Google's Game-Changer: New Undersea Cable to Connect Florida and Spain!

Google announces a new undersea cable, Sol, connecting Palm Coast, Florida, to Spain, enhancing transatlantic internet infrastructure.
Google announces a new undersea cable, Sol, connecting Palm Coast, Florida, to Spain, enhancing transatlantic internet infrastructure. (Symbolbild/MF)

Palm Coast, Florida, USA - On July 13, 2025, Google made headlines by announcing a groundbreaking project that aims to strengthen transatlantic connectivity. The tech giant has set its sights on constructing a new undersea cable system, named „Sol,“ which will connect Palm Coast, Florida, to Santander on the northern coast of Spain. This ambitious project, which crosses Bermuda and the Azores, is designed to meet the surging demand for AI and cloud computing services. Brian Quigley, Google’s Vice President for Global Network Infrastructure at Google Cloud, emphasized that the cable will be manufactured right here in the USA.

The direct distance between Florida and Spain might be 6,840 kilometers, but don’t let that number fool you — the actual route will stretch longer due to the inclusion of islands and a northern detour. As Quigley pointed out, this initiative is a response to ever-growing customer demands for data services that necessitate robust infrastructure. Following the completion of this venture, Sol will stand out as the sole operational fiber-optic cable connecting Florida and Europe.

Building Connections

The collaboration with digital infrastructure provider DC Blox to lay the cable marks an important step in establishing a new connectivity hub in Palm Coast. Additionally, a terrestrial route will be developed to connect Palm Coast with Google’s cloud region in South Carolina, amplifying the network’s reach and reliability. What’s more, the Sol cable is expected to interconnect with Google’s upcoming Nuvem cable, which is also under construction. This cable will link Myrtle Beach, South Carolina, to Sines, Portugal, making use of the same Bermuda and Azores pathway.

Google’s commitment to building such extensive infrastructure resonates with the overarching goal of enhancing network capacity and reliability across 42 cloud regions worldwide. As stated in Submarine Networks, the Sol and Nuvem cables will significantly improve transatlantic resiliency, answering the increasing need for high-speed data transmission.

Significance and Future Prospects

In Spain, Google will collaborate with Telxius, a telecommunications provider, to ensure the necessary infrastructure for the cable is firmly in place. This partnership is particularly relevant, as it alleviates concerns about redundancy linked to the Nuvem cable, highlighting a proactive strategy to bolster connectivity between the USA and the Iberian Peninsula.

While the pricing details of this multi-billion-dollar project remain under wraps, its scale and ambition are evident. With plans for the cable operations to commence in 2027, there’s a palpable sense of anticipation among industry insiders and customers alike.

Reflecting on Google’s broader initiatives, it’s worth noting that the company is already involved in 13 undersea cables globally, having laid its roots firmly in global internet infrastructure (Google Watch Blog describes this expansive reach). With the „Dunant“ cable linking the USA to France and offering up to 250 terabits per second of bandwidth, Google’s influence in connectivity plays a critical role in shaping the future of digital communication.

The road ahead looks bright for the Sol cable and its associated networks, marking a significant chapter in enhancing connectivity across continents. Who knows what exciting innovations will emerge as these cables come online!

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Ort Palm Coast, Florida, USA
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