Nokia Empowers Asia-Pacific Operators Through Next-Generation Fixed Broadband Innovations

Key Highlights

• Nokia is deepening strategic collaborations with key APAC operators, including Globe, J:COM, Surge, and Singtel, to deploy programmable APIs, next-generation fiber, and quantum-safe infrastructure.
• Powered by custom Quillion silicon and Lightspan platforms, Nokia enables CSPs to scale seamlessly from 10G to 25G and 50G PON on a single chassis, eliminating the need for expensive physical plant overhauls.
• Nokia counters major global rivals like Huawei and ZTE by leveraging trusted security credentials, national sovereignty compliance, and end-to-end portfolio integration spanning fiber, IP routing, and edge automation.
• Through lower total cost of ownership, automated bandwidth allocation, and flexible hybrid access, Nokia provides tier-one operators with a future-proof roadmap to monetize enterprise cloud, mobile transport, and AI-driven workloads.

The News

The recent Nokia Fixed Networks Industry Analyst Event in Yokohama highlighted Nokia’s strategy and technological advancements in next-generation optical, fiber, and broadband access solutions aimed at scaling ultra-high-speed network infrastructure across the Asia-Pacific region and globally.

Analyst Take

Nokia maintains strategic public collaborations across Southeast Asia and East Asia, leveraging its broadband and cloud infrastructure to address specific growth and operational needs for each communications service provider (CSP). During the Nokia Fixed Networks Industry Analyst Event in Yokohama, leading Asia-Pacific operators, including J:COM, Globe Telecom, Surge, and SingTel, showcased how their strategic partnerships with Nokia are accelerating the deployment of fixed broadband innovation across the region.

Transforming APAC Connectivity: How Nokia Partners with Globe, J:COM, Surge, and Singtel to Drive Broadband Innovation

In the Philippines, Globe outlined how it is rethinking broadband delivery to serve the diverse needs of a geographically fragmented market spanning thousands of islands and communities. Working with Nokia, Globe is combining fiber, prepaid broadband, wireless access and satellite connectivity to match the right technology with the right customer while extending service to both urban and underserved areas. The operator emphasized its focus on simplifying the customer experience through digital-first engagement, AI-powered service tools and innovative distribution models that make broadband easier to purchase, activate and support. Looking ahead, Globe sees AI playing an increasingly important role across customer care, network operations and sales enablement as it evolves from a connectivity provider toward a more intelligent, adaptive broadband model designed to improve service quality and customer outcomes.

In Japan, J:COM spotlighted its collaboration with Nokia to advance its fixed broadband access strategy. By leveraging Nokia’s access technologies, J:COM is enhancing network capacity and operational efficiency while flexibly evolving its HFC and FTTH networks. This approach enables J:COM to meet growing bandwidth demand and deliver high-speed broadband services tailored to regional network conditions and customer needs.

In Indonesia, Surge is working with Nokia to address one of the region’s largest digital inclusion challenges by expanding affordable broadband access to millions of underserved households. Built on an 8,000+ km railway fiber backbone and a dual-access strategy combining FTTH and 5G fixed wireless access (FWA), Surge is using Nokia technology to accelerate deployment, extend reach and support Indonesia’s emerging AI-driven digital economy. The company highlighted its ability to connect previously unserved communities through a community-powered infrastructure model, while offering broadband services at price points designed for mass-market adoption. Looking ahead, Surge sees its expanding national fiber and subsea network as the foundation for AI-era connectivity, supporting future growth in consumer AI services, enterprise applications, and increasingly automated network operations.

In Singapore, Singtel partnered with Nokia to modernize its fixed broadband infrastructure, enhance customer experience and advance towards autonomous networks. Through its network transformation program (Project SWIFT), Singtel consolidates infrastructure across IP, optical and fixed access while accelerating XGS-PON deployment to support next-generation broadband services. The partnership extends into the home through Nokia’s Corteca platform, enabling Broadband Forum open-standard TR-369 Wi-Fi management across multiple vendors’ devices to simplify operations, improve troubleshooting and significantly reduce Wi-Fi-related customer calls. Looking ahead, Singtel highlighted 25G PON opportunities for premium consumer and enterprise services, alongside an AI Ops roadmap progressing from AI-assisted incident resolution to closed-loop remediation, predictive prevention and intent-driven autonomous operations to strengthen network resilience and improve customer experience.

Future-Proofing Fiber and Streamlining Operations: How Nokia’s Fixed Broadband Strategy Drives Multi-Gigabit Innovation

From our perspective, Nokia’s fixed broadband portfolio has delivered ecosystem-wide innovation by advancing high-capacity passive optical network (PON) technologies that scale from 10G to 25G and 50G PON on a unified chassis architecture. By leveraging custom Lightspan hardware platforms, Nokia enables service providers to overlay multi-gigabit consumer and high-bandwidth enterprise services onto existing fiber infrastructure without requiring costly physical plant overhauls. Beyond raw throughput enhancements, the portfolio incorporates intelligent cloud-native software and network automation capabilities that optimize dynamic bandwidth allocation and reduce operational complexity across dense fiber footprints.

Moreover, Nokia’s integration of Wi-Fi 6E/7 home gateways ensures consistent, low-latency performance from the optical line terminal directly to end-user devices. This holistic focus on multi-PON coexistence, energy-efficient silicon, and edge automation positions operators to monetise emerging use cases, including enterprise cloud connectivity, 5G mobile transport, and real-time AI workloads. As a result, Nokia’s innovations provide telecommunications operators with a future-proof, sustainable road map to scale network capacity ahead of surging global data demands.

Nokia’s Edge in Global Fixed Broadband: How Portfolio Breadth and Fiber Innovation Counter Industry Rivals

From our viewpoint, Nokia faces competition in the global fixed broadband market from major telecommunications infrastructure providers, including Huawei, ZTE, Ciena, and Calix. While China-based rivals Huawei and ZTE maintain significant market share through aggressive pricing and extensive global footprints, Nokia counters them in key markets by leveraging trusted security postures, compliance with national sovereignty mandates, and advanced fiber innovation. A core driver of Nokia’s competitive advantage is its Quillion chipset, which powers its Lightspan optical line terminals (OLTs) to support multi-PON coexistence, enabling operators to flexibly scale from 10G to 25G and 50G PON on a single physical platform.

Additionally, Nokia’s comprehensive portfolio integrates high-capacity optical transport, IP routing, and cloud-native software automation, offering service providers an end-to-end operational framework that access vendors with more limited portfolios are hard-pressed to counter. With a flexible approach to fiber access, Nokia enables global operators to maximize their return on investment across diverse suburban, urban, and rural demographics. Consequently, Nokia’s emphasis on hardware efficiency, open-access architecture, and supply-chain reliability solidifies its position as a preferred partner for tier-one operators undertaking long-term fiber modernization.

Looking Ahead

We believe that Nokia’s fixed broadband proposition delivers a compelling combination of operational efficiency and future-proof capacity by enabling CSPs to scale seamlessly from 10G to 25G and 50G PON on a unified chassis architecture. Powered by its proprietary Quillion silicon and integrated software automation, Nokia enables operators to overlay high-margin enterprise and multi-gigabit consumer services onto existing fiber plants without incurring costly physical infrastructure overhauls. CSPs evaluating next-generation broadband strategies should prioritize Nokia for its proven ability to lower total cost of ownership, simplify multi-PON coexistence, and maintain trusted, sovereign-compliant supply chains across global markets.