Jigish Shah

📳In 5G networks, uplink throughput is typically lower than downlink throughput due to several factors: 📶 Spectrum Allocation: More spectrum is allocated to downlink channels to accommodate higher data demand for activities like streaming & downloading. 📶Power Constraints: User devices have limited battery power & must balance power consumption with performance. Higher power consumption for uplink would quickly drain the battery, so uplink power is kept lower. 📶Antenna Capabilities: Base stations have more advanced & powerful antennas compared to user devices, allowing for more efficient data transmission over longer distances in the downlink. 📶Interference: Uplink signals from multiple devices can interfere with each other more than downlink signals, as the base station receives signals from many sources. 📶Usage Patterns: Users generally download more data than they upload, leading network providers to optimize for higher downlink speeds. A Recent Study conducted by Signals Research Group - SRG shows that uplink is finally getting some attention & improvements are coming. SRG's recent report highlights 3 key features that improve uplink Experience 🔎 Higher Power Class: Mobile devices with Power Class 2 (26 dBm) and Power Class 1.5 (29dBm) improve uplink throughput by transmitting stronger signals when compared with Existing PC3 (23dBm) devices, enhancing signal quality, extending coverage, and enabling higher data rates through better modulation schemes. This leads to more reliable and faster uplink communication. 🔎Uplink Carrier Aggregation improves uplink speeds by combining multiple frequency bands, increasing total bandwidth, enhancing data throughput through parallel channels, optimizing spectrum utilization, and balancing network load. This results in faster and more efficient data transmission for better upload performance. 🔎Uplink MIMO improves uplink speeds by allowing multiple data streams to be transmitted simultaneously, enhancing signal quality through spatial diversity, making efficient use of spectrum, enabling directional transmission with beamforming, and dynamically adapting to channel conditions, resulting in faster & more reliable UL communication. 🔔 Wide Scale availability of these features like 5G SA, UL-MIMO, and UL CA is limited, especially outside China. Few smartphones support these, and PC1.5 and PC2 amplifier adoption is limited due to costs, despite the significant performance gains they offer. This is expected to change with latest Flagship devices arriving in next 1- 3 years. 💡 A renewed focus now on Uplink is needed to support newer use cases in Manufacturing environments for Private Networks to crowded spaces as upload is becoming more critical for the new Generation that relies on Peer Shared news on social media Platforms. #5gnetworks #uplink #mobileNetworks #cellularCommunication #5GSANetworks #SamsungGalaxy #iphone #downlink #mimo #CA #facebook #ULMIMO #MUMIMO #throughput #tiktok #twitter

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stc Group and Ericsson have achieved a groundbreaking milestone by deploying the world's first Automated Radio Resource Partitioning (RRP) on a 5G standalone network slice! This cutting-edge technology leverages intent-based automation for dynamic and intelligent radio resource allocation, optimizing network performance. With this innovation, stc Group is gearing up for 5G Advanced, ensuring high-performance, programmable networks that meet specific targets for throughput, latency, and availability. This step forward simplifies operations and demonstrates a commitment to pioneering advancements in the telecommunications industry. What are your thoughts on the future of 5G and network automation? Share your insights in the comments below! 👇 #5G #Telecommunications #Innovation #Automation #Technology

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Kunal Bajaj, CEO & Co-founder, CloudExtel, in a conversation with Punam Singh of Voice&Data, highlighted how our neutral-host active shared RAN infrastructure reduces the need for multiple sets of equipment for telcos and simplifies the deployment process, especially in locations with high traffic congestion. Our solution ensures that all operators get the same level of service, and it’s scalable to meet future demands, including upgrades to 5G. This makes it a win-win solution that benefits both the operators and end-users, for they get as much as 18x enhanced data speeds in such densely crowded locations. He further explains how CloudExtel’s range of solutions including small cells and fiber are ready to enhance network reliability and capacity, optimising high-speed connectivity experience for millions. Read the full interview here: https://lnkd.in/dDE3R_aJ Vishal S Raghuvanshi, Deepak Saxena, Balkishan Chandak, Rashmin V., Yash Upadhyay, Shashank Goenka, Shubha S. Karra, Rahul Nair #TelecomInfrastructure #RAN #SmallCells #NaaS #ReinventingDigitalInfrastructure

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📢 Nokia Launches Network Exposure Platform (NEP) 📢 Nokia is excited to unveil the Network Exposure Platform (NEP), a cutting-edge software offering that expands and simplifies API exposure for service providers, partners, and customer channels. This platform, the first of its kind to implement the #GSMA Operator Platform, supports various APIs including Linux Foundation CAMARA APIs and TM Forum Open APIs. Nokia NEP seamlessly integrates with our Network as Code platform, enabling service providers to connect and monetize their networks with application developers worldwide, fostering innovation and new use case development. Learn more about how Nokia NEP is enhancing network functionality and driving digital transformation: https://lnkd.in/dMWcFvkN #NetworkasCode #NEF #3GPP

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Excited to share my latest article, "Redefining Connectivity: Challenging the Economic Paradigm Between Telecom Operators and OTT Services in India". In this piece, I explore the economic tensions between telecom operators and OTT services, challenging prevailing narratives about infrastructure costs and regulatory fairness. I delve into how telecom companies can leverage existing and emerging technologies to create a more dynamic and equitable digital ecosystem. Join the conversation and let's discuss the future of connectivity and digital services in India. Your thoughts and feedback are invaluable! #TelecomVsOTT #DigitalInfrastructure #DataEconomics #TechPolicy #IndiaTelecom

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Telecom operators including Bharti Airtel Services, Reliance Jio, and Vodafone Idea Limited (Vi) have sought a 5-6 years interest-free payment gap or moratorium on the spectrum bought in auctions in 2025 and beyond. In a communication to the Telecom Regulatory Authority of India(TRAI), telcos noted that such a moratorium is needed on spectrum bought in auctions from next year because they have incurred huge capital expenditure (capex) in rolling out 5G services, which they are yet to monetise. In addition, they need to keep on investing in their networks. To know more, visit: https://lnkd.in/gpT2gXSR #TelecomNews #SpectrumMoratorium #5GRollout #TelecomPolicy #TRAI #BhartiAirtel #RelianceJio #VodafoneIdea #TelecomOperators #SpectrumAuction #TelecomInvestment #NetworkExpansion #DigitalIndia #SpectrumPricing #TelecomRegulation

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The rapid rollout of #5G technology is a critical enabler in bridging #India's digital divide. As businesses adopt Industry 4.0 practices, 5G’s high-speed, low-latency connectivity opens doors to new opportunities across sectors like logistics, manufacturing, and services, driving both growth and innovation. Recently, the government emphasized the potential of 6G as a complement to 5G, taking us another step closer to India’s vision of becoming a developed nation. While 5G is empowering industries today, the eventual shift to 6G will bring us smarter cities, hyper-connected devices, and greater automation—transforming the way we work and live. As an ICT organization our focus is on providing #scalable, #secure, and #clouddriven #IT solutions that help enterprises make the most of this next wave of connectivity. From ensuring last-mile digital access in remote areas to improving operational efficiency, we see 5G—and eventually 6G—as pivotal in reshaping India's economic landscape. As we progress, it’s imperative for enterprises to build a robust infrastructure that supports long-term growth. I’m excited to see how these advancements will elevate the way we do business across industries. What are your thoughts on this? #5G #6G #TelecomTech #CloudSolutions #LastMileConnectivity #DigitalIndia #Innovation #EnterpriseGrowth

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Struggling with inconsistent mobile connections? India's Quality of Service (QoS) issues demand attention. TRAI's initiative for granular reporting aims to improve accountability and network performance. #QoS #Connectivity #TelecomRegulation #TRAI #MobileNetworks #DigitalIndia Telecom Regulatory Authority of India(TRAI) Read More: https://shorturl.at/bkTDT

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The latest CTO Focus Session featuring Randeep Sekhon from Bharti Airtel and Erik Ekudden from Ericsson was a compelling exploration of how their partnership is shaping the future of 5G. 🤝 A key takeaway from the discussion was the transformative role of Fixed Wireless Access (FWA), which is delivering high-speed broadband to areas where traditional fiber deployment is challenging. This significant development highlights the tangible benefits 5G is offering, particularly in expanding connectivity options. 🌐 They also covered the broader impact of global 5G deployment, focusing on monetization strategies and advanced technologies such as network slicing and AI integration. The potential of 5G features, including low-latency applications and enhanced programmability for developers, was also a major highlight. 📈 I'm eager to see how these innovations will further enhance customer experiences and drive industry progress. What are your thoughts on the future of 5G and its impact on telecommunications? 💬 🎥 Watch the full session here: https://lnkd.in/dikgrqsb #CTOFocusSessions #5G #FWA #Partnership #TeamEricsson

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Platform Engineering, Standardization, and Best Practices for AI/ML in Telecom RAN In intelligent Telecom RAN networks, integrating AI/ML technologies effectively requires a robust framework of platform engineering, standardization, and best practices. These three pillars work in harmony to ensure that AI/ML models are scalable, reliable, and efficient. ◼ Platform Engineering: Platform engineering involves designing and managing the technical infrastructure and tools required to support the full lifecycle of AI/ML models in intelligent Telecom RAN. This includes: - Infrastructure Setup: Building scalable, reliable, and efficient infrastructure to support AI/ML operations. This could involve hyperscaler cloud platforms and on-premises solutions using container orchestration systems like Kubernetes. - Model Lifecycle Management: Ensuring end-to-end workflow management from data collection, preprocessing, and feature engineering to model training, deployment, and monitoring. - Tool Integration: Utilizing tools like MLflow for experiment tracking and model versioning, Kubeflow for workflow orchestration, and monitoring tools to keep track of model performance in production. - Automation and Orchestration: Automating repetitive tasks, optimizing resource management, and managing dependencies between different tasks within the AI/ML pipeline. ◼ Standardization: Standardization refers to developing and implementing industry-wide guidelines and protocols to ensure interoperability, consistency, and reliability in AI/ML integration within Telecom RAN networks. Key aspects include: - Unified Protocols: Establishing standardized protocols for AI/ML data exchange and integration to ensure seamless interoperability across different network components and platforms. - MLOps Guidelines: Creating comprehensive guidelines for MLOps tailored to network environments, facilitating the automation and management of ML models in Telecom RAN settings. - Interoperability Standards: Developing standards to enable smooth data exchange and integration between diverse AI tools and network platforms, enhancing the efficiency and innovation potential of AI/ML models. - Collaborative Initiatives: Encouraging collaboration among industry stakeholders, standards organizations (e.g., O-RAN Alliance), academia, and regulatory bodies to drive the development of universally accepted guidelines. ◼ Best Practices: Best practices are recommended methods and blueprints that have been proven effective through experience and research in implementing AI/ML in Telecom RAN networks. These practices focus on ensuring optimal performance, reliability, and security. Together, these three elements ensure that AI/ML technologies are effectively integrated and utilized in Telecom RAN networks, driving innovation and operational efficiency. #ORAN #OpenRAN #AIML #PlatformEngineering #AIMLStandardization #BestPractice #Workflow #AIMLFramework #Lifecyclemanagement #MLOps #AIOps #GenOps #NTUST

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🚀 New YouTube Video Alert: BSNL vs. The Giants - A 5G Showdown! In our latest video, we dive deep into the upcoming 5G rollout by BSNL and compare it against telecom heavyweights Jio and Airtel. As BSNL gears up with new strategies and collaborations, we analyze whether it has what it takes to compete in the high-stakes 5G race. 🔹 What's Inside? Detailed breakdown of BSNL's 5G plans and partnerships. Comparative analysis of spectrum allocations and network capabilities. Expert insights on how BSNL's 5G strategy measures up against Jio and Airtel. Whether you're a tech enthusiast, an industry professional, or just curious about the future of telecommunications in India, this video is packed with valuable insights. 📊 Let's discuss! What are your thoughts on BSNL's approach to 5G? Do you think they can compete with the likes of Jio and Airtel? Share your views in the comments below! #BSNL #5G #Telecommunications #Jio #Airtel #TechNews #DigitalIndia

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The future of 5G monetization is near. The journey has begun, and the next phase is set to bring about significant shifts in the industry. 📈 The focus is now turning towards APIs, which will play a pivotal role in enabling a new ecosystem and driving the emergence of innovative IoT applications. Following this, the spotlight will be on AI, machine learning, deep learning, and digital content, paving the way for plenty of exciting applications. It's fascinating to witness the rapid uptake of fixed wireless access (FWA) in India, signaling the initial steps towards 5G monetization. 🌐 While operators may currently be facing challenges in this arena, the momentum is building, and the next wave of monetization from various industries, such as healthcare, automotive, and agriculture, is on the horizon. With applications taking shape and device price points aligning, India is poised to embrace the full potential of 5G. How do you foresee the role of APIs in shaping the 5G ecosystem, and what opportunities do you envision for industry monetization? 🤔 #Monetization #5G #API #AI #FWA

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The future of 5G monetization is near. The journey has begun, and the next phase is set to bring about significant shifts in the industry. 📈 The focus is now turning towards APIs, which will play a pivotal role in enabling a new ecosystem and driving the emergence of innovative IoT applications. Following this, the spotlight will be on AI, machine learning, deep learning, and digital content, paving the way for plenty of exciting applications. It's fascinating to witness the rapid uptake of fixed wireless access (FWA) in India, signaling the initial steps towards 5G monetization. 🌐 While operators may currently be facing challenges in this arena, the momentum is building, and the next wave of monetization from various industries, such as healthcare, automotive, and agriculture, is on the horizon. With applications taking shape and device price points aligning, India is poised to embrace the full potential of 5G. How do you foresee the role of APIs in shaping the 5G ecosystem, and what opportunities do you envision for industry monetization? 🤔 #Monetization #5G #API #AI #FWA

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RJIO Faces a Subscriber Setback in September: Key Insights Reliance Jio experienced a significant churn in September 2024, marking a loss of 7.34 million subscribers, its steepest decline in recent months. Other key highlights from the data include: Vodafone Idea continues its subscriber loss trajectory, shedding 1.53 million users in September. Bharti Airtel held steady, with a net decline of only 1.34 million subscribers, reflecting relative stability. BSNL added 0.8 million subscribers, indicating its gradual push towards recovery. These trends are critical to understanding the shifting competitive landscape of India's telecom sector. As operators grapple with market saturation, pricing pressures, and network quality challenges, how they adapt will define their future trajectory. Let’s discuss: What could be the driving factors behind these trends? Is market saturation, competition, or customer retention strategy playing a pivotal role? Share your thoughts! #TelecomTrends #SubscriberLoss #RJIO #IndianTelecom #MarketDynamics #BhartiAirtel #VodafoneIdea #BSNL #TRAIData #ConsumerBehavior #TelecomAnalysis

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