Equinix, Inc. has announced it is working with Eastern Light for its new international fiber optic cable route in northern Europe. The new cable system is non-amplified and designed to let customers use their own equipment on their own dark fiber and will go from Sweden (Stockholm) to Finland (Hanko, Helsinki and Kotka). Along this route the cable will terminate in two Equinix International Business Exchange (IBX®) data centers — HE6 in Helsinki and SK2 in Stockholm — which are key interconnection points for the Nordics and help facilitate the flow of global internet traffic in and out of the region.

As global enterprises look to capitalize on the business opportunity in the Nordics, they are finding that they also require more capacity to run IT operations including cloud-based applications and Internet of Things (IoT) deployments. By connecting to Equinix data centers, Eastern Light and its dark fiber customers can leverage Equinix's mature business ecosystems and interconnection platform — Platform Equinix™ — which provides unparalleled access to the markets and ecosystems that drive digital business worldwide.

The private Stockholm-based company Eastern Light is in the process of building a series of new international fiber optic cable routes in northern Europe, with a focus on selling dark fiber to operators as well as other customers with special requirements for controlling their own infrastructure. Eastern Light's main supplier of its sea cable system is NSW (Norddeutsche Seekabelwerke GmbH) and the system has been optimized to feature Ciena's GeoMesh solutions as part of its dark fiber offering. The Sweden–Finland portion of the cable is scheduled for completion in autumn 2017.

The Eastern Light cable combines the cable landing station and interconnection hub into a single solution at Equinix's Helsinki and Stockholm data centers, eliminating the need for a beach cable landing station. This reduces cost, complexity and points of failure, and enables Eastern Light's customers to scale its bandwidth using advanced networking technologies like SDN.

"We see a huge potential in connecting our system to Equinix' data centers. Eastern Light's focus is to build and provide efficient long-haul dark fiber routes in the Nordic region, and the new link between Equinix' HE6 and SK2 data centers will be considerably more direct and cost-effective than existing routes.

We have also made it our mission to make it as simple and reliable as possible for our customers to light up their own dark fibers by working closely with Ciena throughout the network planning phase. This ensured that we can provide accurate capacity statements and network optimization when bundled with a turnkey solution from Ciena," said Svante Jurnell, CEO and founder, Eastern Light.

According to the European Commission's Digital Economy and Society Index (DESI) 2017, Denmark (1), Finland (2), Sweden (3) and the Netherlands (4) have the most advanced digital economies in the EU. The index also states that, "access to fast broadband-enabled services is a necessary condition for competitiveness." DESI is a composite index that summarizes relevant indicators on Europe's digital performance and tracks the evolution of EU member states in digital competitiveness.

Equinix's Stockholm and Helsinki data centers anchor Equinix's global interconnection platform in the Nordics to businesses that increasingly require interconnection at the digital edge. When subsea cable systems are linked to cloud and content ecosystems inside Equinix, users can access a variety of scalable cloud services almost anywhere they need to be. And because Equinix is carrier-neutral, subsea system operators can offer excess network capacity to customers who otherwise couldn't as quickly or efficiently reach the markets being served by new subsea architectures.

During Equinix's recent Q1 2017 earnings call, the company announced that it is maintaining significant momentum as the interconnection partner for new submarine cable projects globally, including recently winning its fifteenth project.