QLogic QLE2564 - Host bus adapter - PCIe 2.0 x8 - 8Gb Fibre Channel x 4 - for ONS 15454; ONS 15000 15454
- Virtualization optimized
- Power optimized
- Reliability, Availability, Serviceability (RAS) optimized
- Security optimized
- Management optimized
The QLE2564 is a PCI Express, quad port, Fiber Channel (FC) adapter. The QLE2564 delivers enhanced security, Quality of Service (QoS), and enables dynamic provisioning. The QLE2564 allows multiple logical (virtual) connections to share the same physical port. Each logical connection has its own resources and the ability to be managed independently.
The QLE2564 has been designed with a length of 6.6 inches (167.6 mm), allowing additional support for dense 1 U generation 2 rack servers and increasing connectivity. The QLE2564 provides the higher data integrity by ensuring Overlapping Protection Domains (OPD) on both the control and data paths. The QLE2564 enables SAN-level authentication (FCSP), fabric-level isolation (NPIV), and is capable of end-to-end data integrity.
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QLE2564 host bus adapter
The QLE2564 is a PCI Express, quad port, Fiber Channel (FC) adapter.
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Virtualization optimized
The QLE2564 delivers enhanced security, Quality of Service (QoS), and enables dynamic provisioning. The QLE2564 allows multiple logical (virtual) connections to share the same physical port. Each logical connection has its own resources and the ability to be managed independently.
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Form-factor enhancement
The QLE2564 has been designed with a length of 6.6 inches (167.6 mm), allowing additional support for dense 1 U generation 2 rack servers and increasing connectivity.
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RAS optimized
The QLE2564 provides the higher data integrity by ensuring Overlapping Protection Domains (OPD) on both the control and data paths.
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Security optimized
The QLE2564 enables SAN-level authentication (FCSP), fabric-level isolation (NPIV), and is capable of end-to-end data integrity.
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Management optimized
QLogic's unified driver model (firmware embedded in the driver) eliminates potential interoperability issues between firmware and driver versions.
