ADVA FSP 3000 and Corning LEAF fiber to drive new efficiencies
ADVA Optical Networking and Corning Incorporated this week will demonstrate a 100G solution for the metro environment. The joint demonstration, to be showcased at this year’sOptical Fiber Communication/National Fiber Optic Engineers Conference in Los Angeles, profiles the lowest cost-per-bit 100G transmission available today over a distance of 125 km without inline amplification or passive dispersion compensation. This represents an increase in reach of about 85 km, operating with standard single-mode fiber. Built on the ADVA FSP 3000 and Corning LEAF fiber, the demonstration will highlight how service providers and enterprises can cost effectively deploy 100G technology while at the same time reduce capital expenses and simplify the development of high-data-rate networks.
“Today’s metro environment is one of the most demanding in the entire network,” said Stephan Rettenberger, vice president of Marketing for ADVA Optical Networking. “Service providers and enterprises are continually being challenged to transport more data while at the same time reduce costs. This demonstration is designed with the sole aim of underlining how this can be done and how you can use direct-detection 100G and non-zero dispersion shifted fiber to effectively transport more data at the lowest cost per bit. Working with Corning, we will be able to showcase something that can have a huge impact on the metro.”
ADVA Optical Networking’s 100G Metro solution is built on non-coherent, direct-detection technology and provides a compact, energy-efficient solution for metro networks up to 500 km. Operation over Corning LEAF optical fiber, the world’s most widely deployed non-zero dispersion shifted fiber, extends the uncompensated reach from around 40 km for standard single-mode fiber to up to 125 km. This reach is sufficient to meet the requirements for many metro networks.
“Corning is delighted to collaborate with ADVA Optical Networking to demonstrate this highly complementary combination of transmission equipment and fiber for the metro and regional application space,” said Barry Linchuck, division vice president and director, Worldwide Marketing, Optical Fiber, Corning Incorporated. “For more than a decade, LEAF optical fiber has provided compelling value, particularly in long-haul applications, as demonstrated by the installation of more than 30 million kilometers. As demand for high-speed broadband drives networks to higher capacity, it is exciting to be able to demonstrate the continuing contribution that LEAF optical fiber can make to efficient network operations.”