DCspine

Data and workloads are increasingly spread across multiple data centers and cloud environments. At the same time, demands for availability, performance, and control are increasing. DCspine is the private, physical fiber optic architecture that connects data centers and clouds directly, redundantly, and predictably. Not via a shared network or virtual overlay, but via physically separate fiber optic routes. This gives you maximum control over performance, availability, and architecture.
What is DCspine?
DCspine is Eurofiber’s private fiber optic structure for data center and cloud connectivity at Layer 2 level. The infrastructure forms a solid, robust basis for hybrid and multicloud architectures in which low latency, predictable behavior, and high availability are essential.
Traditionally, connecting data centers takes time: physical presence, coordination with multiple parties, and lead times that can range from 6 to 16 weeks. DCspine breaks this model. The physical infrastructure is ready in advance in connected data centers. This allows you to quickly establish connections without compromising on design, separation, or control. And all this can be done easily via an online portal.
Direct access to the public cloud
You can also establish secure and flexible connections to public clouds. With Eurofiber Cloud Connect, you can set up direct, private connections to the largest Cloud Service Providers, such as Microsoft Azure, Amazon Web Services, and Google Cloud Platform. Via a closed private network, completely separate from the public internet, you have access to dedicated bandwidth and guaranteed performance. This allows you to combine the flexibility of the public cloud with maximum control and security.
When is DCspine the right solution?
DCspine is ideal when you are looking for flexibility.
- Connecting multiple data centers for >99.9% availability
- Temporary extra bandwidth for migrations or backups
- Distribute workloads across multiple data centers and clouds
- Deploying hybrid or multicloud architectures
- Maximum control without vendor lock-in
How does DCspine work in practice?
Traditional data center connectivity makes you dependent on schedules, installers, and lead times. You have no control over the speed. With DCspine, things work differently. DCspine connects data centers via a pre-designed private fiber optic structure. Connection points are available in connected data centers, which you can connect to directly. You can request a port or connection yourself via the portal, receive a Letter of Authorization (LOA), and decide for yourself when to connect to the data center.
The main advantages of DCspine
Built-in redundancy
Redundancy is part of the design. DCspine works with physically separate fiber optic routes and prevents single points of failure. Failover is therefore not an add-on, but standard.Speed through preparation
The infrastructure is ready in advance in connected data centers. In combination with the portal, you can activate connections without weeks of waiting time.Complete control
You decide when to connect, what capacity to use, and how to design your architecture, without depending on shared networks.Predictable performance
DCspine operates at the infrastructure level (Layer 2) with fixed, physical routes. This ensures low latency and stable, predictable behavior.Flexible deployment
Suitable for temporary and permanent connections. You can tailor capacity and duration to your usage, without hardware changes.Vendor-neutral
Free choice of data centers, cloud providers, and IT partners. No vendor lock-in, but maximum flexibility.The role of Eurofiber
Eurofiber is your infrastructure partner throughout the entire DCspine lifecycle.
We provide support in the following areas:
- Architectural design and advice
- Connection of data centers
- Redundancy and route diversity on private fiber optics
- Delivery and complete documentation
- 24/7 monitoring and SLAs
This is how we ensure that DCspine meets your availability and compliance requirements.
Frequently asked questions about DCspine
The infrastructure is already in place in connected data centers. After requesting a port or connection via the portal, you will receive a Letter of Authorization (LOA), which often allows you to connect on the same day. You determine the pace yourself.




