HPE StorageWorks CN1000Q - netværksadapter - 2 porte
| Produktbeskrivelse | HPE StorageWorks CN1000Q - netværksadapter - PCIe 2.0 x8 - 2 porte |
| Enhedstype | Netværksadapter |
| Model | Indstikskort |
| Grænseflade (bus) type | PCI Express 2.0 x8 |
| PCI-specifikationsrevision | PCIe 2.0 |
| Antal porte | 2 porte |
| Dataforbindelsesprotokol | 10 GigE |
| Dataoverførselshastighed | 10 Gbps |
| Overensstemmelsesstandarder | IEEE 802.1Q, IEEE 802.1p, IEEE 802.3x, IEEE 802.3ad (LACP), IEEE 802.3ae |
| Systemkrav | SuSE Linux Enterprise Server 11, Microsoft Windows Server 2008 R2, SuSE Linux Enterprise Server 10, Red Hat Enterprise Linux 5, Microsoft Windows Server 2003 x64 Edition SP2, Microsoft Windows Server 2003 SP2, Microsoft Windows Server 2008 R2 x64 Edition |
| Designet for | ProLiant DL160 G6, DL165 G7, DL180 G6, DL2x170h G6, DL320 G6, DL360 G6, DL360 G7, DL360e Gen8, DL360p Gen8, DL370 G6, DL380 G6, DL380 G7, DL380p Gen8, DL385 G7, DL385p Gen8, DL4x170h G6, DL580 G7, DL585 G6, DL585 G7, DL980 G7, ML350 G6, SL160s G6, SL160z G6, SL165z G7, SL170z G6, SL2x170z G6 |
Produktdatablad |
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| Enhedstype | Netværksadapter - 2 porte |
| Model | Indstikskort |
| Grænseflade (bus) type | PCI Express 2.0 x8 |
| PCI-specifikationsrevision | PCIe 2.0 |
| Forbindelsesteknologi | Kabling |
| Dataforbindelsesprotokol | 10 Gigabit Ethernet |
| Dataoverførselshastighed | 10 Gbps |
| Statusindikatorer | Link/aktivitet |
| Overensstemmelsesstandarder | IEEE 802.1Q, IEEE 802.1p, IEEE 802.3x, IEEE 802.3ad (LACP), IEEE 802.3ae |
| Ekspansionsåbninger | 2 (total) / 2 (fri) x SFP+ |
| Kompatible åbninger | 1 x PCI Express 2.0 x8 |
| Udstyr inkluderet | Simpelt beslag, beslag i fuld højde |
| OS nødvendig | SuSE Linux Enterprise Server 11, Microsoft Windows Server 2008 R2, SuSE Linux Enterprise Server 10, Red Hat Enterprise Linux 5, Microsoft Windows Server 2003 x64 Edition SP2, Microsoft Windows Server 2003 SP2, Microsoft Windows Server 2008 R2 x64 Edition |
| Min. driftstemperatur | 0 °C |
| Maks. driftstemperatur | 55 °C |
| Fugtighedsgrad ved brug | 10 - 90 % (ikke-kondenserende) |
| Designet for | HPE ProLiant DL160 G6, DL160 G6 Special Server, DL165 G7, DL165 G7 Performance, DL165 G7 Special Server, DL180 G6, DL180 G6 Special Server, DL2x170h G6, DL320 G6, DL320 G6 Entry, DL320 G6 High Efficiency, DL320 G6 Performance, DL360 G6, DL360 G6 Base, DL360 G6 Efficiency, DL360 G6 Entry, DL360 G6 Performance, DL360 G7, DL360 G7 Base, DL360 G7 Central Management Server, DL360 G7 Efficiency, DL360 G7 Entry, DL360 G7 Performance, DL360 G7 Special Server, DL360e Gen8, DL360e Gen8 Entry, DL360e Gen8 Performance, DL360e Gen8 Special Server, DL360p Gen8, DL360p Gen8 Base, DL360p Gen8 CMS, DL360p Gen8 Entry, DL360p Gen8 High Performance, DL370 G6, DL370 G6 Base, DL370 G6 High Performance, DL370 G6 Performance, DL380 G6, DL380 G6 Base, DL380 G6 Entry, DL380 G6 High Efficiency, DL380 G6 Performance, DL380 G7, DL380 G7 Base, DL380 G7 Efficiency, DL380 G7 Entry, DL380 G7 Performance, DL380 G7 Special Server, DL380p Gen8, DL380p Gen8 Base, DL380p Gen8 Entry, DL380p Gen8 High Performance, DL380p Gen8 Special, DL385 G7, DL385 G7 Base, DL385 G7 Entry, DL385 G7 HE, DL385 G7 Performance, DL385p Gen8, DL385p Gen8 Dedicated Workload, DL385p Gen8 Entry, DL385p Gen8 Maximized Consolidation, DL385p Gen8 Storage, DL4x170h G6, DL580 G7, DL580 G7 Base, DL580 G7 High Performance, DL585 G6, DL585 G6 Base, DL585 G6 Performance, DL585 G7, DL585 G7 Base, DL585 G7 Performance, DL980 G7, ML350 G6, ML350 G6 Base, ML350 G6 Entry, ML350 G6 Performance, ML350 G6 Special Server, ML370 G6, ML370 G6 Base, ML370 G6 Entry, SL160s G6, SL160z G6, SL165z G7, SL170z G6, SL2x170z G6 |
The HP StorageWorks Dual Port Converged Network Adapters (CNAs) are dual port adapters that provide both Ethernet and Fiber Channel (FC) connectivity over 10GbE using both Fiber Channel over Ethernet (FCoE) and Converged Enhanced Ethernet (CEE) standards. By consolidating Ethernet and FC onto a converged network adapter, HP CNAs reduce the number of separate adapters and cables required for your datacenter and also reduce operational, power and cooling costs while preserving existing Ethernet and Fiber Channel infrastructure.