QLogic 2760 and 2740 Series Fibre Channel Adapters
Gen 6 FC (32GFC) fibre channel adapters in single, dual and quad ports providing industry leading native FC performance with low CPU usage
|PRODUCT BRIEFS/DATA SHEETS|
|QLogic 2700 Series
32GFC Fibre Channel Adapters
|Real-World Requirements from Fibre Channel HBAs
Get the facts about how Fibre Channel HBA capabilities improve real-world application performance
|FC-NVMe (NVMe over Fibre Channel)
QLogic® Enhanced 16GFC / 32GFC HBAs Fibre Channel – the most trusted fabric can transport NVMe natively
|The Performance and Efficiency of 32GFC Fibre Channel
Accelerate database applications and improve server efficiency in all-flash deployments.
|VM Aware Fibre Channel
VM-ID technology enables SAN administrators to monitor, manage, and control individual VM workloads in the SAN.
|QLogic and Brocade Technology Alliance Drives Gen 5 (16Gb) and Gen 6 (32Gb) Fibre Channel to New Levels
QLogic Enhanced 16GFC and 32GFC Fibre Channel Adapters maximize the potential of your storage network.
|Marvell QLogic Fibre Channel Port Isolation Architecture
Port-level isolation architecture provides reliability and predictability across all ports on all Marvell QLogic FC HBAs.
|Automating and Simplifying SAN Provisioning for QLogic Enhanced 16GFC and 32GFC Fibre Channel Adapters
Fabric pre-provisioning enables servers to be quickly and easily deployed, replaced, and moved across the SAN.
|Enhanced Reliability and Diagnostics for QLogic Enhanced 16GFC and 32GFC Fibre Channel Adapters
End-to-end Enhanced 16GFC and 32GFC Fibre Channel Infrastructure validation and diagnostics ensures SAN robustness and performance.
|Improved Performance and QoS for QLogic Enhanced 16GFC and 32GFC Fibre Channel Adapters
Meet and exceed service-level agreements (SLAs) with end-to-end SAN traffic prioritization and network resiliency.
|Marvell Platform and Methodology for Product Evaluations
Delivering transparent and consistent performance and functional test results.
|QLogic Fibre Channel Stack
Most diverse offering with field-hardened stability and reliability.