Backplane
(type D)
Server blade 
#0
Server blade 
#1
Server blade 
#2
Server blade 
#3
Server blade 
#4
Server blade 
#5
Server blade 
#6
Server blade 
#7
Corresponding server blades
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| Slot #0 (Server blade | #0) | |
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| Slot #1 (Server blade | #1) | |
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| Slot #2 (Server blade | #2) | |
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| Slot #3 (Server blade | #3) | |
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| Slot #4 (Server blade | #4) | ||
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| Slot #5 (Server blade | #5) | |
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| Slot #6 (Server blode | #6) | |
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| Slot #7 (Server blode | #7) | |
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| Slot #8 (Server blade | #0) | ||
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| Slot #9 (Server blade | #1) | |
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| Slot #10 (Server blade | #2) | |
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| Slot #11 (Server blade | #3) | |
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| Slot #12 (Server blade | #4) | ||
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| Slot #13 (Server blade | #5) | |
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| Slot #14 (Server blade | #6) | |
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| Slot #15 (Server blade | #7) | |
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Figure 21. Embedded Fibre Channel Switch Module connection diagram, eliminating 16 cables
Table 7 provides the details on the features of the Embedded Fibre Channel Switch module.
Table 7: Embedded Fibre Channel Switch Module components
Function | Details |
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Supported Fibre Chan- | |
nel standards | FC_SW, IPFC RFC, FC_AL2, FC_PH |
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Fibre Channel port | Universal port x14 (14 ports equipped as hardware, 8 internal ports, 6 |
| external ports) |
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Port type | FL_port, F_port and E_port, with the function (U_port) to |
| type |
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Switch expandability | |
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Interoperability | SilkWorm II, SilkWorm Express, and SilkWorm 2000 families |
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Performance | 4.250 Gb/sec. |
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30 BladeSymphony 1000 Architecture White Paper | www.hitachi.com |
