Avant de commencer à tout condenser en français, petites recherches.
Le gros bazar des différentes connectiques
=> http://en.wikipedia.org/wiki/10_Gigabit_Ethernet
10GBASE-LX4 - uses Wide Wavelength Division Multiplexing (also called coarse WDM). This is an inexpensive option for the enterprise that supports cheap multimode fiber for short distances and expensive singlemode fiber for longer distances. This physical layer maintains the 8B/10B encoding for the Physical Coding Sublayer (PCS) from 1-Gig Ethernet. The resulting 13-Gbit/s data stream is split into four 3.125-Gbit/s signals and multiplexed onto the fiber through a 1310nm laser.
10GBASE-xR (Sr, LR, and ER) - designed for use in the enterprise and put a single 10-Gbit/s signal through the laser. These physical layers include a much more efficient 64B/66B encoding, resulting in a 10.3-Gbit/s data rate on the line. An 850nm laser with multimode fiber is defined for short distances, and 1310nm or 1550nm lasers with singlemode fiber are defined for longer distances.
10GBASE-xW (SW, LW, EW) - designed for use in the WAN and require the same line rate as Sonet. These physical layers use the same 64B/66B encoding, with a WAN Interface Sublayer (WIS) that is basically a cut-down Sonet framer. This sublayer packs the Ethernet packets into Sonet frames for transmission over a Sonet network. Again, three laser wavelengths are supported for different distances.
The 10-Gig Ethernet distances are defined as 300m for short reach, 10km for long reach, and 40km for extended reach. One issue starting to emerge is that as laser technology is further developed, cheaper 1310nm lasers are able to drive distances defined for the more expensive 1550nm transponders in the IEEE specifications.
... http://www.cisco.com/en/US/prod/collate ... a648b.html
... http://www.infocellar.com/networks/new-tech/GbE/GbE.htm
Un super site qui en dit long
=> http://www.10gea.org/optical-fiber-10ge/
CARTES :
Single Port
[*]Intel Intel EXPX9501AFXSR / DELL RN219 (chip 82598EB )
=> http://www.dell.com/fr/entreprise/p/intel-10gb-xf-sr/pd
=> http://www.intel.com/content/www/us/en/ ... brief.html
Dual port
[*]Chelsio T420-CR ( $680 )
=> http://chelsio.com/assetlibrary/pdf/PB-T420-CR.pdf
[*]Emulex OCe11102-N / HP NC522SFP 614203-B21 - BladeEngine 3 - (modèle 468332-B21 avec module optique SFP+ SR 455883-B21 / spare 468349-001 ) / IBM 5284 (SR)
=> http://www.emulex.com/?id=12139
=> http://h20000.www2.hp.com/bizsupport/Te ... eId=329290
=> http://www.emulex.com/products/10gbe-ne ... rview.html
=> http://www.emulex.com/products/oneconne ... rview.html
[*]Emulex 49Y4202-02-CT / IBM 49Y4202
[*]Qlogic series 3200 : QLE3242 cLOM8214 / HP NC523SFP
=> http://h18004.www1.hp.com/products/serv ... h/nc523sfp
Quad Port
[*]Chelsio T440-CR
=> http://chelsio.com/assetlibrary/pdf/PB-T440-CR.pdf
[*]PCie 4 ports Fiber SFP+ 10GbE( $3800 ) Small Tree PETG4SFP+ // chip Intel 8254
=> http://www.small-tree.com/4_Port_Optica ... tg4sfp.htm
Hexa Port
[*]PCIe 6 ports Fiber SFP+ 10GbE ( $5000 ) Small Tree PETG6SFP+
=> http://www.small-tree.com/6_Port_Optical_SR_82599_PCIe_10_Gb_Adapter_p/petg6sfp.htm || Smaltree Chipset Intel 82598EB
SWITCHS :
[*]Fujitsu XG0224 + SJ10GSFPA (Dual port SFP+ 10GbE uplink card) ou SFPP-SR (SR SFP+ Optical Module)
=> http://www.fujitsu.com/downloads/COMP/f ... 10G.v8.pdf
[*]HP ProCurve J8474A 6410cl
=> http://h10010.www1.hp.com/wwpc/aa/fr/sm ... 465612.htm
[*]Dell PowerConnect 8024F
=> http://www.dell.com/fr/entreprise/p/pow ... t-8024f/pd
[*]Arista 7100SX - 24 Port SFP+
=> http://www.aristanetworks.com/en/products/7100series
FIBRES
Selon Jab Hounet sur le forum HFR
- 10GBASE-SR : 300m possible sur des fibres de qualité OM3.
note : il vaudrait mieux à ce stade poser des fibres OM4 (à voir selon le différentiel de prix) pour se préparer au 40G et 100G.
- 10GBASE-LR : 10 km possibles avec des fibres monomode.
Selon dreamer18 sur le forum HFR
l'OM2 et l'OM3 supportent le 40G à des distances plus que raisonnables.
... à suivre !
merde tu y va fort dans le matos choisi. 
)
