What happened
Singtel and Ericsson announced a renewed five‑year strategic partnership aimed at expanding Singapore’s 5G footprint and artificial‑intelligence (AI) into network operations. The agreement builds on a prior collaboration that delivered one of the world’s first nationwide 5G standalone networks and introduced network‑slicing services. A recent live‑network trial of AI‑powered radio access showed a 19 % throughput gain, demonstrating the potential of AI to optimise radio resources. Over the next five years the partners will roll out 5G Advanced, scale AI‑driven network functions, and extend programmable connectivity to sectors such as autonomous vehicles, smart manufacturing, logistics and port operations. The deal also targets higher uplink speeds (up to 250 Mbps) for newer devices, broader 5G+ coverage using 700 MHz spectrum, and AI‑enabled traffic‑prediction and energy‑efficiency tools for the core and radio networks.
The renewed agreement, announced in a joint statement by Singtel and Ericsson, extends the collaboration that began in March 2026. It outlines a roadmap for scaling 5G Advanced, which adds higher throughput, lower and more robust AI integration to the existing 5G+ network.
A live‑network trial conducted earlier this year demonstrated that AI‑driven radio access network (RAN) algorithms improved throughput by 19 % compared with conventional RAN management. The trial used machine‑learning models to predict traffic patterns and dynamically allocate spectrum, reducing congestion during peak periods.
The partnership will also push forward network slicing capabilities that allocate dedicated virtual network slices for enterprise customers. In 2025 Singtel already introduced consumer‑grade 5G+ tiers that use slicing to guarantee higher speeds in crowded venues. The new plan expands this concept to industrial use cases, such as autonomous guided vehicles at PSA Singapore’s Tuas Port and smart‑manufacturing lines in upcoming JTC developments.
Technical upgrades include support for peak uplink speeds of up to 250 Mbps on compatible devices, enabled by the deployment of 700 MHz spectrum and advanced antenna technologies. These enhancements aim to meet the growing demand for high‑definition video uploads and AI‑powered analytics that require substantial upstream bandwidth.
Source details: thefastmode.com ↗
Why it matters
AI into 5G infrastructure could reshape how mobile networks handle the surge in data‑intensive and low‑ applications. For enterprises, AI‑enhanced slicing promises dedicated, predictable bandwidth for critical workloads like autonomous‑vehicle control or real‑time video analytics, potentially lowering operational costs and improving safety. Consumers stand to benefit from faster uplink speeds that support high‑definition content creation and AI‑driven apps such as real‑time translation or generative media. Singapore’s aggressive rollout also reinforces its position as a testbed for next‑generation digital services, influencing regional telecom strategies and encouraging other operators to adopt AI‑native network management. The partnership signals a shift from static network provisioning to dynamic, self‑optimising systems, a trend that could accelerate the commercial viability of AI‑centric services worldwide.
AI integration into the radio access network represents a move toward self‑optimising infrastructure, reducing the need for manual tuning and enabling faster response to traffic spikes. This can lower operational expenditures for operators while delivering more consistent user experiences.
For sectors that rely on ultra‑low —such as autonomous logistics, industrial robotics and remote monitoring—the ability to provision dedicated, AI‑managed slices can improve safety and productivity, making Singapore an attractive location for high‑value manufacturing and logistics investments.
The partnership showcases a model where telecom operators and equipment vendors co‑develop AI capabilities, potentially setting a template for similar collaborations across Asia‑Pacific. As other markets look to upgrade from 5G to 5G Advanced, the Singtel‑Ericsson framework may become a reference architecture.
From a consumer perspective, higher uplink speeds and AI‑enhanced network reliability support emerging applications like real‑time AI‑assisted video calls, AR/VR streaming and on‑device , aligning network performance with evolving digital lifestyles.
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What to watch next
Key indicators to monitor include the commercial launch timeline for AI‑powered radio features, adoption rates of 5G Advanced services in target industries, and any regulatory adjustments that facilitate AI‑driven network automation. Watch for performance data from pilot sites such as PSA Singapore’s Tuas Port and upcoming deployments at Changi Airport Terminal 5. Competitor responses—particularly from regional operators and cloud providers—will also shape the market dynamics of AI‑enhanced connectivity.
Commercial rollout dates for AI‑powered RAN features and the scale of network slicing adoption in enterprise pilots.
Performance metrics released from the Tuas Port and Changi Airport Terminal 5 pilots, especially and reliability figures for AI‑critical workloads.
Regulatory developments from Singapore’s Infocomm Media Development Authority (IMDA) that may affect AI‑driven network automation, data privacy and spectrum allocation.
Competitive moves by regional operators (e.g., StarHub, M1) and global vendors (e.g., Nokia, Huawei) that could accelerate or challenge the adoption of AI‑native 5G services.