Last year, we announced a new subsea cable — named Grace Hopper after the computer science pioneer — that will run between the United States, the United Kingdom and Spain. The cable will improve the resilience of the Google network that underpins our consumer and enterprise products. The 16-fibre pair Google-funded cable will connect New York (United States) to Bude (United Kingdom) and Bilbao (Spain).
Today, the Grace Hopper cable has landed in Bude, Cornwall.
Many people around the world use Google products every day to stay in touch with friends and family, travel from point A to point B, find new customers or export products to new markets. As our first Google-funded cable to the U.K., Grace Hopper is part of our ongoing investment in the country, supporting users who rely on our products and customers using our tools to grow their business.
We know that technology is only becoming more important for the U.K. economy. The amount technology contributes to the U.K. economy has grown on average by 7% year on year since 2016. And U.K.-based venture capital investment is ranked third in the world, reaching a record high of $15 billion in 2020, despite the challenging conditions from the COVID-19 pandemic. What’s more, 10% of all current U.K. job vacancies are in tech roles, and the number of people employed in the tech sector has grown 40% in two years. With this in mind, improving the diversity and resilience of Google’s network is crucial to our ability to continue supporting one of the U.K.’s most vital sectors, as well as its long-term economic success.
Grace Hopper represents a new generation of trans-Atlantic cable coming to the U.K. shores and is one of the first new cables to connect the U.S. and the U.K. since 2003. Moreover, with the ongoing pandemic fostering a new digital normal, Google-funded subsea cables allow us to plan and prepare for the future capacity needs of our customers, no matter where they are in the world. Grace Hopper will connect the U.K. to help meet the rapidly growing demand for high-bandwidth connectivity and services.