Ethernet Patch Lan

10 Gigabit Ethernet - CPR-1000 Current Probe Reader

Optical modules Optical modules are not specified in 802.3 but by multi-source agreements (MSAs). The relevant MSAs for 10GbE are XENPAK, X2, XPAK, XFP and SFP+. When choosing a PHY module, consideration should be given to cost, reach, media type, power consumption and size (form factor). In the case of SFP+ consideration also has to be given to whether the module is linear or limiting. Linear SFP+ modules are appropriate for 10GBASE-LRM otherwise limiting modules are preferred. XENPAK was the first MSA for 10GE and has the largest form factor. X2 and XPAK were later competing standards with smaller form factors. X2 and XPAK have not been as successful in the market as XENPAK. XFP came after X2 and XPAK and it is also smaller. The newest module standard, SFP+ (see SFP transceiver), developed by the ANSI T11 fibre channel group is smaller still and lower power than XFP.

It is hoped that SFP+ will enable lower cost 10GE optical modules to be produced. SFP+ modules do only optical to electrical conversion, no clock and data recovery, putting a higher burden on the host's channel equalization. SFP+ modules share a common physical form factor with legacy SFP modules, allowing higher port density than XFP and the re-use of existing designs for 24 or 48 ports in a 19" rack width blade. Optical modules are connected to a host by either a XAUI, XFI or SFI interface. XENPAK, X2, and XPAK modules use XAUI to connect to their hosts. XAUI (XGXS) uses a four-lane data channel and is specified in IEEE 802.3 Clause 48. XFP modules use a XFI interface and SFP+ modules use a SFI interface. XFI and SFI use a single lane data channel and the encoding specified in IEEE 802.3 Clause 49. Fiber (10GBASE-R) A Router with 10 Gigabit Ethernet Optical Interfaces. The yellow cables are for potentially long range, single mode fiber connections. There are two classifications for optical fiber: single-mode (SMF) and multi-mode (MMF). In SMF light follows a single path through the fiber while in MMF it takes multiple paths resulting in differential mode delay (DMD). SMF is used for long distance communication and MMF is used for distances of less than 300 m. SMF has a narrower core (8.3 m) which requires a more precise terminations and connection method. MMF has a wider core (50 or 62.5 m) and is generally less expensive than SMF. The advantage of MMF for short distances is that because of its wider core it can be driven by lower cost lasers and its connectors are cheaper and more reliable. Its disadvantage is that due to DMD it can work only over short distances. To distinguish SMF from MMF cables, SMF cables are usually yellow, while MMF cables are orange. New structured cabling installations use OM3 50 m MMF which has no center defect. OM3 cable can carry 10GBE 300 m using low cost 10GBASE-SR optics or use 10GBASE-LX4 without a mode conditioning patch cord. See ISO 11801 and multi mode fibre.[citation needed] Older installations use FDDI grade 62.5 m MMF which has a center defect and is harder for the 10GBE optical modules to drive. For -LX4 a mode conditioning patch cord is needed that adds extra cost to an installation. 10GBASE-SR This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) 10GBASE-SR ("short range") uses the IEEE 802.3 Clause 49 64B/66B Physical Coding Sublayer (PCS) and 850 nm lasers. It delivers serialized data over multi-mode fiber at a line rate of 10.3125 Gbit/s. Over deployed multi-mode fiber cabling, it has a range of between 26 metres (85 ft) and 82 metres (270 ft) depending on cable type. Over new 50 m 2000 MHzkm OM3 multi-mode fiber (MMF), it has a range of 300 metres (980 ft). The transmitter can be implemented with a VCSEL (Vertical Cavity Surface Emitting Laser) which is low cost and low power. MMF has the advantage of having lower cost connectors than SMF because of its wider core. OM3 is now the preferred choice for structured optical cabling within buildings. 10GBASE-SR delivers the lowest cost, lowest power and smallest form factor optical modules. 10GBASE-LR This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) 10GBASE-LR ("long range") uses the IEEE 802.3 Clause 49 64B/66B Physical Coding Sublayer (PCS) and 1310 nm lasers. It delivers serialized data over single-mode fiber at a line rate of 10.3125 Gbit/s. 10GBASE-LR has a specified reach of 10 kilometres (6.2 mi), but 10GBASE-LR optical modules can often manage distances of up to 25 kilometres (16 mi) with no data loss. Fabry-Perot lasers are commonly used in 10GBASE-LR optical modules. Fabry-Perot lasers are more expensive than VCSELs but their high power and focused beam allow efficient coupling into the small core of single mode fiber. 10GBASE-LRM 10GBASE-LRM, (Long Reach Multimode) also known as 802.3aq uses the IEEE 802.3 Clause 49 64B/66B Physical Coding Sublayer (PCS) and 1310 nm lasers. It delivers serialized data over multi-mode fiber at a line rate of 10.3125 Gbit/s. 10GBASE-LRM supports distances up to 220 metres (720 ft) on FDDI-grade 62.5 m multi-mode fibre originally installed in the early 1990s for FDDI and 100BaseFX networks and 260 metres (850 ft) on OM3. 10GBASE-LRM reach is not quite as far as the older 10GBASE-LX4 standard. However it is hoped that 10GBASE-LRM modules will be lower cost and lower power; and because 10GBASE-LRM uses the same PCS as XFI and SFI no recoding of data is required with the XFP and SFP+ module MSAs. 10GBASE-LRM uses electronic dispersion control (EDC) for receive equalization.... 10GBASE-ER This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) 10GBASE-ER ("extended range") uses the IEEE 802.3 Clause 49 64B/66B Physical Coding Sublayer (PCS) and 1550 nm lasers. It delivers serialized data over single-mode fiber at a line rate of 10.3125 Gbit/s. 10GBASE-ER has a reach of 40 kilometres (25 mi). 10GBASE-ZR This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) Several manufacturers have introduced 80 km (50 mi) range ER pluggable interfaces under the name 10GBASE-ZR. This 80 km PHY is not specified within the IEEE 802.3ae standard and manufacturers have created their own specifications based upon the 80 km PHY described in the OC-192/STM-64 SDH/SONET specifications. The 802.3 standard will not be amended to cover the ZR PHY. 10GBASE-LX4 This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) 10GBASE-LX4 uses the IEEE 802.3 Clause 48 Physical Coding Sublayer (PCS) and coarse WDM. It supports ranges of between 240 metres (790 ft) and 300 metres (980 ft) over legacy multi-mode cabling. This is achieved through the use of four separate laser sources operating at 3.125 Gbit/s in the range of 1300 nm on unique wavelengths. 10GBASE-LX4 also supports 10 kilometres (6.2 mi) over SMF. Until 2005 10GBASE-LX4 optical modules were cheaper than 10GBASE-LR optical modules. 10GBASE-LX4 is used by people who want to support both MMF and SMF with a single optical module. Because 10GBASE-LX4 uses four lasers it has a potential cost, size and power disadvantage compared to 10GBASE-LRM. When used with legacy MMF an expensive mode conditioning patch cord is needed. The mode conditioning patch cord is a short length of SMF which connects to the MMF in such a way to move the beam away from the central defect in the legacy MMF. This is not needed with OM3. Copper (10GBASE-X/10GBASE-T) 10G Ethernet can also run over twin-ax and cat 6a cabling as well as backplanes. 10GBASE-CX4 10GBASE-CX4 was the first 10G copper standard published by 802.3 (as 802.3ak-2004). It uses the XAUI 4-lane PCS (Clause 48) and copper cabling similar to that used by InfiniBand technology. It is specified to work up to a distance of 15 m (49 ft). Each lane carries 3.125 Gbaud of signaling bandwidth. 10GBASE-CX4 offers the advantages of low power, low cost and low latency, but has a bigger form factor than the newer single lane SFP+ standard and a much shorter reach than fibre or 10GBASE-T.[citation needed] SFP+ Direct Attach (10GSFP+Cu) This uses a passive twin-ax cable assembly and connects directly into an SFP+ housing. It has a range of 10 m and like 10GBASE-CX4 is low power, low cost and low latency with the added advantage of having the small form factor of SFP+. SFP+ Direct Attach is expected to be the optimum solution for reaches of 10 m. 10GBASE-KX4 and 10GBASE-KR This section does not cite any references or sources.

Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) Backplane Ethernet also known by its working group name 802.3ap is used in backplane applications such as blade servers and routers/switches with upgradable line cards. 802.3ap implementations are required to operate in an environment comprising up to 1 metre (39 in) of copper printed circuit board with two connectors. The standard provides for two different implementations at 10Gbit/s: 10GBASE-KX4 and 10GBASE-KR. 10Gbase-KX4 uses the same physical layer coding (defined in IEEE 802.3 Clause 48) as 10GBASE-CX4. 10GBASE-KR uses the same coding (defined in IEEE 802.3 Clause 49) as 10GBASE-LR/ER/SR. The 802.3ap standard also defines an optional layer for FEC, a backplane autonegotiation protocol and link training where the receiver can set a three tap transmit equalizer. 10GBASE-T 10GBASE-T, or IEEE 802.3an-2006, is a standard released in 2006 to provide 10 gigabit/second connections over unshielded or shielded twisted pair cables, over distances up to 100 metres (330 ft). 10GBASE-T cable infrastructure can also be used for 1000BASE-T allowing a gradual upgrade from 1000BASE-T using autonegotiation to select which speed to use. 10GBASE-T has higher latency and consumes more power than other 10 gigabit Ethernet physical layers. In 2008 10GBASE-T silicon is now available from several manufacturers with claimed power dissipation of 6W and a latency approaching 1 microsecond . Connectors 10GBASE-T uses the venerable IEC 60603-7 8P8C (commonly known as RJ45) connectors already widely used with Ethernet. Transmission characteristics are now specified to 500MHz. Cables This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) 10GBASE-T may work up to 55 m (180 ft) with existing Cat 6 cabling and up to 45 m (148 ft) with existing Cat 5e cabling. In order to meet the usual 100 m (328 ft), the standard uses a new Category 6a (a.k.a "augmented Cat6") cable specification, designed to reduce crosstalk between UTP cables, known as alien crosstalk and extend internal transmission capabilities to support frequency content up to 500 MHz. Shielded cables such as "Cat7" are also qualified to meet the category 6A standards and claim this shielding helps the cables perform better for 10GbaseT applications. The category 6A specifications do not include shielding requirements but require an overall suppression of interference between adjecent cables. The global cabling standard IS 11801 ant the TIA Category 6A support 10GBASE-T up to 100m. The EMC performance of cabling systems is critical for transmission systems. The standards account for the EMC performance of entire communication systems including cabling and active equipment. UTP is the model for both of the 10GbaseT standards. FTP cabling is also permitted providing that these systems meet the transmission performance of the standard. Shielded systems rely on the integrity of the shield to suppress alien cross talk while UTP dsystems use balance and spacing to control alien cross talk. UTP systems use a worst case test method that entails bundling 6 disturbing cables around one channel under test. In this way the alien cross talk can be measured and performance in the field can be modeled. Shielded systems rely on the effectivness of the cable shield for cross talk control. Should the shield fail to perform then alien cross talk can be an issue. The only method of testing the performance is to measure the coupling efficiency of the shield. There is no field test method available for this test at this time. Various testing method have been proposed to measure and ensure shield performance of STP or Category 7 cables. To date round robin testing has failed to produce reliable test results. This remains an issue to be solved for shielded systems. Electrical characteristics This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) This section contains too much jargon and may need simplification or further explanation. Please discuss this issue on the talk page, and/or remove or explain jargon terms used in the article. Editing help is available. (January 2010) The 802.3an standard defines the wire-level modulation for 10GBASE-T as a Tomlinson-Harashima precoded (THP) version of pulse-amplitude modulation with 16 discrete levels (PAM-16), encoded in a two-dimensional checkerboard pattern known as DSQ128. Several proposals were considered for wire-level modulation, including PAM with 12 discrete levels (PAM-12), 10 levels (PAM-10), or 8 levels (PAM-8), both with and without Tomlinson-Harashima Precoding (THP). PAM-5 is what is used in the older 1000BASE-T gigabit Ethernet standard. WAN PHY (10GBASE-W) This section does not cite any references or sources. Please help improve this article by adding citations to reliable sources. Unsourced material may be challenged and removed. (January 2010) 10GBASE-SW, 10GBASE-LW, 10GBASE-EW, and 10GBASE-ZW are varieties that use the WAN PHY, designed to interoperate with OC-192/STM-64 SDH/SONET equipment using a light-weight SDH/SONET frame running at 9.953 Gbit/s. WAN PHY is used when an enterprise user wishes to transport 10G Ethernet across telco SDH/SONET or previously installed WDM systems without having to directly map the Ethernet frames into SDH/SONET. The WAN PHY variants correspond at the physical layer to 10GBASE-SR, 10GBASE-LR, 10GBASE-ER and 10GBASE-ZR respectively, and hence use the same types of fiber and support the same distances. There is no WAN PHY standard corresponding to 10GBASE-LX4 and 10GBASE-CX4 since the original SONET/SDH standard requires a serial implementation. The WAN PHYs use 10GBASE-W as the PCS. 10GbE NICs 10GbE network interface cards are available from several manufacturers. These plug into ordinary computer servers using PCI express, or PCI-X and connect to the LAN with a choice of PHY modules. 40 Gigabit DWDM A number of vendors are offering products based on Dense wavelength-division multiplexing, which allows packing up to four light carriers into one single-mode optical fiber, effectively providing 40 Gigabit operation. These products are not related to the upcoming 40 Gigabit Ethernet standard, which will provide 40 Gigabit operation using a single light carrier. See also Fast Ethernet Gigabit Ethernet 100 Gigabit Ethernet List of device bandwidths GG45 TERA XAUI Notes and references ^ "Pictures of optical modules supplied by Merge Optics". http://www.mergeoptics.de/overview.html.  ^ "The road to SFP+: Examining module and system architectures by Ryan Latchman and Bharat Tailor". http://lw.pennnet.com/display_article/317903/13/ARTCL/none/OTRAT/1/The-road-to-SFP+:-Examining-module-and-system-architectures/.  ^ "10GbE Optical Component and SFP+ Modules: This Time It's Different by Andrew Schmitt". http://www.nyquistcapital.com/2007/11/28/10gbe-and-sfp-this-time-its-different/.  ^ "Optical Fiber and 10 Gigabit Ethernet white paper by the 10GEA". http://www.10gea.org/optical-fiber-10ge.htm.  ^ "Why choose Multimode fiber? by Corning". http://www.corning.com/docs/opticalfiber/cn0603.pdf.  ^ Cables To Go Orange Fiber Optic Cable 33' ( 09167 ) - Fiber - Cables To Go Cable ^ "10 Gigabit Ethernet over Multimode Fiber by John George". http://bicsi.org/Events/Conferences/Spring/2005/GeorgePRES.pdf.  ^ "IEEE Standards Status Report for 802.3aq". http://standards.ieee.org/cgi-bin/status?802.3aq.  ^ "10GBase-LX4 vs 10GBase-LRM: A debate". Archived from the original on 2009-07-20. http://www.webcitation.org/5iQGmo2yv. Retrieved 2009-07-16.  ^ "10 gigabit ethernet-alphabet soup never tasted so good". Archived from the original on 2009-08-16. http://www.webcitation.org/5j5GctcM9. Retrieved 2009-08-13.  ^ "IEEE Standards Status Report for 802.3an". http://standards.ieee.org/cgi-bin/status?802.3an.  ^ "Broadcom 10GBASE-T PHY". http://www.broadcom.com/products/Enterprise-Networking/10-Gigabit-Ethernet-Transceivers/BCM8481.  ^ "Teranetics 10GBASE-T PHY". http://www.teranetics.com/tn1010.html.  ^ "Solar Flare 10GBASE-T PHY". Archived from the original on 2009-09-07. http://www.webcitation.org/5jc2TUnO0. Retrieved 2009-09-05.  ^ "Aquantia 10GBASE-T PHY". http://www.aquantia.com/pdf/AquantiaAQ1002_11172008.pdf.  ^ "George Zimmerman's blog". http://10gigabitethernet.typepad.com/network_stack/2008/04/10gbase-t-comes.html.  External links Full text of the IEEE 802.3 standard IEEE 802.3 Ethernet Working Group Corrigendum 2: IEEE Std 802.an-2006 10GBASE-T Correction Ethernet Alliance website University of New Hampshire Interoperability Laboratory 10 Gigabit Ethernet Consortium Categories: Ethernet | Ethernet cablesHidden categories: All articles with unsourced statements | Articles with unsourced statements from August 2008 | Articles needing additional references from January 2010 | All articles needing additional references | Articles with unsourced statements from July 2009 | Articles needing cleanup from January 2010 | All pages needing cleanup | Wikipedia articles needing style editing from January 2010 | All articles needing style editing

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