This week’s developments highlight an industry transition from network capacity provision to intelligent service delivery. The convergence of 5G-Advanced and AI is reshaping how operators approach both network architecture and revenue generation, particularly evident in the Middle East and GCC regions where early adopters are pioneering experience-based monetisation models.
The GCC’s positioning as a global 5G-Advanced frontrunner reflects national strategies that place digital infrastructure at the centre of economic transformation. Leading operators in the region are deploying AI-RAN solutions on live commercial networks, whilst exploring dynamic network slicing and context-aware premium services. The shift from best-effort connectivity to deterministic quality represents more than a technical upgrade; it fundamentally changes the operator value proposition from selling bandwidth to delivering guaranteed service-level agreements.
Samsung and KT’s validation of AI-RAN on a live commercial network demonstrates the technology’s readiness for production environments, whilst Huawei’s concept of ‘Agents over NR’ points towards network evolution supporting the anticipated 900 billion intelligent agents by 2035. This agent-centric future demands balanced uplink and downlink capacity, moving beyond today’s downlink-focused architectures to support multimodal AI interactions, embodied intelligence in robotics, and vehicle-based AI systems.
The fundamental challenge lies in monetisation. Whilst 5G-Advanced capabilities enable new service models, operators continue to struggle with translating technical superiority into revenue growth. The technology enables premium gaming experiences, AI-assisted network slicing, and guaranteed bit rates, yet most deployments remain offered at no additional cost to users.
Private 5G investment is accelerating beyond earlier projections, with market analysts forecasting spending to exceed $7.2 billion by 2028, representing a 22 per cent compound annual growth rate. More significantly, private networks could account for a quarter of all mobile network infrastructure spending by 2030, marking a fundamental shift in how enterprises approach connectivity.
The evolution from outdoor 4G deployments to comprehensive 5G indoor solutions reflects changing enterprise requirements. Organisations are deploying remotely-operated vehicles for worker safety, AI-enabled video analytics for remote inspection, and autonomous guided vehicles requiring deterministic latency. These use cases, unique to 5G’s capabilities, are driving adoption in manufacturing, logistics, and critical infrastructure sectors.
The pattern across successful deployments is consistent: enterprises typically begin with three to five business-critical use cases, then scale rapidly once return on investment is demonstrated. Within a year, early adopters often expand to hundreds of thousands of connected devices and pursue global rollouts across multiple sites. This trajectory differs markedly from Wi-Fi adoption patterns, reflecting the mission-critical nature of 5G deployments where network outages cost hundreds of thousands of dollars per minute.
Equipment vendor strategies are diverging notably. Whilst Nokia plans to divest its enterprise campus edge integration business, focusing instead on channel partner distribution, Ericsson is pursuing an end-to-end approach with integrated radio, core, and management solutions. The vendor landscape extends far beyond traditional telecommunications suppliers, with more than 80 specialist providers now competing for private network opportunities.
European operators face mounting pressure from spectrum costs that now represent 8 per cent of recurring revenues, triple the levels from a decade ago. This burden directly impacts investment capacity at a time when Europe lags significantly in 5G standalone deployment; only 2 per cent of Europeans currently use 5G SA services, compared to 77 per cent in China and approximately 25 per cent in the United States.
The GSMA’s latest analysis suggests smarter spectrum policies could unlock up to €30 billion in potential infrastructure investment across Europe. The current approach to spectrum pricing has contributed to the investment pressures facing the sector, particularly as operators simultaneously work to close the global gap in 5G-Advanced capabilities and prepare for future 6G architectures.
Portugal’s deployment statistics illustrate both progress and persistent challenges. The country added 5,600 5G base stations in one year, representing 41 per cent growth, yet 62 per cent of installations remain concentrated in urban areas. Only 31 per cent of stations serve low-density areas, despite these regions representing more than half the country’s civil parishes. Similar patterns emerge across O2 Slovakia’s near-complete population coverage and Poland’s rapid C-band deployments, highlighting the ongoing rural-urban divide.
Open RAN adoption offers one potential path to improved economics. MasOrange reports that one-third of its 5G sites are now O-RAN-ready, representing Europe’s largest commercial deployment. The architecture promises greater vendor interoperability and cost flexibility, supported by AI-driven automation for network planning, anomaly detection, and energy optimisation.
North America continues to demonstrate global leadership in 5G adoption, with the United States achieving 99 per cent 5G penetration and the region overall reaching 95 per cent population coverage. This success story now faces new competitive pressures as Verizon’s aggressive pricing strategy raises concerns about potential industry-wide margin compression.
Verizon’s new CEO has introduced multi-line pricing reductions locked in for three years, positioning the carrier as the discount provider relative to AT&T and T-Mobile offerings. The strategy represents a notable shift from previous commitments to rebuild postpaid subscriber numbers through retention and value proposition enhancement rather than promotional activities. Analysts view the move with concern, suggesting it could trigger damaging price competition across the sector.
Meanwhile, T-Mobile continues to push 5G-Advanced capabilities, planning to launch at least half a dozen new features in 2026. The operator’s focus on enhanced uplink performance, intelligent transmitter switching, and dynamic network slicing reflects its first-mover advantage in nationwide 5G standalone deployment. RedCap functionality for IoT applications, including 5G smartwatches and asset trackers, represents a significant revenue opportunity as device ecosystems mature.
Infrastructure challenges persist alongside market growth. NXP’s exit from 5G radio power amplifier production, closing its Arizona fabrication facility, highlights supply chain concentration risks in the Western equipment ecosystem. The move eliminates diversity in LDMOS and GaN RF power semiconductor suppliers, potentially increasing dependence on Asian manufacturers.
Canadian operators continue infrastructure expansion through public-private partnerships, with Rogers deploying 332 new cell towers across eastern Ontario under a CAD 300 million programme. The initiative prioritises Indigenous community connectivity and rural coverage gaps, whilst Midco prepares for commercial mobile launch in 2026 following network testing.
Algeria’s official 5G launch marks significant progress in African telecommunications modernisation, despite persistent challenges around infrastructure costs and device affordability. The government has outlined a six-year deployment plan, with eight provinces serving as pilot zones before nationwide expansion. However, concerns remain about disproportionate urban-rural coverage and device pricing that exceeds affordability thresholds for many consumers.
MTN and ZTE’s deployment of the world’s first 5-band remote radio unit in South Africa demonstrates the potential for infrastructure innovation to address deployment challenges. The technology integrates all low and mid-band frequencies into a single compact unit, reducing tower equipment by 50 per cent, decreasing weight by 23 per cent, and achieving 42.7 per cent reduction in site power consumption. Such innovations prove particularly valuable in markets where tower space, power availability, and deployment costs constrain network expansion.
Viettel’s achievement of 90 per cent 5G coverage in Vietnam illustrates rapid deployment potential in emerging markets with supportive regulatory environments and operator commitment. The success stands in contrast to markets facing spectrum cost barriers or policy uncertainties that slow infrastructure investment.
The persistent disconnect between 5G capability deployment and service monetisation represents the industry’s most pressing strategic challenge. O2’s 5G standalone expansion across Essex exemplifies the pattern: extensive coverage rollout, faster speeds, improved signal quality, yet services offered at no additional cost to subscribers.
Deutsche Telekom’s 5G+ Gaming offering on NVIDIA GeForce NOW represents a notable exception, providing customers with a concrete service experiencing faster response times and smoother gameplay even during network congestion. However, the broader industry has yet to develop scalable monetisation models that justify the substantial infrastructure investments required for 5G-Advanced deployments.
The challenge is particularly acute given Virgin Media O2’s £700 million annual mobile network investment and similar commitments from operators worldwide. Whilst technology capabilities enable premium services, business model innovation lags behind technical advancement. Only 33 operators globally offer commercial services using network slicing, despite 90 operators having launched or soft-launched 5G standalone networks.
5G-A × AI: The Dual Engine Driving ‘Telco to Techco’ Transformation Strategic analysis of how 5G-Advanced and AI convergence enables deterministic quality services and new revenue models https://telecomreview.com/articles/reports-and-coverage/27557-5g-a-x-ai-the-dual-engine-driving-telco-to-techco-transformation/
Easy Apps, Clear ROI, Rapid Scale: Private 5G Is Going Places Ericsson’s perspective on private 5G deployment patterns, enterprise use cases, and rapid scaling from initial pilots to global rollouts https://www.rcrwireless.com/20251211/private-5g/ericsson-private-5g-clear-roi
Smarter Spectrum Policies Could Ease Europe’s Mobile Investment Needs GSMA analysis of how spectrum costs now representing 8% of recurring revenues impact European operators’ investment capacity https://www.gsma.com/newsroom/press-release/smarter-spectrum-policies-could-ease-europes-mobile-investment-needs-new-gsma-report-finds/
T-Mobile’s Network Chief Talks About 2026 5G-Advanced Plans Detailed roadmap of upcoming 5G-Advanced features including dynamic network slicing, enhanced uplink, and RedCap IoT services https://www.fierce-network.com/wireless/t-mobiles-network-chief-talks-about-2026-5g-advanced-plans
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