10 Gigabit Ethernet

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10 Gigabit Ethernet

An Ethernet standard that transmits at 10 gigabits per second (10 Gbps). Introduced in 2002 and abbreviated "10 GbE," "10GE" or "10G Ethernet," it extended Gigabit Ethernet by 10-fold for high-speed storage networks (SANs), enterprise backbones, as well as wide area and metropolitan area networks. See Gigabit Ethernet, LAN, SAN, WAN and MAN.

Full Duplex and No Collisions
10G Ethernet works only in full-duplex mode and does not support CSMA/CD, the common Ethernet collision method used to gain access to the physical medium. A "WAN interface sublayer" (WIS) makes 10G Ethernet compatible with the SONET transport at 10 Gbps (OC-192). See SONET.

Fiber or Copper
The 10GBASE-LX4 version (see below) carries four wavelengths of light on one pair of fibers. In 2004, 10G Ethernet over copper wire was introduced. Using four twinaxial cables, the copper version was designed for short distances between switches and storage devices in the datacenter. See 25 Gigabit Ethernet, Ethernet and FCoE.

10G ETHERNET OVER FIBER (802.3ae)         Fiber (F)  Fiber     MaxVersion  SONET (S)  Type    Distance

 10GBASE-SR   F   MMF/850 nm    65 m
 10GBASE-LRM  F   MMF/1310 nm  220 m
 10GBASE-LRM  F   MMF/850 nm   260 m
 10GBASE-LX4  F   MMF/1310 nm  300 m

 10GBASE-LR   F   SMF/1310 nm  10 km
 10GBASE-ER   F   SMF/1550 nm  40 km
 10GBASE-ZR** F   SMF/1550 nm  80 km
 10GBASE-LX4  F   SMF/1310 nm  10 km

 10GBASE-SW   S   MMF/850 nm   65 m

 10GBASE-LW   S   SMF/1310 nm  10 km
 10GBASE-EW   S   SMF/1550 nm  40 km

   MMF = multimode fiber
   SMF = singlemode fiber
   ZR** = non standard


 10G ETHERNET OVER COPPER (802.3ak)FOR DATACENTER USEVersion      Cable    Max. Distance

 10GBASE-CX4  Twinax   15 m
References in periodicals archive ?
Today 100GbE is emerging as the optimal choice for the core network connectivity, for both intra- and inter-data center applications due to optical component and OEM system level prices that have fallen below the 40GbE benchmark, which has been considered and deployed as the next step up from 10GbE.
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These new 5160 and 5142 also provide Ritter with 10GbE service activation testing, extended temperature range support, full synchronisation support and greatly reduced power and space footprint, all critical aspects of improving customer satisfaction and overall deployment lifecycle costs, Ciena said.
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Many people are very comfortable with Ethernet solutions and feel that 10Gbe is a good next step for them to take; some analysts feel the 10Gbe is all anyone will ever need; that's also what people said about Gig-E.
A Dell'Oro study shows that spending on 10GbE will grow more than five times from 2004 levels, exceeding $2 billion by 2008.
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