ADVA Optical Networking Delivers New Optical+Ethernet Innovations.Dynamic optical transport features, Layer 2 Ethernet Ethernet Telecommunications networking protocol introduced by Xerox Corp. in 1979. It was developed as an inexpensive way of sending information quickly between office machines connected together in a single room or building, but it rapidly became a standard computer functionality, increased speed and extended reach highlight new FSP FSP - File Service Protocol 3000 release 8 MAHWAH, N.J. & MARTINSRIED/MUNICH, Germany Germany (jûr`mənē), Ger. Deutschland, officially Federal Republic of Germany, republic (2005 est. pop. 82,431,000), 137,699 sq mi (356,733 sq km). -- ADVA ADVA American Deaf Volleyball Association ADVA Advanced Soviet 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. today announced the latest release of its flagship optical platform, the Fiber Service Platform (FSP) 3000 release 8. The new release gives service providers and enterprises more flexibility in delivering new services, as well as a greater ability to scale their networks. The intelligent integration of Optical+Ethernet technologies provides a scalable foundation for next-generation networks, which is packet-friendly and easy to use. The product is being released at NXTcomm 2007 in Chicago Chicago, city, United States Chicago (shĭkä`gō, shĭkô`gō), city (1990 pop. 2,783,726), seat of Cook co., NE Ill., on Lake Michigan; inc. 1837. and is on display in ADVA Optical Networking's booth #4875. The release 8 of the FSP 3000 includes many new features, including those enabling:
-- Ease of use - Dynamic optical transport features enable faster
service provisioning and platform interoperability.
-- A Generalized Multiprotocol Label Switching (GMPLS) control
plane allows improved path setup, including path computation,
resource reservation and provisioning of the expanded
Reconfigurable Optical Add/Drop Multiplexer (ROADM) portfolio.
-- Conformation to Optical Transport Hierarchy (OTH), as specified
in ITU G.709, enables seamless interoperability to other
industry platforms.
-- To further simplify the administration and logistics, expanded
multi-service transponder options are being introduced to allow
network operators to offer Ethernet, storage and legacy
Synchronous Optical Network (SONET)/Synchronous Digital
Hierarchy (SDH) services from a single muxponder card.
-- Scalability - Wavelength switching, faster speeds and longer
distances enable service providers to increase capacity and
simplify their network topologies, reducing network cost and
complexity.
-- Service providers can choose from a portfolio of ROADMs,
including the eROADM(R) and a multi-degree ROADM, which allow
for wavelength switching and provide maximum optical
provisioning flexibility, as well as maximum impairment
tolerance.
-- 40Gbit/s linespeed capability is fully integrated with 1x40G
and 4x10G transponder options for an Optical Transport Unit
(OTU)-3 network port supporting high-end applications such as
core router interconnect.
-- New variable gain amplifiers and reach-optimized,
noise-tolerant optical interfaces support distances of up to
2,000km, enabling longer un-regenerated reach, automated power
balancing and more cost-effective amplifier placement.
-- Lowest cost per service - An Optical+Ethernet approach supports all
upcoming Ethernet service offerings with advanced
standards-compliant Ethernet service provisioning and OAM features,
enabling triple- and quadruple play residential services, as well
as E-LAN and E-Line-based business services over Wavelength
Division Multiplexing (WDM).
-- Gigabit-Ethernet aggregation and multiplexing reduces the cost
per bit by reducing the number of interfaces.
-- Gigabit-Ethernet-optimized add/drop multiplexer cards and
integrated Layer 2 aggregation and switching functionality
deliver flexibility and control, providing increased
functionality within traffic streams.
"ADVA Optical Networking continues to expand its product benefits for customers building transport networks from the customer premise to the metro access, metro core and regional arenas," stated Ian Redpath For the English cricketer, see . Ian Ritchie Redpath (born May 11, 1941, Geelong, Victoria) is a former Australian cricketer who played in 66 Tests and 5 ODIs from 1964 to 1976. , senior analyst of Ovum-RHK. "The addition of more carrier-class features to expand the applications while improving service management and provisioning creates a compelling advantage of simplicity. ADVA Optical Networking continues its tradition of bringing new features to market right when the market is ready for them, enabling them to hold their top 2 position in EMEA (Europe, Middle East, Africa) Refers to that region of the world. For example, one might see products packaged differently for the UK, EMEA and Asia Pacific markets. and now capture the top 2 position in North America North America, third largest continent (1990 est. pop. 365,000,000), c.9,400,000 sq mi (24,346,000 sq km), the northern of the two continents of the Western Hemisphere. in the metro WDM (1) (Wavelength Division Multiplexing) A technology that uses multiple lasers and transmits several wavelengths of light (lambdas) simultaneously over a single optical fiber. segment for 1Q07." "Our customer base continues to demand leading features that help them build networks to drive successful businesses," explained Brian The name Brian (sometimes spelled Bryan) comes from an Irish backround. It is of Celtic origin and its meaning may be "hill" or "strong, noble, and high"[1]. P. McCann, ADVA Optical Networking's chief marketing and strategy officer. "This new FSP 3000 release is a clear indicator of ADVA Optical Networking's commitment to Optical+Ethernet-based solutions that deliver more scalability in the optical layer while increasing intelligence into the access layer, where Ethernet continues to be the protocol of choice." To view more about the FSP 3000, visit: http://www.advaoptical.com/default.aspx?id=102. ABOUT ADVA OPTICAL NETWORKING ADVA Optical Networking (FSE FSE 1. feline spongiform encephalopathy. 2. focal symmetrical encephalomalacia. : ADV ADV Advertisement ADV Adverb ADV Advance/Advanced ADV Advantage (tennis) ADV Advise ADV Advocate ADV Advancement ADV Advent ADV Arbeitsgemeinschaft für Datenverarbeitung ADV Adversus (Latin: Against) ) is at the forefront of providing Optical+Ethernet solutions that advance next-generation networks for data, storage, voice and video services. Our company's strength comes from passionate and dedicated employees, all sharing a common vision: a fast, customized response to customers' ever-changing needs. Our innovative Fiber Service Platform (FSP) and strong customer focus provide carriers and enterprises the ability to scale their networks and deliver intelligent, competitive new services. ADVA Optical Networking's solutions have been deployed at more than 200 carriers and 10,000 enterprises around the world. For further information about ADVA Optical Networking: www.advaoptical.com. PUBLISHED BY: ADVA AG Optical Networking, Martinsried/Munich and Meiningen, Germany ADVA Optical Networking Inc., Mahwah, New Jersey Mahwah is a township in Bergen County, New Jersey, United States. As of the United States 2000 Census, the township population was 24,062. The name Mahwah is derived from the Lenni Lenape word "mawewi" which means "Meeting Place" or "Place Where Paths Meet". , USA ADVA Optical Networking Corp., Tokyo, Japan www.advaoptical.com |
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