HPE SN1100Q 16Gb Dual Port HBA, Low Profile, 14.025 Gbps Data Transfer, PCIe 3.0, Fibre Optic, 2 Expansion Slots | P9D94A

Looking for a high-bandwidth HBA solution to meet the requirements of increasing server virtualization and consolidation? Finding it difficult to realize the full bandwidth potential of your server running I/O intensive applications?
The HPE StoreFabric SN1100Q 16Gb Host Bus Adapters deliver twice the I/O performance of 8 Gb HBAs, it takes storage networking performance and efficiency to the next level. They enable rapid storage and retrieval of critical information when using high bandwidth cloud applications and storage intensive applications such as backup, database transactions and rich media. Designed for increased virtual machine density and bandwidth requirements, the SN1100Q 16Gb HBA products enable more applications and virtual machines to run on a single server and port, resulting in reduced cabling.
Features
High-performance, Fibre Channel Host Bus Adapters
The HPE StoreFabric SN1100Q 16Gb Host Bus Adapters deliver twice the I/O performance of 8 Gb Fibre Channel (FC) HBAs.
Moving to 16 Gb technology provides the infrastructure required for the more powerful servers and data intensive applications in virtualized environments.
High Performance and Enhanced Capability For Critical Workloads and High SLA Environments
The HPE StoreFabric SN1100Q 16Gb Fibre Channel Host Bus Adapters supports for N_Port ID virtualization (NPIV) and industry standards-based Class-specific control (CS_CTL), provides end-to-end quality of service (QoS).
Delivers 16Gbps line rate per physical port, and increases the number of virtual machines (VMs) per each physical HBA Port that can be supported.
Additional Bandwidth
The HPE StoreFabric SN1100Q 16Gb Host Bus Adapters allow IT departments to do more with less: less hardware, less power, less cooling, less personnel, and less budget.
They optimize existing resources by deploying an effective adaptive server solutions.
Scale physical resources through consolidation and virtualization.