GENEVA, Switzerland -- Nortel Networks* [NYSE/TSE: NT], already leading the industry in high-capacity optical networking solutions, broke its own speed and capacity record by debuting Optical Internet capabilities to carry up to 6.4 Terabits per second (Tbps) of Internet and other traffic over a single, hair-thin strand of fiber.
"Today we've set a new Internet and networking 'land speed record' using light," said John Roth, president and Chief Executive Officer, Nortel Networks. "This unprecedented technology breakthrough will revolutionize the speed, reliability, quality and economics of the Internet we know today. It will provide the necessary foundation for a new high-performance Internet built on extreme capacity optical networking in the backbone, and integrated optical and packet signaling at the core. This will in turn drive massive discontinuities in every business, creating a new era for communication, collaboration and commerce."
Commercial availability of Nortel Networks' scalable 40 to 80 Gbps platform is planned for 2001. The platform will be capable of increasing capacity as high as 6.4 Tbps through Dense-Wavelength Division Multiplexing (D-WDM) technology that combines channels of light into one beam for increased traffic capacity on a single fiber, providing sufficient speed and capacity to reliably connect 2500 backbone routers on a fiber pair.
Nortel Networks' industry leading capability was displayed on the company's stand at TELECOM '99 making this the world's first non-laboratory exhibit of an 80 Gbps platform operating at double the line rate of any previous demonstration. Fiber optic traffic on the exhibit system is carried over 480 km of fiber, equivalent to the distance between Paris and Geneva, converting the Information Highway into an autobahn of light.
"This technology is out of the ball park in terms of the capacity it will support," said Anil Khatod, president Optical Internet, Nortel Networks. "Nortel Networks is dedicated to ensuring our customers have the exponential capacity needed to meet explosive bandwidth demand driven by advanced applications and services."
"The world's reliance on electronic commerce over the Internet in the new Millennium is going to be like nothing we have ever seen before, and optics are the basis for these networks," said Chris Nicoll, director Infrastructure Analysis at Current Analysis. "Nortel Networks is demonstrating their foresight in developing world-leading technology to meet that bandwidth demand. I support their vision of an Optical Internet enabled by this kind of capacity."
Nortel Networks Optical Internet breakthrough uses advanced optical amplification technology to extend the reach of optical signaling and reduce network cost. It uses more of the light spectrum so that increased traffic can be carried on a single fiber. Nortel Networks' 80 Gbps platform will support up to 80 wavelengths to reach the unprecedented 6.4 Tbps per fiber level. In addition, the system is designed to deliver 99.999 percent reliability, best system performance in the industry, and will be managed end-to-end using Nortel Networks' Integrated Network Management. 'Real world' experience gained through the company's 90 percent market share in 10 Gbps Optical systems has allowed Nortel Networks to become the undisputed leader in high-capacity optical networking.
Nortel Networks announced earlier this year its OPTera* 1600G optical amplification system that delivers 1.6 Terabits per second on a single fiber, operating on the OPTera LH platform. Customers committed to deploying its OPTera backbone solutions include COLT Telecom Group plc, Qwest Communications, Worldwide Fiber, Level 3 Communications, IXC Communications, and Cable & Wireless. MCI WorldCom has committed to a live commercial trial of the OPTera 1600G optical amplification system in fourth quarter this year. Customers using Nortel Networks OPTera solutions will be able to scale their existing networks to take advantage of the scalable 40 to 80 Gbps platform as it is introduced.
Most recently, the company announced OPTera Packet Solution, another breakthrough technology that will unify packet and optical networks and enable improved switching and routing capabilities for the Optical Internet.
The rollout of inventive optical networking technology in 1999 has included: