EXA Infrastructure: Pioneering Europe’s Largest G.652D Overbuild Program
At EXA Infrastructure, we are proud to be delivering one of the most ambitious fibre enhancement programs in Europe. With an average of 200 cores of fibre per cable, EXA Infrastructure has committed to deploying over 2 million kilometers of new optical fibre.
The future of data center interconnect in the spotlight at ITW 2025
Ahead of a panel session at ITW 2025, we look at some key trends, challenges, and opportunities in the fast-evolving world of data center interconnect (DCI).
Navigating the AI Boom: How EXA Infrastructure’s Network Empowers Government Transformation
AI is transforming businesses and governments alike. From healthcare to defense, AI drives smarter decisions, improves services, and enhances public safety.
Robust, low-latency network infrastructure for Gaming in emerging hubs
EXA Infrastructure is at the heart of this transformation, delivering high-performance, low-latency networks essential for seamless gaming experiences. Read more about how we’re powering the future of gaming.
The Future of Subsea Cables: Resilience, Security & Global Connectivity
Steve Roberts from EXA Infrastructure discusses the resilience, security, and redundancy of today's subsea cables.
EXA Infrastructure: The Gateway to the Mediterranean
Over the last decade, the Mediterranean region has emerged as a strategic hub for global telecommunications, attracting a growing number of subsea cable systems.
Navigating the Cloud: The Crucial Role of Scalable Network Infrastructure in Tech Success
In today's cloud-centric and application-focused environment, high capacity and scalability have become key factors to success - even more so when considering the substantial size of data sets needing to be transported and processed, which range from hundreds of Gigabits to Terabits.
Unleashing the Power of G.652D Dark Fibres: EXA Infrastructure's Vision for a Future-Proof Network
EXA Infrastructure's Senior Director Network Investments, Thomas Fabre delves into the intricacies of the Shannon Limit and why the use of high-performing G.652D dark fibres is imperative in European telecom networks.