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| Reference Information | |
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FL_Port Characteristics: | Each FL_Port can support | ||
| Each public loop can handle both public and | ||
| private loop transactions |
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Number of Fibre Channel Ports: | 16 Ports per chassis; Populated by 2 to | ||
| 16 GBICs in one GBIC increments. | ||
Scalability: | Up to 192 fabric ports in a | ||
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| topology uses | ||
| fewest fabric hops. |
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(Under development) Up to 24 fabric | |||
| ports with 1 or 2 fabric latencies | ||
| Up to 192 fabric ports with 1 or 3 fabric | ||
| latencies |
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Maximum User Ports: | A | ||
| N_Ports and NL_Ports. |
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| A | ||
| up to ~12,000 N_Ports and NL_Ports. | ||
Media Type: | Industry standard Gigabit Interface | ||
| Converter (GBIC). |
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| Hot pluggable. |
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| Media supported by the Standard: | ||
| Shortwave | ||
| Shortwave with OFC | ||
| Longwave | ||
| Copper |
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| Any type in any fabric port. | ||
Media Transmission Ranges: | See GBIC specifications later in this section. | ||
Fabric Port Speed: | 1.0625 Gb/second |
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Fabric Latency (best case): | Class 2 or Class 3 frame: <0.6 µsec. | ||
| Class 1 frame: <0.7 µsec. | ||
| Class 1 connect: <1.3 µsec. | ||
| Class 1 disconnect: <0.7 µsec. | ||
Fabric | Class 1: | 103.3 MB/s |
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| Class 2 or Class 3 : 101.8 MB/s | ||
Fabric Aggregate Bandwidth: .... | (Single Stage) |
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| Class 1 16 Gb/s |
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| Class 2 or Class 3 Up to 16 Gb/s | ||
| Total available backplane bandwidth: Up to | ||
| 32 Gb/s | Note: Throughput max is 16 |
| GigWorks | |
Installer's/User's Manual |