DE-CIX Expands Gateway Connections Across Europe and Middle East
New infrastructure links Sofia, Istanbul, and Frankfurt to boost regional internet backbone resilience.
Updated on Oct. 27, 2026 in Data Centers
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DE-CIX has launched a new three-route gateway system connecting Central Europe with the Middle East and Southeast Europe. The expansion provides enhanced backbone connectivity between hubs in Frankfurt, Sofia, and Istanbul to improve network stability.
Why it matters
The new infrastructure provides critical route diversity as operators look to navigate geopolitical uncertainty and potential service disruptions. By establishing non-overlapping pathways, the system ensures more reliable connectivity for networks across the region.
The new backbone routes achieve latency speeds of under 35 milliseconds from Sofia to Frankfurt and under 50 milliseconds from Athens to Frankfurt. These paths support existing traffic volumes reaching 20 Tbit/s at the DE-CIX Frankfurt hub.
The players
DE-CIX
An operator of internet exchange points that has provided network connectivity in the Middle East and Türkiye for over a decade.
BIX.BG
A Bulgarian internet exchange point based in Sofia that serves as a central hub for regional network connections.
The details
The routes utilize geo-redundancy to allow operators to shift traffic between terrestrial and subsea lines if congestion occurs. This integration connects 136 networks in Sofia, 70 in Istanbul, and nearly 1,100 at the Frankfurt hub.
Timeline
The new infrastructure connectivity was confirmed as of October 26, 2026.
The Tech Race
This development marks a shift toward decentralized, redundant internet architecture as providers compete to offer the most resilient global backbones. It replaces reliance on single-route infrastructure with interconnected gateways that define the modern competition for data speed.
Enhanced backbone stability reduces the risk of connectivity drops for users accessing services hosted across these European and Middle Eastern regions. By redirecting traffic during congestion, these updates help maintain consistent speeds for digital communications and data services.
The takeaway
Network operators are increasingly prioritizing geo-redundant routing to mitigate risks associated with regional infrastructure instability. Implementing diverse physical paths is becoming a standard practice for maintaining uptime in an era of global geopolitical tension.
Further reading
For more on the evolution of internet infrastructure, visit the Data Centers section.
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