Overview
The Antwerp campus is co-located with one of Nokia's main R&D sites, inherited from Alcatel and Alcatel-Lucent following the 2016 Nokia-Alcatel-Lucent merger. It hosts Nokia's Fixed Networks headquarters, a major IP and Cloud R&D department, and the Bell Labs research arm working on medium and longer-term fundamental research. Belgian Bell Labs researchers have published widely on passive optical networks, fixed wireless access, and time-sensitive networking.
Research activities span two principal axes. The first is converged access technologies, including optical and wireless physical layers, signal processing and algorithms, hardware platforms, and network architectures and protocols. The second is software and systems, encompassing federated stream processing, Web3 software systems, privacy-enabling technologies, AI-driven software development tools, and AI network automation.
Bell Labs Belgium maintains long-standing research partnerships with imec and KU Leuven, and contributes to European Horizon programs alongside academic and industrial partners across the continent. The Belgian footprint sits inside a broader Nokia presence in the country that traces back to ITT, Bell Telephone Manufacturing Company, and Alcatel, and that has long anchored Belgian telecom R&D in Antwerp and Gent.
Leadership & org chart
In the news
- Global network traffic is projected to nearly quadruple over the next decade, but this growth won’t just come from video and social media. Nearly half of all traffic in 2035 will be driven by AI. 🌐 Volume is only half the story. The real transformation lies in how this AI traffic will behave. Agentic AI and physical AI are rewriting traditional traffic rules. These AI services will drive unprecedented uplink demand, shift processing closer to the edge, and require near-instantaneous responses from the network. What does this mean
- What happens when technology innovation meets deep customer understanding? Together with Elisa we’re turning the potential of AI into practical, real-world value through co-innovation. From exploring AI-RAN and new AI-enabled services to hands-on AI education and new communication experiences such as IMS Data Channel, our collaboration shows what’s possible when we innovate together. Watch the full video to see how Nokia and Elisa are bringing AI innovation closer to customers and creating new opportunities for the future:
- Last chance to join us virtually. ⏰ The Brooklyn AI-Native & 6G Summit is happening Nov 4–5, bringing together 60+ visionaries to explore how the AI supercycle is reshaping networks and what comes next for connectivity. Join Nokia and NYU WIRELESS for two days of conversations around AI-native networks and the road to 6G. 🎟️ Register now: https://bit.ly/4i5ZJJ7 #AI #AINative #Telecom #Networking #6G #BrooklynAI6GS #Nokia #NYUWireless
- Catch up on our AI Traffic video series, covering the new demands created by generative, agentic and physical AI. Watch the full playlist here 👉 https://lnkd.in/e5HJEj7k Then stay tuned for the 2026 Global Network Traffic Report, exploring how traffic is changing in both volume and character, and what that means for the networks of the future. Stay tuned and follow Nokia for the 2026 report coming soon. #AI #NetworkTraffic
- The Brooklyn AI-Native 6G Summit opens on November 4 with perspectives from leaders at Nokia, NVIDIA, New York University and Stanford University. 📌 Welcome Address – 13 Years of the Brooklyn Summit Sundeep Rangan, Director, NYU WIRELESS Juan J. de Pablo, EVP, Global Science & Tech, NYU; Executive Dean, NYU Tandon School of Engineering Pallavi Mahajan, Chief Technology and AI Officer, Nokia Joe Madden, Founder, Mobile Experts 📌 Keynote – AI Infrastructure: What to Learn from SDN Nick McKeown, Scientist and Professor Emeritus
- AI-RAN is opening up new possibilities for mobile networks. In this interview with Capacity, Nokia’s Pallavi Mahajan explores what this shift means for the future of RAN and the evolution of telecoms. Watch the full conversation ⬇️
- One year ago, Nokia and NVIDIA set out to reshape what’s possible for mobile networks with AI. Today, that vision is moving closer to commercial reality. In just 12 months, we’ve taken major steps forward: introducing our commercial AI-RAN platform; demonstrating AI-RAN in a live 5G environment with Elisa; achieving typical 10–15% uplink throughput improvements in initial lab measurements with Deutsche Telekom using AI-based channel estimation; progressing towards live-network trials with BT and Orange; and, most recently,
- NVIDIA and Nokia on the future of the RAN. 📡 At #GTCBerlin, Saf Malik spoke to NVIDIA’s Ronnie Vasishta and Nokia’s Pallavi Mahajan about the rapid rise of AI-RAN and what it means for telecoms. Full interview 👇 #AIRAN #Telecoms #NVIDIA #Nokia
Alumni 12 went on to found or lead
Angelo SantoroDeputy Director BE Network Management Unit→CEO & Founder at Energis
Ann DemarcheAccount Manager→Co-Founder & COO at CommuniThings at CommuniThings - where Things and People meet
Geert PeuterTeam leader for Hardware Platforms→CEO at Caeleste
Karsten VerhaegenBusiness Development Director DSL CPE→CEO at SENTEA Fiber Optic Sensing
Marc BenmeridjaPurchasing Manager→Founder Chairman at GIS International- PMartin BraemR&D Director Appglide Video analytics→Chief Operating Officer at Klarrio
- PNathaniel Van ParijsSales Development Manager - Northern Europe→Digital Signage Expert | Managing director - Founder at Kimeru
Philippe PloegaertSystem Integration/Development→Chief Technology Officer at enperas
Raphael BenedetSystem Engineer→Co-Founder, R&D Lead Architect at Netaxis Solutions
Rudy Van DuppenDirector Wireless Licensing Programs→CEO at Goer Dynamics BV
Sabri SkhiriR&D Project leader→Chief Technology Officer at Euranova- PThierry DelmotAnalog and mixed-signal ASIC design project leader→Director IC design and founder at nSilition
The full Nokia Bell Labs Antwerp mafia →
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