Hulin Emmanuel

Does running your 5G network bring you upside down? ⬇️ Check real examples of how efficiently a 5G network is operating while facing any scenario and improving the accuracy of your testing routines, so you improve network performance and customer satisfaction. 📗 Download the eBook "Evolving Network Testing" to get references from 12 successful use cases of network testing and realize the benefits of 5G! https://bit.ly/3X1ZrKi #NetworkTesting #5G #ToTeNextLevel #NetworkPerformance

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Excellent video reflecting our innovative, people-focused professional services culture TIP France. With teams like you, success and growth in our business become inevitable! #youbeyou #peoplefirstculture #professionalservices #continuouslearning #continuousdevelopment #thinkglobalactlocal #globalgrowth #exponentialgrowth #telecominfrastructure #telecoms #infrastructureinvestment

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Red Hat is enriching release after release the amount of security features supported by its OpenShift Container Platform to provide customers a lot of flexibility to design the best suited architecture to mitigate their assessed risk. Also Red Hat continued to invest massively in its Product Security (vulnerability management, incident response, secure software development,...) and launched a Trusted Software Supply Chain (aka TSSC) offering based on upstream projects like SigStore (https://www.sigstore.dev/) or Entreprise Contract (https://lnkd.in/eGbarMuW). So it is great to see that another major sovereign cloud actor decided to power its sovereign cloud offering with OpenShift ! Even if AI is over over all place these days (and OpenShift is also on it with OpenShift AI...), security remains to me a fundamental to go in production. Looking towards the general availability of this new service. #numspot #sovereigncloud #security #redhat #openshift

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📊 80% of telcos are already exploring Open RAN to cut costs and boost network flexibility. But success depends on one critical factor: precise RF planning. With Open RAN’s multi-vendor approach, getting it right from the start is essential to avoid costly missteps and ensure seamless integration. In our new eBook, "How to successfully design an Open RAN network," learn how to leverage automation, data-driven insights, and digital twins to design networks with up to 40% CAPEX reduction. 🔗 Download the eBook now and start optimizing your Open RAN strategy: https://lnkd.in/d32Mg5cd #OpenRAN #NetworkPlanning

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REGOORT announces New Value-Added Distributor (VAD) Agreement with GXC to Accelerate Deployment of Private Mobile Networks REGOORT, a leading provider of innovative network solutions, is pleased to announce a new Value-Added Distributor (VAD) agreement with GXC, a US-based provider of private mobile network technologies. This strategic partnership will enable REGOORT to significantly enhance the availability and deployment of advanced private mobile networks for enterprises and industry sectors in Europe, and satisfy the growing demand for high-performance, secure, and reliable connectivity. This agreement will enable GXC to expand its reach through REGOORT's extensive distribution network, providing enterprise customers and system integrators with seamless access to GXC’s cutting-edge ONYX private network solutions. "We are thrilled to partner with GXC, which is recognized as a true innovator of private network technology, and bring these solutions to a broader market," said Mark ter Laak at REGOORT. "This agreement reflects our commitment to delivering secure, scalable, and high-performance connectivity to enterprises across various sectors, including manufacturing, logistics, healthcare, and public safety." Through this relationship, REGOORT will distribute GXC’s ONYX portfolio of private mobile network solutions. GXC's ONYX platform transforms enterprise private wireless connectivity with unparalleled coverage, speed, and security. Its exclusive mesh architecture ensures flexible deployments and reliable connections in rugged environments, ideal for the manufacturing, logistics, energy, and agriculture sectors seeking comprehensive wireless infrastructure control. The partnership will leverage REGOORT’s expertise in channel distribution and support, allowing customers to deploy and manage their private networks more efficiently and cost-effectively. The two companies will also coordinate sales, marketing, and technical support to partners and customers to ensure the successful rollout of private mobile networks. “As businesses continue to seek lower operating costs and new efficiencies through automation and other innovations, private mobile networks are proving to be the perfect option for supporting new applications and services that will drive European industry,” said Allen Proithis, GXC’s chief executive officer. “We are proud to partner with REGOORT and help customers leverage the substantial operational and economic benefits made possible through our solution.” For more information about the new VAD agreement and GXC’s ONYX private mobile network solutions, please contact [email protected]. #GXC #Privatemobilenetworks #5GNetworks #Wirelessconnectivity #Perceelgebondennetwerken

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This is a configuration used for events, when you don't have a multi-beam antenna to install on a temporary BTS, but wish to replicate the effect of having multiple beams. Every antenna creates a beam in a particular direction with a given number of cells, so you can have for instance 15 4G cells defined with this configuration, 3 in each antenna. Normally, you space them using a certain constant shift in the azimuth, for instance 15 degrees difference between each antenna, so that the beams don't overlap. Tilt is used to control the direction of the beams of the antennas, just as if they were used vertically. In practice, this setup creates a lot of interference between cells, as the beams are not narrow and confined as in a 'real' multi-beam antenna. You will have a lot of cells, and they will process traffic, but the performance is poor because of the interference. And it's very confusing to manage, as you can easily antecipate. Avoid this configuration.

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when your communication becomes critical not only for transmitting data but why not for sensitive voice calls or video communication ? Where ? Crisis situations, highly confidential exchanges, R&D collaboration which you like to keep particularly protected. With increasing digital collaboration the cyber thread rises constantly. With #Quantum securing collaboration in highly sensitive configuration could be a serious option. #collaboration #workplace

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                               Call for Workshops                            Co-located with 6GNet 2024                 The 3rd International Conference on 6G Networking                        October 21-24, 2024 – Paris, France                                   On-site event                         https://lnkd.in/enW82ccT                           Technically co-sponsored by IEEE *** Workshop Proposal deadline: May 10, 2024 *** *** Call for Workshops *** This third 6G networking conference thus aims at assessing the progress of the various research efforts in areas that will forge 6G networks. 6GNET 2024 will feature a series of half-day workshops. The 6GNET 2024 workshops can include a mix of panels, invited presentations, and regular papers, and will highlight current topics related to technical and business issues in 6G. Workshop topics should be more focused than the main track of the conference. “hot topics” beyond the list of topics in the conference CfP while being connected to 6G can be proposed.  Proposals seeking to generate live interactions among participants are encouraged. *** Workshop Proposal Submission *** Proposal submissions should be submitted as a single PDF file via email with the subject line “6GNET 2024 WORKSHOP PROPOSAL”, to the workshop co-chairs:  * Dinh-Thuy Phan-Huy: [email protected]  * Wolfgang John: [email protected]   Each workshop proposal (maximum 5 pages) must include (please follow the following order in your proposal):   * Title of the workshop   * Workshop Organizers (names, affiliation, and contact information)   * Scope and topics of the workshop (max 1 page)   * Rationale (max 1 page)     - Why is the topic important?     - Why will the workshop attract a large number of good quality submissions?     - Why will the workshop attract a large number of attendees?     - How does the workshop differ from other workshops on similar topic?   * A short biography of the organizers (up to 250 words per organizer)   * Names of potential participants, such as invited speakers (indication that     speakers accepted to participate is a plus) and program committee members      - Planned format of the workshop:  panels, keynotes and number of refereed        papers   * Draft Call for Workshop Papers (max 1 page)   * A description of the promotion and publicity plan   * Workshop potential website address (if available at the time of the proposal.     It will be required later if the workshop proposal is accepted)   *** Important Dates ***   * Workshop proposal submission deadline: ***May 10, 2024***   * Workshop acceptance notification: May 20, 2024   * Workshop Paper Submission Deadline: ***August 13, 2024***   * Paper Acceptance Notification: September 02, 2024   * Camera Ready: September 16, 2024   * Workshop Date: ***October 21, 2024***   *** Workshop Co-Chairs ***   * Dinh-Thuy Phan-Huy, Orange, France   * Wolfgang John, Ericsson, Sweden

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🚀 In today’s densified networks, improving performance and user experience is more important than ever. Artificial Intelligence (AI) is emerging as a key player in addressing these challenges for both LTE and 5G networks. Imagine the efficiencies gained by automatically managing radio frequency bands and traffic. By integrating AI into the baseband, Ericsson is optimizing Radio Access Networks (RAN) to enable real-time management with feedback loops of less than 10 milliseconds. Ulf Rydin, Head of Product Area 4G RAN at Ericsson, notes, “Our new AI capabilities allow service providers to continuously enhance network performance and deliver an optimal user experience. This advancement enables increased 5G coverage and improved LTE performance—all through a straightforward software upgrade.” These AI algorithms analyze traffic data in real time, ensuring seamless user experiences without needing additional hardware or site visits. What challenges have you encountered in network performance, and how do you see AI playing a role in overcoming them? #AI #5G #TeamEricsson #RAN #Telecommunications #Innovation #UserExperience

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🌐 Wireless internet has become an indispensable part of our daily lives, supporting a wide range of activities from professional communications to streaming entertainment. However, the growing demand for wireless connectivity has led to increased power consumption and carbon emissions. Fortunately, researchers at Central University (CU), IIDM, and CU J&K in India have been working on energy-efficient techniques to address this challenge. Their recent paper published in IEEE Transactions on Green Communications and Networking introduces a hybrid solution that combines visible light communication (VLC) with RF communication, promising reliable indoor communication with lower energy consumption. The team's proposed wireless communication system comprises a transmitter and a receiver module, connected through a VLC channel. By leveraging visible light, transmitted through light-emitting diodes (LEDs) or other artificial light sources, they achieve efficient data transmission with reduced power consumption. Initial evaluations using various simulation platforms have demonstrated stable communication and significant energy savings. The team's approach also holds the potential to enhance mobile device battery life, adding approximately 7 hours of usage time. This research contributes to ongoing efforts to reduce power consumption and electromagnetic radiation, while improving the energy efficiency of wireless communications. The team's findings highlight the promise of their hybrid approach and open the door for further advancements and real-world testing. What are your thoughts on the convergence of visible light communication and RF communication for wireless networks? How do you see this technology shaping the future of indoor wireless communication? #WirelessCommunication #Innovation #EnergyEfficiency #Research #Technology

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Antennas and 6G: Making perfect sense in a new reality ! Future antenna systems will be crucial to unleashing the full potential of 6G, with global research activities continuing today at a relentless pace.  Antennas in the era of 6G will enable ubiquitous distributed MIMO that unlocks extreme performance, joint communication and sensing that intuitively maps our surrounding, and three-dimensional connectivity that seamlessly merges ground, air and satellite coverage.  Jan Mertens, Head of R&D at Ericsson Antenna System, lays out Ericsson’s vision for antenna systems in the era of 6G and how this can play into key societal- and sustainability demands.

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Comprehensive article comparing #LoRa #Sigfox and #mioty.

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WBA's Profiles and RCOI Prioritization report provides analysis and recommendations for improving #Passpoint network selection, while also identifying common use cases and best practices for the ecosystem. This white paper is available for public download - get your copy here: https://lnkd.in/gVE9YJSX #RCOI #OpenRoaming #WiFi

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With every Wi-Fi testing package, you’ll receive an in-depth RATES VS LOCATION test. This allows you to evaluate Wi-Fi performance across a range of clients and devices, from Wi-Fi 7 to legacy Wi-Fi models. Why is this crucial? About 50% of Wi-Fi users* are still on Wi-Fi 4, so it’s essential for your device to perform well with both modern and older technology. 🔍Test your setup at Excentis to ensure optimal compatibility and performance. Stay future-proof! *Based on an actual Excentis customer visualization of Wi-Fi clients. Ready to test Wi-Fi? https://lnkd.in/eewVvq9Y #WiFiTesting #TechPerformance #WiFi7 #LegacyDevices #Excentis #FutureProof #NetworkOptimization #WiFiSolutions

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AI set to improve network operational efficiency by 40% or more. A study of telecom and IT engineers exploring artificial intelligence’s impact on the network sees almost universal belief in the need to upgrade fibre-optic networks to support more AI traffic

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✨Are you ready to tackle future network issues and ensure seamless operations?🚀 Dive into our latest blog post to explore expert tips for keeping your telecom network in shape. 🌟💼

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COMING SOON - April 30, 7am PT, 4pm CEST AI can accelerate the pace of automation and make networks more efficient. Are we there yet? Or is this going to happen sometime in the future? In our next Sparring Partners, Cristina Rodriguez at Intel Corporation will argue that we have all we need to move forward with AI and that, indeed, we have already started. She will tell us about projects that showcase the role of AI in multiple use cases through work she has been doing with Ericsson, AT&T, Deutsche Telekom, Vodafone and others. Register and join the conversation on April 30 at: https://lnkd.in/ejJ3iExs #automation #5G #openRAN #ORAN #cloud #virtualization #disaggregation #AI #GenAI #ML #RAN #OpenRAN #SparringPartners

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