SMO) platform, which is designed to provision, manage and monetize custom network services on demand. The post Heavy Networking 651: How Juniper Networks’ SMO Enables Network Slicing (Sponsored) appeared first on Packet Pushers.

As carriers and service providers look to embrace disaggregated infrastructure and software, and drive new business through technologies such as network slicing, it's critical to have management and orchestration capabilities to coordinate  hardware and software resources in the RAN, the transport layer, and the network core. On today's sponsored Heavy Networking, sponsored by Juniper, we dive into Juniper's Service Management and Orchestration (SMO) platform, which is designed to provision, manage and monetize custom network services on demand.

As carriers and service providers look to embrace disaggregated infrastructure and software, and drive new business through technologies such as network slicing, it's critical to have management and orchestration capabilities to coordinate  hardware and software resources in the RAN, the transport layer, and the network core. On today's sponsored Heavy Networking, sponsored by Juniper, we dive into Juniper's Service Management and Orchestration (SMO) platform, which is designed to provision, manage and monetize custom network services on demand. The post Heavy Networking 651: How Juniper Networks’ SMO Enables Network Slicing (Sponsored) appeared first on Packet Pushers.

As carriers and service providers look to embrace disaggregated infrastructure and software, and drive new business through technologies such as network slicing, it's critical to have management and orchestration capabilities to coordinate  hardware and software resources in the RAN, the transport layer, and the network core. On today's sponsored Heavy Networking, sponsored by Juniper, we dive into Juniper's Service Management and Orchestration (SMO) platform, which is designed to provision, manage and monetize custom network services on demand. The post Heavy Networking 651: How Juniper Networks’ SMO Enables Network Slicing (Sponsored) appeared first on Packet Pushers.

As carriers and service providers look to embrace disaggregated infrastructure and software, and drive new business through technologies such as network slicing, it's critical to have management and orchestration capabilities to coordinate  hardware and software resources in the RAN, the transport layer, and the network core. On today's sponsored Heavy Networking, sponsored by Juniper, we dive into Juniper's Service Management and Orchestration (SMO) platform, which is designed to provision, manage and monetize custom network services on demand.

Network slicing is key to helping critical industries modernize their operations networks. Watch this video interview to learn more. Learn more about your ad choices. Visit megaphone.fm/adchoices

Microsoft's Shawn Hakl discusses how 5G's inherently cloud-friendly architecture excels opportunities to skyrocket the efficiency and effectiveness of the network with finely tailored network slices—including private 5G networks and hybrid clouds with private mobile edge compute solutions. In this Executives at the Edge episode, host Pascal Menezes explores these topics and more with Shawn Hakl... Read More The post 5G and Network Slicing: Hybrid Clouds with Silver Linings appeared first on MEF.

In this episode of The G2 on 5G, Anshel and Will Cover:1. Ericsson and Nokia announce collaborations with Google for network slicing- what does it mean for 5G service delivery on Android devices?2. T-Mobile and SpaceX announce partnership to bring satellite coverage to underserved areas and improve coverage nationwide and beyond3. Is Huawei on the run out of 5G in India?4. North America smartphone shipments drop 6% in Q2, Apple and Samsung dominate top 10 devices5. Rakuten Mobile announces Open vRAN lab in Japan - what's the impact?6. AT&T will support 30+ devices with its new midband network, supporting 3.45 and C-Band

[Special Re-release episode] Featuring Samuel Navarro, Director, Customer Strategic Solutions Division, Information Technology Category (ITC) at the GSA Connect with Samuel on LinkedIn Podcast Sponsors These companies make the podcast possible, so go check them out and thank them for their support! Nagarro Public Sector - Diamond Sponsor And a huge thank you to Nagarro Public Sector. This live podcast would not be possible without the support and love of Nagarro. Nagarro Public Sector excels at helping senior technology leaders in digital disruption from Cloud, AI, Big Data, and digital product engineering to system integration work across platforms. To learn more about Nagarro, check out at nagarro.com. Sponsor: The TechTables Suite Talk Series [Live Events] Join us for these small, intimate live podcast conversations across the U.S. July 22nd in Raleigh, NC September 23rd in Sacramento, CA October 14th in Tallahassee, FL We're Covering: What's important to understand about 5G from Latency to Network Slicing Why it matters for the U.S. to be a leader when it comes to 5G wireless technology What CIOs and CTOs need to know now about 5G today Top 5 Enterprise Use Cases for 5G The future of telemedicine in the context of 5G Las Vegas as a smart city, and the private 5G network the city is building out right now. What “slice the network,” and the possibilities are for 5G when it comes to the future of smart cities.     ---------------------- Want to dive deeper? Check out my episode on TechTables - https://www.techtables.com/ And if you're a CIO or technology leader interested in coming on TechTables, shoot me an email at joe@techtables.com Thank you for supporting Levity Media LLC ❤️, a small business growing private and public sector technology communities through fun and engaging conversations with top technology leaders. Learn more about Joe Toste (me) at https://www.techtables.com/about/ See what episodes I'm creating at https://www.techtables.com/

Bald wird es normal, das wir uns mit Handy oder Smartwatch ausweisen. In Phoenix, Arizona, geht das schon jetzt.

The lads are full of the joys of spring, despite everything, this week. They start by reflecting on a Vodafone event they both attended, at which network slicing was a major theme, and question what the point of it is. Iain takes the lead for the middle segment, having written a couple of pieces about Japanese trailblazer Rakuten, before they conclude with the inevitable Scott bugbear, this time the UK online safety bill. Stay up to date with the most important telecoms stories from around the world with the Telecoms.com daily newsletter. Delivered FREE and direct to your inbox every day: ow.ly/hqNV50IWnYk

In the near future, we will be able to deploy new wireless networks without installing new physical infrastructure. The networks will instead be virtualized on shared hardware using the new concept of network slicing. This will enable tailored wireless services for businesses, entertainment, and devices with special demands. In this episode, Erik G. Larsson and Emil Björnson discuss why we need multiple virtual networks, what the practical services might be, who will pay for it, and whether the concept might break net neutrality. The episode starts with a continued discussion on the usefulness of models, based on feedback from listeners regarding Episode 25. The network slicing topic starts after 10 minutes. Music: On the Verge by Joseph McDade. Visit Erik's website https://liu.se/en/employee/erila39 and Emil's website https://ebjornson.com/

Original blog post.More episodes at feeds.transistor.fm/google-cloud-readerMore articles at cloud.google.com/blog

For this vignette of a recent episode of the Futurum Tech Webcast, Part of the 5G Factor series, analysts Ron Westfall and Shelly Kramer assess why the Ericsson, Deutsche Telekom, and Samsung demonstration that confirmed end-to-end network slicing can work specifically for gaming applications is integral to advancing 5G monetization and use case networking objectives.

C'est une question que de nombreuses personnes se posent : peut-on faire confiance à la 5G ? Que ce soit pour notre santé, pour l'environnement et même à propos d'une potentielle surcharge du réseau mobile, les doutes sont nombreux. C'est pourquoi Choses à Savoir Tech et Ericsson, à la fois équipementier des télécoms et spécialiste de la 5G, s'associent le temps d'un épisode pour vous aider à balayer les idées reçues et y voir clair parmi toutes les fakes news qui circulent autour de cette nouvelle technologie.Tout d'abord, qu'est-ce que la 5G ? Il s'agit tout simplement de la dernière technologie mobile en date, dont le but est d'offrir un meilleur débit internet aux utilisateurs tout en faisant diminuer le temps de latence. En clair, permettre une connexion beaucoup plus rapide, au point de révolutionner les usages sans fil. Par exemple, il sera possible d'utiliser un casque de réalité virtuelle recevant des images en ultra haute définition (4K voire 8K) sans le moindre bug… Cela ne s'appliquera pas qu'au champ des jeux vidéo, puisque la médecine et plus globalement la science pourront aussi en profiter. Imaginez un peu : des opérations très délicates pourraient être menées à distance par des chirurgiens experts sur des patients hospitalisés à l'autre bout du monde, et ce, grâce à la réalité virtuelle, la robotique et la 5G !Comme le précise Ericsson, la 5G, qui fonctionne à ce jour en grande partie sur les mêmes fréquences radio que celles utilisées pour la 4G, permet de réaliser un certain nombre d'économies d'énergie. C'est en tout cas ce que l'entreprise a pu remarquer en Angleterre. Je cite, « des tests réalisés à Londres sur le réseau Vodafone, désormais équipé de la dernière génération d'infrastructures mobiles 5G Ericsson [ont permis de diviser] par 2 la consommation énergétique du réseau ». Un autre exemple, venu du Texas aux Etats-Unis cette fois, corrobore cette analyse. Je cite « l'usine intelligente 5G d'Ericsson au Texas, […] qui dessert principalement les clients 5G d'Ericsson en Amérique du Nord, est conçue pour réduire la consommation d'énergie de 24 %, l'utilisation de l'eau à l'intérieur des bâtiments de 75 %, le tout alimenté entièrement par de l'électricité renouvelable ».Autre détail intéressant fourni par Ericson : avec la 5G, il est tout à fait possible de dédier une partie du réseau à un usage spécifique. C'est ce qu'on appelle le Network Slicing (ou découpage du réseau en français). Ajouter à cela le beamforming, une technologie permettant de focaliser le signal dans la direction de l'usager pour optimiser sa réception, et l'on obtient un réseau mobile bien plus précis, plus efficace, et par conséquent moins énergivore que la génération précédente.À l'étranger, la 5G est accueillie comme un vecteur d'opportunités mais aussi comme une technologie vertueuse. En France, il faut bien avouer que son arrivée l'an dernier a suscité de nombreuses inquiétudes, notamment pour notre santé. Mais d'après le conseil général de l'environnement et du développement durable, l'inspection générale des affaires sociales, et l'agence nationale de sécurité sanitaire (ANSES), la 5G ne présenterait aucun danger telle qu'elle est déployée actuellement. Pour arriver à cette conclusion, ces trois organismes se sont notamment basés sur des données collectées dans 26 pays où la 5G est déjà déployée. Vous l'avez compris, il n'y a pour l'instant aucune raison de s'inquiéter à propos de la 5G, ce qui ne signifie pas que d'autres études ne doivent pas être menées sur le long terme. S'il est sain de questionner au sujet de cette technologie, il est tout aussi important de mettre en doute la pertinence des discours les plus alarmistes sur le sujet. Non, les vaccins contre le COVID ne contiennent pas de puces 5G.La 5G, c'est quoi ?

Inside Living on the Edge episode eight, Jason and Dan discuss Continental's new collision avoidance use case demo with Deutsche Telekom and Telefonica, VMware's new CTO, network slicing, Neustar history and MailChimp's exit to Intuit.

Irit Touitou, executive VP of packet optical networking R&D at Ribbon Communications, comes on the podcast to discuss the essential role of traffic engineering and how network slicing creates a dynamic network in the 5G era.

Irit Touitou, executive VP of packet optical networking R&D at Ribbon Communications, comes on the podcast to discuss the essential role of traffic engineering and how network slicing creates a dynamic network in the 5G era.

0:29: Roger defines network slicing and its main differences from Private Networks. 2:30: Benefits of Network Slicing.  4:11: You can buy a slice of network - what does that look like? 8:16: Industrial use cases and how network slicing fits. 12:30: Other use cases for slices of network - drones and gaming.

We're diving into the area of slicing 5G networks together with experts Pehr Claesson, marketing director at Ericsson with focus on enterprise opportunities, and Ajay Gautam, strategic product manager for RAN slicing, also at Ericsson. Find out more about Network Slicing on our website here: https://www.ericsson.com/en/network-slicing

Featuring Samuel Navarro, Director, Customer Services, TTS, Centers of Excellence at GSA Connect w/ Samuel: LinkedIn Sponsor: Nagarro Public Sector And a huge thank you to Nagarro Public Sector. This live podcast would not be possible without the support of Nagarro. Nagarro Public Sector excels at helping senior technology leaders in digital disruption from Cloud, AI, Big Data, and digital product engineering to system integration work across platforms. To learn more about Nagarro, check out nagarro.com Sponsor: The TechTables Live Podcast Tour Join us for these small, intimate live podcast conversations across the U.S. Stay in contact with the latest events on https://www.techtables.com/ Show Notes: What's important to understand about 5G from Latency to Network Slicing Why it matters for the U.S. to be a leader when it comes to 5G wireless technology What CIOs and CTOs need to know now about 5G today We talk about the Top 5 Enterprise Use Cases for 5G The future of telemedicine in the context of 5G Las Vegas as a smart city, and the private 5G network the city is building What “slice the network” and the possibilities are for 5G when it comes to the future of smart cities   ---------------------- Want to dive deeper? Check out my episode on TechTables - https://www.techtables.com/ And if you're a CIO or technology leader interested in coming on TechTables, shoot me an email at joe@techtables.com Thank you for supporting Levity Media LLC ❤️, a small business growing private and public sector technology communities through fun and engaging conversations with top technology leaders. Learn more about Joe Toste (me) at https://www.techtables.com/about/ See what episodes I'm creating at https://www.techtables.com/

In today’s episode we’ll cover: What’s important to understand about 5G from Latency to Network Slicing Why it matters for the U.S. to be a leader when it comes to 5G wireless technology What CIOs and CTOs need to know now about 5G today We talk about the Top 5 Enterprise Use Cases for 5G Samuel's thoughts on the future of telemedicine in the context of 5G Samuel talks about Las Vegas as a smart city, and the private 5G network the city is building out right now. Sam breaks down what “slice the network” and the possibilities are for 5G when it comes to the future of smart cities.

0:27: Introduction to wireless network prioritization and management  1:34: The different categories of signals sent through the network are identified and explained. 2:53: When does the prioritization make a difference to the consumer? 9:25: Examples of how private networks will add flexibility with 5G networks.

Heavy Reading's Sterling Perrin and Light Reading's Phil Harvey recapped the recent 5G Transport & Networking Strategies symposium and they discussed network slicing in transport networks, how Verizon is handling its 5G traffic and how the increasing importance of edge computing is shaping optical networking technologies and spending. Perrin said that it's important to think about what network slicing means in the transport network, where "you have to define both quality of service and network separation." There's a lot of work left to be done here, he said, as the radio and wireline sides of the network still haven't worked together enough to make network slicing happen yet in a commercial way. The timing is getting tight, too, because a lot of the services that 5G monetization depends on require network slicing. In edge computing, Perrin said the symposium discussions revealed more "solidity" around where the edge is needed inside of cities and where it's not. A few years ago, there was a discussion about needing edge computing capabilities at every cell tower. Now what matters more than sprawling buildouts is the latency required by the network, Perrin said. In many cases, data centers and colocation facilities – important not just because of where they are but also their proximity to cloud providers – will get the job done.

Let's think about the primary innovations of 5G in the form of a stool, meaning it will be propped up by three specific things. The first is, yes, those faster speeds; this we know. But, it's those second and third legs of the stool that really make it a cool stool [rhymes rule]. 5G will also bring about ultra-reliable, low-latency communications (leg two), as well as massive machine-type communications (leg three). These three incredible technological advancements are what will ultimately prop up 5G, and they represent a massive enterprise-level transformation.This week, join host Kelly Lynch as she speaks with recurring guest Vish Nandlall as they try their best to dissect exactly what all of this means in the context of both business and everyday life. The conversation dives into a discussion of implications of advancements in technology (mostly positive!), corporate responsibility in the face of these changes, and its impact on the continued democratization of access to technology across the globe.  What you'll hear in this episode:Overview of what to expect from 5G [01:05]How properties of compute will be applied to cellular networks [02:28]What are SCATA systems and what do they have to do with dams? [03:27]The “wonder cycle” of a new technology [05:06]The notion of chemistry-as-a-service [05:53]Democratizing access to technology via 5G networks [06:37]The concept of Network Slicing [07:48]Ensuring dedicated capacity for first responders via First Net [08:42]How companies like Dell Technologies are taking responsibility for technological implications of 5G [10:50]Network disaggregation in 5G architectures [11:45]How long does it actually take to activate a cell site? [13:10]The tidal way of efficiencies with 5G [13:47]5G and the construction industry [14:42]Could 5G have an impact on insurance premiums? [16:04] 

As smartphone and connected device technology continue to evolve, mobile carriers’ roaming reporting requirements are becoming more complex. Broader data analytics are needed to evolve reporting capabilities for newer and dynamic wholesale business models such as IoT and M2M usage. Too often roaming reporting tools focus on billing for megabytes and minutes rather than roaming behaviors, possibly causing operators to expend network resources and then lose out on potential revenue. Nina Le Richardson In this podcast, Nina Le Richardson Director of Product at Transaction Network Services (TNS) discusses the complexities that go along with 5G and network slicing. Nina and Doug also touch on complex wholesale IoTs that need flexibility outside of existing standards. We also learn why it's important for telecom operators to turn to a financial clearing house that will provide data visibility and optimize roaming partner relationships and enable evolution of charging beyond today’s standards.

Nachtrag zum Twitter Hack und Accountsicherheit – 17-Jähriger in den USA nach Twitter-Hack festgenommen – Max Schrems – wer will die Daten? – iOS 14 analysiert Geräusche – smd löten - CD4017 Rotating LED SMD NE555 Soldering Practice Board DIY Kit Fanny Skill Training Electronic Suit – Fünf Jahre Windows 10 – Boon gibt auf - Apple Pay nun auch für A1 – Drohnenführerschein für Österreich vorgestellt – octoprint print monitor – Printer Monitor (OctoPrint 3D Printer Monitor) – Tasmota Firmware für Sonoff Devices – ESP8266 – A1 testet Network Slicing im LTE-Netz – Submarine Cable Map – Sysadmin Appreciation Day

#3: Digitalisierung und Nachhaltigkeit – 5G – Das Nervensystem der Digitalisierung? / Monika Gatzke In der dritten Episode von Zukunftswissen.fm ist Monika Gatzke, Projektleiterin an der Bergischen Universität Wuppertal und Mitglied des 5G.NRW Competence Center, unser Gast. Ist 5G für die digitale Transformation nötig? Wird 5G flächendeckend ausgebaut? Was ist „Network Slicing“? Ist durch 5G mit einer Aufhebung der Netzneutralität zu rechnen? Kann 5G die nachhaltige Entwicklung fördern? Wird autonomes Fahren nur durch 5G möglich? Diese und viele weitere spannende Fragen diskutiert Monika Gatzke mit Dr.-Ing. Stephan Ramesohl, Co-Leiter des Forschungsbereichs Digitale Transformation am Wuppertal Institut, in dieser Episode des Podcasts des Wuppertal Instituts für Klima, Umwelt, Energie. *** Links: Monika Gatzke, https://www.dmt.uni-wuppertal.de/de/personen/gatzke-monika.html 5G.NRW Competence Center, https://5g.nrw/ Dr.-Ing. Stephan Ramesohl, https://wupperinst.org/c/wi/c/s/cd/76/ Wuppertal Institut für Klima, Umwelt, Energie gGmbH, https://wupperinst.org Zukunftswissen.fm, https://zukunftswissen.fm Kontakt: zukunftswissen_fm@wupperinst.org Produktion: Wuppertal Institut für Klima, Umwelt, Energie gGmbH GEMAfreie Musik von https://audiohub.de

In der dritten Episode von Zukunftswissen.fm ist Monika Gatzke, Projektleiterin an der Bergischen Universität Wuppertal und Mitglied des 5G.NRW Competence Center, unser Gast. Ist 5G für die digitale Transformation nötig? Wird 5G flächendeckend ausgebaut? Was ist „Network Slicing“? Ist durch 5G mit einer Aufhebung der Netzneutralität zu rechnen? Kann 5G die nachhaltige Entwicklung fördern? Wird autonomes Fahren nur durch 5G möglich? Diese und viele weitere spannende Fragen diskutiert Monika Gatzke mit Dr.-Ing. Stephan Ramesohl, Co-Leiter des Forschungsbereichs Digitale Transformation am Wuppertal Institut, in dieser Episode des Podcasts des Wuppertal Instituts für Klima, Umwelt, Energie. *** Links: Monika Gatzke, https://www.dmt.uni-wuppertal.de/de/personen/gatzke-monika.html 5G.NRW Competence Center, https://5g.nrw/ Dr.-Ing. Stephan Ramesohl, https://wupperinst.org/c/wi/c/s/cd/76/ Wuppertal Institut für Klima, Umwelt, Energie gGmbH, https://wupperinst.org Zukunftswissen.fm, https://zukunftswissen.fm Kontakt: zukunftswissen_fm@wupperinst.org Produktion: Wuppertal Institut für Klima, Umwelt, Energie gGmbH GEMAfreie Musik von https://audiohub.de

Dez Blanchfield gets up close & personal with both Folke Anger, Head of Solution line Packet Core, and Thomas Kinnman, Head of Solution line OSS, for Ericsson Digital, to talk about recent 5G launches, who is leading the way in the race to get us 5G ready and 5G Core, what the 5G core is, why it is important, Network Slicing, Security, Data Analytics, End User Experience, Software Probes, actionable data, Ericsson Export Analytics ( EEA ) and what it brings to the table, how AI and ML support data collection & analytics, key industry trends, opportunities & challenges, how Telco CSP partnership and enterprise offerings beyond mobile broadband are going to play out in the future, and much more.. For more information visit the Ericsson Digital web portal: http://bit.ly/edwebportal .

Intel Chip Chat – Network Insights audio podcast with Allyson Klein: Alla Goldner, Director of Technology, Strategy & Standardization at Amdocs, joins Intel® Chip Chat Network Insights to explore how the industry will be able to scale the number of network services, as well as, differentiate the types of network services and quality of service. […]

Intel Chip Chat – Network Insights audio podcast with Allyson Klein: Alla Goldner, Director of Technology, Strategy & Standardization at Amdocs, joins Intel® Chip Chat Network Insights to explore how the industry will be able to scale the number of network services, as well as, differentiate the types of network services and quality of service. […]

Intel Chip Chat – Network Insights audio podcast with Allyson Klein: Alla Goldner, Director of Technology, Strategy & Standardization at Amdocs, joins Intel® Chip Chat Network Insights to explore how the industry will be able to scale the number of network services, as well as, differentiate the types of network services and quality of service. […]

Intel Chip Chat – Network Insights audio podcast with Allyson Klein: Alla Goldner, Director of Technology, Strategy & Standardization at Amdocs, joins Intel® Chip Chat Network Insights to explore how the industry will be able to scale the number of network services, as well as, differentiate the types of network services and quality of service. […]

Autonomous vehicles and AR tend to steal the spotlight, but 5G's game-changer is for the factory floor. Veteran Nokia Bell Labs director Marina Thottan discusses how network slicing is a key driver for Industry 4.0. Network slicing is a game-changer for operators deploying 5G: https://ftr.bz/slicing5G/pod 5G and edge cloud will transform the world of gaming: https://ftr.bz/5Ggaming/pod

Inma Rodriguez is the VP of 5G Core, and Cloud Solution and Service Line for Ericsson’s Europe and Latin America Market Area, where she supports Digital Services Operators and their customers with complex Cloud transformation projects, including the introduction to 5G technology. Contact Inma: LinkedIn: https://www.linkedin.com/in/inma-rodriguez-606771/ Contact Avrohom: Web: https://asktheceo.biz Twitter: @avrohomg Instagram: @avrohomg INTERVIEW HIGHLIGHTS: [00:42] Inma, I’m so excited to be speaking with you today, because 5G is one of the most talked-about technologies in the market, as it is seen as an enabler of things from Smart Cities to Healthcare; and Ericsson is a global leader in 5G as well as a trusted partner in helping businesses prepare for 5G. What are some of the considerations business executives need to think about before making an investment in 5G technology? [01:40] 5G will be more than just an incremental upgrade from 4G. It will be an enabler to many enterprises for their digitalization process. [03:10] 5G will enable healthcare providers to remotely deliver emergency medical care during the wait for an ambulance! [04:50] Many businesses in your market area are still on 3G, and in the bigger cities, some of them might already be on 4G. What are your customers struggling with as they prepare for the jump to 5G, and how is Ericsson supporting them? [06:55] 5G Technology is more than just the speed. It encompasses the entire infrastructure! [07:44] What is Network Slicing? [11:05] 5G is so new that people might be struggling to visualize the migration process, end to end, so it's wonderful that you're actually working with real people who are already implementing this technology! Who's doing it right, and what kind of new market opportunities are some of these service providers experimenting with? [13:46] Telefonica, Vodafone, Telecom Italia, and Swisscom are paving the way with regards to their implementation of 5G. [14:30] There’s an event coming up shortly, it’s the SDN NFV World Congress in The Hague, Netherlands. I know you will be speaking there. What will be some of the hot topics at this event? [16:22] How do people connect with you? [17:04] Inma, it’s very fortuitous that we’re speaking now because we’re recording this conversation during the month of October, which is Global Diversity Awareness Month. As a Woman in Tech, do you have any words of wisdom that you’d like to share with the audience? [17:04] We need to ensure that we make a career path in technology attractive to women and teenage girls.

What are core networks and what's so different with 5G Core that it's not launched until 2020? We have Ericsson's head of 5G Core, Erwin van Rijssen, with us in the studio to explain Stand Alone (SA) versus Non-Stand Alone (NSA) 5G, EPC vs 5GC and the user benefits of Network Slicing. Last week Erwin participated in a webinar about Network Slicing, and if you want to know more you can see it here: https://ihsmarkit.com/events/Network-slicing-Building-essential-endtoend-capabilities-in-4G5G/speakers.html Music: May the Chords Be With You by Computer Music All-stars

5G ist das Mobilfunknetz der Zukunft. Florian und Christoph klären, was das neue Netz können soll, erklären was seit 1G alles passiert ist, und werfen einen Blick in die Zukunft, bis hin zum autonomen Fahren und High-End Gaming vom Handy aus. Shownotes mit sehr vielen Links diese Woche unter TSL.fm/23!

Dez Blanchfield gets up close & personal with Jan Haglund - Head of Portfolio and R&D, Business Area Digital Services, Ericsson Digital - talking about his academic & professional career, his role with Ericsson, Digital Transformation, Software, Services, BSS, OSS, Cloud, 5G, 5G Core, NFV, the emergence of 5G and what's on the horizon in the Telco industry. Don’t forget to download your free PDF eBrief on Network Slicing here now => bit.ly/TFTpc_HB

Dez Blanchfield gets up close & personal with Monika Byléhn - Director 5G Marketing, and Fredrik Engströmer - Head of Marketing 5G Core, both from the Ericsson team, talking about their roles with Ericsson, the emergence of 5G & 5G Core, new generation Mobile networks & network architecture evolution, NFV, Network Slicing / Orchestration, and what's on the horizon in the Telco market. Don’t forget to download your free PDF eBrief on Network Slicing here now => bit.ly/TFTpc_HB

Dez Blanchfield gets up close & personal with Henrik Basilier, Expert - Network Architecture Evolution, Business Area Digital Services, Ericsson, talking about his academic & professional career, his role with Ericsson, Network Architecture Evolution, NFV / network slicing / Orchestration, 5G, 5G Core, NFV, the emergence of 5G and what's on the horizon in the Telco cloud market. Download your free PDF eBrief on Network Slicing here now => http://bit.ly/TFTpc_HB

Dez Blanchfield gets up close & personal with with Lars Martensson - Vice President and Head of Solution Area Cloud & NFVi and Head of Ericsson Silicon Valley, talking about his academic & professional career, his role with Ericsson, Network Function Virtualisation (NFV / NFVi ), Software Defined Infrastructure ( SDI ), Continuous Integration / Continuous Deployment ( CI/DI), Network Slicing, IoT, the transformation into 5G & what's on the horizon. For more info on NFV & the road to 5G click here => http://bit.ly/2HJCzoD

Dez Blanchfield gets up close & personal with with Peo Lehto, Head of Product Line Packet Core, Business Area Digital Services for Ericsson Digital Business Group, talking about his academic & professional career, his role with Ericsson, Packet Core Evolution, Virtualization, Continuous Integration / Continuous Deployment ( CI/DI), Network Slicing, IoT, the transformation into 5G & what's on the horizon. For more info on NFV & the road to 5G click here => http://bit.ly/2Ly7ZjT

In this episode, we talk about the techno-economic case for network slicing based on a collaborative study from Ericsson and operator BT that serves 12 million homes and businesses in the UK. It’s the first public study of its kind to examine the economic impact of network slicing, how it will it affect revenue potential, operations and cost of deployment – including where operators should be investing and what they can do now to get their core network ready.Jan Häglund, Head of Architecture & Solutions at Ericsson, talks to Pam about a new study from Ericsson and BT (https://www.ericsson.com/en/networks/insights/economic-study-5g-network-slicing) that quantifies the benefits of network slicing for operators. For more information, visit https://www.ericsson.com/5G-northamerica.