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Corning and Sycamore Networks Team Up to Accelerate Development of Optical Switching Technologies.


Business & High-Tech Editors

CORNING, N.Y.--(BUSINESS WIRE)--Oct. 9, 2000

Collaborative effort expected to accelerate

deployment of 3D MEMs optical switches

Corning Incorporated Corning Incorporated NYSE: GLW is an American manufacturer of glass, ceramics and related materials, primarily for industrial and scientific applications. The company was known until 1989 as Corning Glass Works.  (NYSE NYSE

See: New York Stock Exchange
:GLW GLW Glasgow Airport (UK)
GLW Gross Laden Weight
GLW Good Lady Wife (Australia) 
), an industry-leading manufacturer and supplier of optical fiber and photonic products, announced today that it will team with Sycamore Networks (NASDAQ NASDAQ
 in full National Association of Securities Dealers Automated Quotations

U.S. market for over-the-counter securities. Established in 1971 by the National Association of Securities Dealers (NASD), NASDAQ is an automated quotation system that reports on
:SCMR SCMR Supply Chain Management Review
SCMR Society for Cardiovascular Magnetic Resonance
SCMR Software Configuration Management Record
SCMR Symmetrical Compact Microstrip Resonator
SCMR Service Control Manager Remote
), a leader in the intelligent optical networking Communications between computers, telephones and other electronic devices using light. An optical network is far more reliable and has far greater potential transmission capacity than networking in the electrical domain. See optical fiber.  market, in developing next generation optical switching technologies. Corning and Sycamore will collaborate on defining the functionality and testing the application of new 3D MEMs technology in telecommunications networks.

The collaborative effort announced today is expected to accelerate the deployment of 3D MEMs optical switch technology as part of an intelligent optical networking solution. MEMS stands for "Micro Electro-Mechanical Systems" and refers to micron-sized complex machines (a micron is one millionth of a meter) that have physical dimensions suitable for the fabrication fabrication (fab´rikā´shn),
n the construction or making of a restoration.
 of optical switches for use in state-of-the-art communications networks.

As a result of recent acquisitions and internal growth, Corning is uniquely positioned in the industry to assist Sycamore in advancing the development of optical switching. "Development of a 3D MEMs based optical switch presents significant challenges in both the design of the optical components and their integration with the needed analog and digital electronics," says David Krozier, Senior Analyst at RHK RHK Ratahallintokeskus (Finnish: Finnish Rail Administration)
RHK Ryan Hankin Kent (RHK, Inc. marketing consulting firm)
RHK Rigshospitalets Kollegium (Copenhagen, Denmark dorm) 
, Inc., a leading telecommunications industry analysis firm. "Corning differentiates itself by bringing together all the key technologies under one roof," Krozier notes. Specifically, Corning can deliver MEMs technology from IntelliSense Corp., array collimator collimator (kol´imātur),
n a diaphragm or system of diaphragms made of an absorbent material and designed to define the dimensions and direction of a beam of radiation.
 technology from Corning Rochester Photonics Corp., servo and control design technology from the Corning Albuquerque Development Center (formerly Willow Systems), optical engineering technology from Corning Advanced Photonic Technologies and cabling hardware from Corning Cable Systems.

"Corning has consistently demonstrated the ability to bring best of breed `hard optics' technologies to the market," says Rick Barry
    Richard (Rick) Francis Dennis Barry III (born March 28, 1944, in Elizabeth, New Jersey) is an American former professional basketball player. He is considered by many veteran basketball observers to be the greatest pure small forward of all time as a result of his deadly
    , chief technology officer for Sycamore. "Sycamore's strategy is to quickly incorporate these technologies into our systems so that our customers can deploy truly leading edge technology. We look forward to this opportunity to work closely with Corning on the development of next generation optical switch technologies."

    Mark Newhouse, Corning's division vice president, optical networking devices stated, "By bringing all the needed capabilities together in one corporation, Corning intends to shorten the development cycle and enable rapid scaling into manufacturing. We are pleased to be teaming up with an industry mover like Sycamore in order to more rapidly advance these critical technologies."

    Sycamore Networks develops and markets intelligent optical networking products that transport voice and data traffic over wavelengths of light. The company combines significant experience in data networking with expertise in optics to develop intelligent optical networking solutions for network service providers. Sycamore's products are based on a common software foundation, enabling concentration on the delivery of services and end-to-end optical networking. Sycamore's products and product plans include optical transport, access and switching systems Switching systems (communications)

    The assemblies of switching and control devices provided so that any station in a communications system may be connected as desired with any other station.
     and end-to-end optical network management solutions. Contact Sycamore Networks at www.sycamorenet.com.

    Established in 1851, Corning Incorporated (www.corning.com) creates leading-edge technologies for the fastest-growing markets of the world's economy. Corning manufactures optical fiber, cable and photonic products for the telecommunications industry; and high-performance displays and components for television and other communications-related industries. The company also uses advanced materials to manufacture products for scientific, semiconductor and environmental markets. Corning's revenues in 1999 were $4.7 billion.
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    Publication:Business Wire
    Geographic Code:1USA
    Date:Oct 9, 2000
    Words:548
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