Seaborn Selects C+L Band Design for ARBR to Serve the Needs of the ICP Community


ALLEN, Texas and DALLAS, May 01, 2018 (GLOBE NEWSWIRE) -- Xtera®, the system supplier for the ARBR project, announces today that Seaborn Networks (“Seaborn”), a leading developer-owner-operator of submarine fiber optic cable systems, has selected its C+L band design for the system between São Paulo and Buenos Aires.  ARBR utilizes the advanced technology of Xtera in order to meet the growing capacity requirements of Internet Content Providers on this crucial route. The ARBR system will allow for direct onward connectivity to New York, via Seaborn’s Seabras-1 system, thereby providing a lower latency route between the commercial and financial centers of Buenos Aires, São Paulo, and New York.    

Xtera’s proven wideband repeater is a hybrid Raman / EDFA design and can be configured to provide bandwidth in the C band alone, or across the C+L bands. First deployed in 2015, Xtera’s addition of Raman amplification to standard repeater technology has been used to achieve bandwidths of approximately 70 nm, while also offering very low noise solutions. Development continues to increase the capacity on a fibre pair to well over 100Tbit/s, further demonstrating that high capacity solutions do not have to mean large and costly fibre count systems.

“We work constantly with our partners and customers in this dynamic Latin American market to develop subsea cable systems that meet their future bandwidth demands,” says Larry Schwartz, Chairman & CEO of Seaborn.  “Use of Xtera’s technology on the ARBR system will allow Seaborn to offer the most advanced system under the sea with on-demand capacities of up to 44Tbit/s per fiber pair. Disruptive innovation like this resonates with our content provider customers and positions us to respond to their needs well into the future.”

Leigh Frame, Xtera’s COO, adds, “We are pleased to be able to offer a system solution that sidesteps the Shannon limit, matching Seaborn’s efforts to challenge the conventions of the industry, offering more to their customers and accomplishing this at a highly competitive price point.  The combination of EDFA and Raman amplification allows us to provide C+L today, and Xtera is already innovating for what is beyond.  We will continue to develop our products to stay ahead of market trends and help shape customer requirements, both commercially and technologically.”

The ARBR cable is fully funded and on an accelerated implementation schedule to bring valuable new capacity on an underserved route, providing important new connectivity to this region. Visit www.seabornnetworks.com/systems/arbr/ for more information.

About Xtera®
Xtera is an innovative provider of subsea telecoms technology.  The company supplies both un-repeatered and repeatered systems, using its high performance optical amplifiers to deliver traffic directly inland to cities.  Xtera creates novel solutions that are suited for each individual customer whether that be provision of a system, an open architecture design or supply of a particular product or service.  We aim to challenge the norm and to provide more reliable and higher quality products over new and existing routes. Xtera is a flexible supplier who works with a variety of partners to create the best solution for each project and every customer.  For more information please visit www.xtera.com or contact info@xtera.com.

About Seaborn Networks
Seaborn Networks is a leading developer-owner-operator of submarine fiber optic cable systems, including Seabras-1 between São Paulo – New York, ARBR between São Paulo – Buenos Aires (RFS H1 2019) and SABR between Brazil – Cape Town, South Africa (RFS H1 2020). Seabras-1 is the only direct POP-to- POP network between São Paulo and New York. For more information, please visit www.seabornnetworks.com.

Media Contacts:

iMiller Public Relations for Xtera
+1 866.307.2510
Xtera@imillerpr.com

Kate Wilson, Media Manager
Seaborn Networks
kate.wilson@seabornnetworks.com

A photo accompanying this announcement is available at http://resource.globenewswire.com/Resource/Download/21c4006a-5b0b-4c58-8e5d-b1e1d836e31c

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