Netrouting and AFIBER Launch 400G Backbone Enhancing Dutch Data Connectivity

Netrouting and AFIBER have successfully activated a 400-gigabit backbone connection between The Hague and Amsterdam, significantly boosting data transfer capabilities for clients of Netrouting and Data Facilities Data Centers in the Netherlands. This development offers enhanced connectivity, reduced latency, and increased bandwidth for businesses operating within these regions.

The newly established redundant backbone link connects DFDC’s facilities in The Hague to major data hubs in Amsterdam, including Equinix AM7 and Nikhef. This strategic infrastructure upgrade ensures that clients benefit from high-speed, reliable connections essential for mission-critical applications. The collaboration between Netrouting and AFIBER underscores a commitment to providing robust and scalable network solutions tailored to the evolving needs of businesses in the digital era.

AFIBER, an independent provider specializing in fiber-optic networks for large enterprises and IT service providers, has been instrumental in designing, delivering, and managing high-quality connections across the Netherlands. Their expertise encompasses linking branches, data centers, cloud providers, and various network and IT service providers. By leveraging their extensive fiber-optic network, AFIBER offers comprehensive coverage throughout the country, connecting key data centers and regional networks to facilitate seamless data flow.

Netrouting, known for its secure hosting solutions—including dedicated servers, cloud hosting, and colocation services—operates carrier-neutral data centers in multiple locations. Their facility in The Hague boasts diverse fiber paths with 100G to 400G wavelength connectivity to pivotal sites such as Amsterdam’s Equinix AM7 and Nikhef, as well as Rotterdam’s SmartDC and Bytesnet. This extensive network infrastructure enables Netrouting to deliver high-performance services to a diverse clientele, ensuring optimal data transfer rates and minimal latency.

The activation of the 400G backbone is timely, aligning with the broader trends observed in the European data center landscape. According to recent research by CBRE Group, Europe is poised to witness a record level of new data center capacity in 2025, driven by the expansion of artificial intelligence and cloud computing activities. The anticipated addition of data centers accounting for 937 megawatts of power demand reflects a 43% increase from the previous year, highlighting the escalating demand for robust data infrastructure.

Amsterdam, as one of Europe’s leading data center markets, continues to attract significant investments. The city’s strategic location, advanced infrastructure, and commitment to sustainability make it a preferred hub for data center operations. The collaboration between Netrouting and AFIBER, resulting in the 400G backbone, not only enhances the connectivity landscape within the Netherlands but also positions the region to effectively meet the growing data demands of businesses and consumers alike.

This infrastructure enhancement is particularly crucial as companies increasingly rely on data-intensive applications and services. The need for high-speed, reliable connections has never been more pronounced, especially with the proliferation of technologies such as artificial intelligence, machine learning, and big data analytics. By proactively upgrading their network capabilities, Netrouting and AFIBER are ensuring that their clients are well-equipped to navigate the complexities of the modern digital ecosystem.

In addition to bolstering data transfer speeds and reliability, the 400G backbone offers scalability to accommodate future growth. As businesses expand and their data requirements increase, the infrastructure is designed to seamlessly scale, providing sustained performance without compromising on quality. This forward-thinking approach reflects a deep understanding of the dynamic nature of the technology landscape and a commitment to delivering solutions that are both innovative and resilient.