Summary
- Express Capacity offers 100G and 400G optical transport services on selected prepared routes.
- Initial hubs include London, Paris, Amsterdam, Frankfurt, Marseille, and Milan.
- Vodafone targets activation within 15 days where standard provisioning conditions are met; service begins in November.
Vodafone Carrier Services has launched an ordering service for high-capacity optical transport links between selected European digital infrastructure hubs, using network routes that have already been provisioned. Express Capacity will offer 100G and 400G connections, with first activations scheduled to become available in November 2026.
The initial footprint includes London, Paris, Amsterdam, Frankfurt, Marseille, and Milan. These markets contain substantial concentrations of carriers, cloud infrastructure, and data centres. Vodafone says the prepared routes run between carrier-neutral facilities, giving customers a means to extend links between locations without beginning every order with a new bespoke network build.
The company is targeting delivery in up to 15 days for eligible services, subject to standard provisioning and testing. Orders are already being accepted, but service activation does not begin until November. Custom configurations and customer-specific needs will be assessed separately; the announced timescale is therefore a conditional delivery target rather than a blanket contractual guarantee.
What pre-provisioning changes
Traditional long-distance transport orders may require engineering surveys, capacity assignment, equipment configuration, cross-connect coordination, and acceptance testing. Some tasks can be shortened when the optical path and spare network resources are already prepared. Vodafone’s approach is designed to move an order towards configuration and testing rather than waiting for a new route to be established.
A data centre operator bringing a second location into service may need a new transport circuit to a customer, cloud region or disaster recovery site. A transport connection can be a gating component of a customer’s deployment even when compute and facility space are otherwise available. Faster access to bandwidth, however, cannot replace construction, electrical connection, or service commissioning required at the destination facility.
A 400G link denotes nominal line-side bandwidth, not an assurance that a particular application will achieve that rate. Usable service performance also depends on protocol overhead, network equipment, routing, congestion, customer handoffs, and any service controls. The publication of supported line rates alone does not establish end-to-end latency, diversity, or uptime performance.
Vodafone says its initial network footprint also connects to key subsea cable landing systems, including Apollo, Amitié, Europe India Gateway, and SEA-ME-WE 5. International cable access can create options for onward connectivity, but route resilience must be evaluated with the specific landing stations and physical paths used by an individual service in mind.
Provisioning and resilience are separate engineering tests
Express Capacity is built on Vodafone’s existing European backbone and lit routes. Customers may still need cross-connects, equipment and network configurations at each end. The availability of a route in the carrier’s network does not imply that every building in the six named cities can obtain a 400G service within the same interval.
Vodafone is developing automation for ordering, configuration, and test processes as part of a wider shift towards more programmable network services. Its announcement does not quantify how much of the process is currently automated, the number of customer orders accepted, or measured median delivery times for the new product.
Operators evaluating the service will need to establish the exact address-to-address route, handoff requirements, service-level terms, implementation tasks, and evidence of physical diversity if a second path is required. These details are critical when the transport link supports applications that must continue operating after a fibre cut or equipment fault.
The physical corridor between two markets can include several distinct facilities and network operators. Transport availability on a backbone route is only one requirement; an organisation must still have a suitable interface at its selected data centre and sufficient local access capacity. Network engineering and commercial teams will need to establish whether the advertised route connects the actual pair of sites involved, rather than assuming city-level coverage means building-level availability.
Vodafone plans to add routes and locations after the initial launch. The expansion timetable and customer-specific capacity commitments have not been made public. The initial service covers selected pre-lit corridors rather than every address in the six named cities, and does not add newly commissioned fibre or data centre power capacity.
