Muhammad Inam

Did you know that Ericsson’s 5G smart factory in Texas has changed the game by becoming the first large-scale manufacturer of 5G radio networks in the U.S.? This is a huge accomplishment that is helping to accelerate the country’s manufacturing reshoring. I encourage you to read this Axios article that highlights the full capabilities of this 5G Smart Factory! It explains how Ericsson is delivering 5G made in the U.S. to connect people, redefine business, and pioneer a sustainable future across the country. #5G #SmartManufacturing #Reshoring

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BOOM Private 5G Network + Neutral Host Cummins is the first announced customer for Verizon's all-new Neutral Host Network product. Verizon will provide Cummins with both a private 5G network and a neutral host network, providing cellular coverage for distinct private and public use cases at Cummins’ Jamestown Engine Plant. A neutral host network can allow employees and the general public, no matter their mobile provider, to achieve a strengthened mobile signal via dedicated network infrastructure on a specific premises or campus. Combined with a private network, enterprises can manage both business-critical connected operations Dan Falkner Mike Vazquez Michael Hoarle Nandan Naik Erich Trautman Angel Torres, MBA, PMP Robb Juliano

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New article on Comcast Business's plans. Comcast reported its Q1 results today. As in previous quarters, the EBITDA margin for its business division is very high - 57%; much higher than the other operators we track. It is planning to trade some of this margin for growth, which makes sense. As I argue in this piece business revenue is on the low end compared to peers (when measured as a share of total revenue). https://lnkd.in/eUK8Pd8Q

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AI Driven Spectrum Engineering for Telecommunications Spectrum engineering is defined as the discipline within telecommunications focused on the strategic management and technical optimization of radio frequency (RF) spectrum. It involves the analysis, planning, and regulation of the spectrum to ensure efficient, fair, and effective use of this finite resource. Key activities in spectrum engineering include: ◼ Spectrum Modelling and Analysis: Engineers use various models and analytical methods to understand and predict how spectrum can be utilized within certain bandwidths. ◼ Interference Management: This involves strategies and techniques to minimize the risk of interference between different spectrum users. ◼ Spectrum Sharing and Re-farming: This aspect deals with reallocating spectrum from less necessary or obsolete uses to more critical or modern applications. It helps optimize the spectrum utility across different technologies and services. ◼ Coordination and Compliance: Engineers must ensure that spectrum usage complies with national and international regulations. This includes adhering to technical standards to prevent disruptions in existing services. ◼ Technical Analysis and Simulation: Advanced simulation tools are employed to predict potential issues and visualize network deployments under various scenarios. ◼ Support for Emerging Technologies: As new technologies such as Dynamic Spectrum Sharing, MRSS, Advanced Cognitive Radio/Software Defined Radio, Sensing in 5G/5G-Advanced/6G, IoT, and private 5G networks emerge, spectrum engineering supports their rollout, ensuring these technologies can integrate into existing spectrum frameworks without causing disruptions. AI and ML in Spectrum Engineering - Predictive Analysis and Spectrum Optimization AI and ML excel in predictive analysis, analyzing vast datasets to forecast spectrum usage, peak times, and potential interference issues. This allows for preemptive management of the spectrum. - Dynamic Spectrum Management ML algorithms enable innovative spectrum management such as dynamic spectrum sharing and various carrier aggregation methods. This adaptability optimizes spectrum utilization, particularly in cognitive radio networks where AI detects and utilizes optimal frequencies autonomously. - Interference Detection and Mitigation AI effectively identifies interference patterns, using continuous monitoring and automated strategies to mitigate potential disruptions. Of course, there are many more AI/ML use cases that will emerge through continued research in the field of spectrum engineering. Spectrum engineering is thus a critical and complex field that combines elements of technical analysis, regulatory knowledge, strategic planning, and cutting-edge AI/ML technology to manage and maximize the use of the radio spectrum in telecommunications. #SpectrumEngineering #Telecoms #Spectrum #DSS #MRSS #CognitiveRadio #SDR #AIML

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74% of all federally funded U.S. broadband providers rely on the Calix Platform to win and maintain their funding 💰 With billions of dollars from once-in-a-generation funding opportunities on the line, the Calix Platform has enabled broadband service providers to navigate the complexities of performance testing. In just three years, over 2 billion total tests have been performed, helping support customers on their funding journey and simplifying their business while growing value for communities across rural America. John Durocher, chief customer officer, emphasizes the value: “Innovations to the industry’s only end-to-end platform have made testing effortless for our customers, especially those who lack the resources to dedicate time to demanding quarterly mandates when they need to focus on growing their network.” Explore how Calix continues to support customers on their funding journey. 🚀 🔗https://ow.ly/NiVI30sBvy1 #PerformanceTesting #Innovation #Broadband

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The Impact of AI on O-RAN Carrier Aggregation and Spectrum Utilization ◼ Supercharging Networks: The Evolution of Carrier Aggregation (CA) from LTE to 5G CA has been instrumental since its inception in 4G LTE, allowing mobile networks to combine two or more carrier frequency bands to increase peak data speeds and overall network performance. This technology enables mobile devices to receive and transmit data over multiple frequency bands simultaneously, effectively increasing the bandwidth and reducing latency. As networks transition from 4G to 5G to 6G, the importance of CA only grows, adapting to the new complexities and broader spectrum types available, including mid-band and higher-band (e.g., cm/millimeter wave) frequencies. ◼ Boosting Midband Spectrum with TDD-Lowband FDD Aggregation One of the more significant advancements in CA technology is the aggregation of midband TDD and lowband FDD. This combination is particularly effective because midband frequencies, while offering higher data speeds and capacity, have limitations in terms of coverage area, particularly uplink, and signal penetration. By aggregating midband with lowband, networks can leverage the extensive coverage and robust signal penetration of lowband frequencies to compensate for the midband's shortcomings. This strategy significantly increases the utilization of midband spectrum. It extends the reach of high-speed 5G services to suburban and rural areas, where midband coverage might otherwise be ineffective. Moreover, Uplink CA combines multiple uplink frequency bands to create a wider channel, thereby increasing the upload speeds and capacity. ◼ AI-Driven Load Balancing in O-RAN for Optimal Carrier Aggregation O-RAN RIC's AI-driven approach enables the network to analyze traffic patterns and channel conditions in real-time, adjusting the CA configurations to optimize spectrum usage dynamically. For instance, during peak usage times, the algorithm can adjust the CA configurations to allocate more resources to heavily trafficked areas, ensuring consistent service quality. Conversely, during periods of low demand, it can scale back resource use, conserving energy and reducing operational costs. Furthermore, the AI algorithms can predict traffic loads based on historical time-series data and real-time inputs, allowing for preemptive adjustments to CA configurations. This proactive management helps in maintaining an optimal balance between performance and resource utilization, ensuring that the spectrum is used as efficiently as possible. The concepts of CA, Elastic RAN, Coordinated Multi-Point Operation (CoMP), and E/// Advanced RAN Coordination via E5 are important in achieving a more flexible use of spectrum and network resources, as they allow for enhanced coordination between network nodes, leading to improved throughput and coverage. #ORAN #OpenRAN #CarrierAggregation #UplinkCA #ORANRIC #CAEvolution #RICforCA #LoadBalancedCA #ComplexityinCA #TDDFDDCA

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With wildfires increasing in both number and severity, the need for year-long, round-the-clock preparedness has never been more critical. Verizon's teams are leading the charge, employing advanced technology and thorough preparedness strategies to ensure we are ready to face any challenge. Here are a few tips to help you prepare:

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Exciting News from the FCC about our journey to Next Generation 9-1-1 adoption! The Federal Communications Commission (FCC) has taken a monumental step forward by adopting the first nationwide rules to expedite our nation's transition to Next Generation 9-1-1 (#NG911). This initiative ensures that all originating service providers align with NG911, to enhance "interoperability, security, and system resilience." This move by the FCC is not just a win for public safety; it's a leap towards a future where technology and connectivity can save lives more effectively. #NG911 #PublicSafety #EmergencyResponse #Innovation #attemployee

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More accolades for T-Mobile from the latest Open Signal report! We swept EVERY category for overall network experience, with upload speed experience more than 2x faster than AT&T and over 1.5x faster than Verizon. Download speed experience is over 3x faster than Verizon and 2.7x faster than AT&T. We also won in #5GExperience categories including download speed and #5G availability, with our users spending over 5x more time connected to 5G than AT&T users and over 8x more than Verizon. See the full list of the latest wins: https://t-mo.co/4cKOO2W #5GConnectivity

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At this week’s USTelecom | The Broadband Association's Leadership Summit, AT&T's John Stankey underscored the inflection point we’re at in the telecom industry. While there’s consensus that access to high-speed broadband is important to thrive in today’s modern world, we must continue to act and focus on access, affordability, and creating a healthy spectrum pipeline to achieve this shared goal. Only with the marriage of private investment and smart policy can we truly connect all Americans. https://lnkd.in/edMFYwd2

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This article highlights what many carriers are now seeing as problematic with FWA -- 5G gateway mobility. That is, taking your 5G FWA service and moving it to a new location without notifying the service provider. That can easily result in a cell site being overutilized, impacting service for other customers both mobile and FWA. Companies like T-Mobile are now charging a premium for FWA mobility. Expect carriers to soon monitory gateway locations through GPS and tack on additional fees for unauthorized FWA gateway relocation. #5g #fwa #5gfwa https://lnkd.in/gdvS3Fh7

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🌟 Don’t wait for the future to happen—embrace the evolution! Broadband service providers can deliver new, unparalleled subscriber experiences—staying ahead of the broadband industry evolution curve. And Calix is here every step of the way, so you have the potential to unlock new levels of success. Read more in this blog from Calix’s Chief Customer Officer, John Durocher. 🔗https://ow.ly/capE50SmyeV

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The FCC has just made a major move to safeguard net neutrality by reclassifying broadband internet as a “telecommunications service” under Title II of the Communications Act. This decision, led by Chairwoman Jessica Rosenworcel, effectively reinstates robust net neutrality rules which prohibit any form of internet traffic blocking, throttling, or paid prioritization. Why does this matter? Net neutrality is crucial for maintaining an open and fair internet where all data is treated equally, benefiting consumers, public safety, and national security. While Democrats champion these rules as essential for fairness, some Republicans view them as an overreach that hampers competition and innovation. This pivotal decision reflects the ongoing debate and the diverse opinions on how the internet should be regulated, echoing similar actions taken back in 2015. As the conversation around internet regulation continues, this move by the FCC marks a significant step in the fight for a free and open internet. https://lnkd.in/g6MZNQrZ #NetNeutrality #FCC #OpenInternet #DigitalRights #ConsumerProtection

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T-Mobile And Verizon in Talks to Takeover US Cellular T-Mobile, Verizon in Talks to Carve Up U.S. Cellular (https://lnkd.in/gm7_w55x).  Here are highlights of the WSJ article: T-Mobile is closing in on a deal to buy a chunk of the regional carrier for more than $2 billion, taking over some operations and wireless spectrum licenses, according to people familiar with the matter. The T-Mobile deal could be reached as soon as later this month, while discussions with Verizon on a separate transaction are expected to take longer or might not result in an agreement, the people said. The split-sale structure is designed to convince antitrust authorities who will review the deal that the tie-up won’t hurt competition. U.S. authorities review wireless mergers market by market. The rising value of wireless licenses is a driving force behind the deal. U.S. Cellular’s spectrum portfolio touches 30 states and covers about 51 million people, according to regulatory filings. Does this mean that the wireless industry is now dominated by the big three, namely AT&T, Verizon, and T-Mobile? I am not sure how Dish Network is faring against the competition from these major players. Are there any regional players remaining in the USA? Looks like it is not feasible for regional players to compete against national carriers. Additionally, can we anticipate the emergence of new national players in this saturated market soon?

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The Broadband Equity, Access and Deployment or BEAD Program is a once in a lifetime opportunity to connect all Americans. But to do that, we have to get the requirements around the deployment right. At the recent Connect (X): Powered by WIA conference I spoke about why it’s so important that states' BEAD programs look to trusted and experienced providers like Verizon who have the skills and experienced workforce not just to build correctly, but to maintain and care for those networks and serve residents for years to come.�� #broadbandforeveryone #BEAD

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As Mike Sievert explains, T-Mobile has a 2-year leadership in #5G. The data is there to show it. T-Mobile For Business is bringing that differentiation and leadership to Enterprise and Government customers with #AdvancedNetworkSolutions because secure, reliable, nationwide 5G connectivity is what is powering innovation with #AI. A new era of data-heavy, mobile, intelligent applications is in the making! Callie Field Ulf Ewaldsson John Saw

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Verizon and EchoStar's focus on private 5G is exciting, but raises questions about deployment costs, spectrum management, and integration with public 5G networks. How will these challenges be addressed? Is private #5G a viable option. #TechTrends

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Verizon saw a great Q1 for private wireless. 🎉 Verizon's Q1 earnings call took place yesterday and if you are anything like me you were anxiously listening to Hans Vestberg looking for clues to the #privatewireless business at team Red. According to Hans, Verizon had a "great quarter in private wireless." This statement was underwritten by examples of "transformative deals". Hans offered Cummins Inc. as a shining example of those deals. There was also some insight given to the strategy Verizon Business is leveraging. "The numbers are many while the [revenue] values are still small.", Hans said. Later there was talk about building a [customer] base that over time will create upsell opportunities. Taken collectively I see that Verizon is focused on landing transformative customers today, starting small, and targeting huge long-term potential. Here at Cradlepoint, part of Ericsson, we see the same strategy being deployed by the end customers. They look for potentially transformative projects, start with small deployments having the quickest ROI, and plan to expand to additional use cases to capture the upside. I see this strategy primarily playing out in mining, manufacturing, and ports where organizations have several facilities and potential use cases for #private5g. Cheers to Verizon for a great quarter! 🍻 https://lnkd.in/ebkVuJBw

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