Mike Simon’s Post

In Future 3GPP 5G NR and Non-3GPP Direct 2 Everything (D2X) Multicast Broadcast can provide seamless Interworking to Compliment 5G NR as a New D2X Broadcast Multicast Vertical with intelligent wide area topologies that can overlay 5G NR. https://lnkd.in/eJYDrX72 Shown below is D2X Physical Layer Disaggregation Aligned 5G NR and OPEN RAN principles and Open Interfaces. This can make future Interworking 3GPP 5GNR and Non-3GPP D2X at CU (5G PDCP) in Datacenter for converged Use Cases which has many advantages. The System Architecture of Broadcast hasn't changed in 70 years since inception of analog TV. Time is right to serve mobile society from cloud in future with harmonized architecture. #3GPP #ORAN #D2X #Interwork #Non3GPP

Uncover the evolution of PDU Sessions from EPS Bearers in 4G LTE to 5G networks. Discover their architecture, operational modes, and advanced features. Dive deeper at https://wix.to/bNoVnGg #5G #Telecom #Technology 📲

As 5G networks evolve with cloud-based architectures, mobile operators encounter growing complexity. Intelligent network applications play a vital role in handling this complexity, improving efficiency and adaptability. The RAN Intelligent Controller (RIC) from the O-RAN Alliance is essential for enhancing flexibility, optimization, and innovation in Open RAN. Read: https://zurl.co/XX1S #wireless #network #OpenRAN #5g

An exciting report on #AI powered, open, programmable and high-performing #5GAdvanced. Our great colleagues Sibel Tombaz and Gabriel Foglander nail it down in this report!

What is #5GAdvanced?    For us, 5G Advanced is the new set of network capabilities that will help service providers achieve their goal of high-performing programmable networks, with more openness.    In our new paper, written by Ericsson experts, Sibel Tombaz and Gabriel Foglander, they delve into: ✔️ Why 5G Advanced is the key enabler for high-performing programmable networks ✔️ The new RAN capabilities 5G Advanced brings: intent-driven networks, AI-powered RAN and service-aware RAN ✔️ Business intent to execution: AI-powered RAN style ✔️ 5G Advanced in open architectures ✔️ How to define the path to high-performing programmable networks   Ready to be educated on 5G Advanced?    Read the paper and let us know what you think! 🔗 https://lnkd.in/eTvZd8kT

I've just completed our 5G and Non Terrestrial Networks course. This course is designed to introduce the main concepts behind 5G and NTN (Non Terrestrial Network) satellite communications. It focuses on the key components, 5G and satellite access architecture options and considerations. It also provides an insight into 5G related spectrum and operation. ✅ 5G NTN Use Cases ☑ 5G Architecture ✅ 3GPP Spectrum for NTN ☑ NTN Deployment ✅ NTN Initial Procedures

Imagine a world where connectivity enables saving lives, providing better life & better experiences. It is a world where connectivity create a seamless reality where the digital and physical worlds as we know them today have merged. This emerging reality of the future will provide new ways of meeting and interacting with other people, new possibilities to work from anywhere and new ways to experience faraway places and cultures. So we are not there yet, it will take few more years, but in order to make progress towards this, we need an ecosystem of ISVs that will enrich our day to day living with set of applications that are connectivity-aware. This is where adhering to 5G Advanced comes into play.   What is 5G advanced ? 5G-Advanced is the next evolutionary step in 5G technology . It is the new set of network capabilities that will help communications service providers (CSPs) achieve their goal of high-performing programmable networks, with more openness. Ericsson 5G Advanced can help translate business objectives into Radio Access Network (RAN)  performance and sustainability. One important KPI of a 5G network is ensuring consistent and superior user experience at any time and place, and influencing network behavior to achieve a desired outcome. From a technology perspective, the key RAN capabilities 5G Advanced will bring are intent-driven networks, AI-powered RAN and service-aware RAN. Intent-driven networks will let CSPs interpret customer objectives - known as intents – and perform RAN actions to meet those objectives. AI-Powered RAN will enable RAN to understand the intents, process vast amounts of data and make intelligent decisions in real time. So how 5G advanced will introduce innovation, by setting the grounds for disaggregation in the network architecture, supporting open interfaces and disaggregated hardware and software. This is referred to as cloudification of RAN (similar to what have happened years ago on the Enterprise IT domain) but apart of this cloudification, an improved intelligence and automation in RAN, with open interfaces towards management and orchestration, and towards third- party rApps is put in place. Intents and Observability are driven by automation which is bi-dimensional. There is the dimension of the RAN where automation needs to occur in microseconds or milliseconds while it can be governed centrally through #rApss in non-real time manner. Hewlett Packard Enterprise plays crucial role in this advanced 5G space by enabling NEBS and CSPs with both open and standard infrastructure but also with open, API-based management software as well as key platform for machine learning development, training and inference. The unique Ericsson 5G Advanced solution to offer real time, AI-powered RAN driven by intents will enable high-performing programmable networks – a real breakthrough. Find out more on this exciting topic by reading the following Ericsson paper. #5gadvanced #artificialintelligence #ran #telco

Join our LIVE OPEN SESSION course on 5G and Non-Terrestrial Networks (NTN) satellite communications and gain insights into key components, architectural options, spectrum, and operations related to 5G. What to expect: - Explore 5G NTN Use Cases - Dive into 5G and NTN Architecture - Learn about 5G NTN Satellite Options - Understand 3GPP Spectrum for NTN - Uncover 5G NTN Deployment and Operational Aspects - Discover 5G NTN Mobility For those with a subscription package, enrol via your Learning Zone and for those who don't, secure your spot by clicking here: https://lnkd.in/eQcuJwDn #5G #NTN #SatelliteCommunications

High-speed networks introduce VXLAN and other encapsulation methods, Leaf and Spine architectures, and the challenge of capturing East-West traffic. This can block network visibility and make it challenging to monitor and secure the network https://ow.ly/Rx2X50SHljC

Discover how Mavenir’s pioneering Open vRAN software is paving the way for mobile network operators (MNOs) to support more cloud-native, energy-efficient RAN services at low costs while delivering high network and user performance. Read the latest solution brief and see how Intel and Mavenir are shaping the future of Open RAN. https://intel.ly/3V5LXKS #5G #Networking #OpenRAN