Adapters

Do you need low power, high port density 1GbE network adapters for virtualization and server consolidation?

The HPE Ethernet 1Gb 4-port FLR-T BCM5719 Adapter for select HPE ProLiant servers features the next generation of Ethernet integration, offering a single-chip solution in a FlexibleLOM form factor, which offers the option for future upgrades to 10GbE networking speeds. It delivers full line-rate performance across all ports with low power consumption. The adapter is ideal for virtualization, security, server consolidation, network segmentation, and other applications requiring maximum throughput and port density. The total aggregate throughput of 4 Gb meets the needs of customers desiring high bandwidth. The adapter supports advanced features such as Large Send and Receive offload capability, TCP checksum and segmentation, VLAN tagging, MSI-X, jumbo frames, IEEE 1588, HPE Sea of Sensors 3D and virtualization features such as VMware NetQueue and Microsoft VMQ.

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Do you need an adapter that is big on capability and small on CPU utilization?

The HPE Ethernet 10Gb 2-port 537SFP+ FLR Adapter has been designed to efficiently deliver high performance, low latency an minimal CPU utilization by offloading many I/O processing within the adapter. Low latency dramatically improves application performance and frees up CPU resources in the host allowing it to do tasks that are more important.

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Are you looking to modernize your data center with Non-volatile Memory Express (NVMe) paradigms, while insuring the integrity of your data is safe from malicious agents?

NVIDIA Ethernet Adapters for HPE are advanced cloud network interface cards with NVMe offload capabilities and cryptographic functionalities to accelerate and secure mission-critical data center applications such as security, virtualization, SDN/NFV, Big Data, machine learning, and NVMe-based storage. We provide two adapter options. Either two ports of 100GbE connectivity or two ports of 25GbE connectivity paired with proven cryptographic capabilities that accelerate and secure cloud and data center workloads.

Storage acceleration such as NVMe-oF TCP are built into the adapters, enabling seamless upgrade paths from existing storage paradigms to NVMe and persistent memory semantics.

It also provides enhanced security for your data in an unsecure world.

When your environment has multiple workloads across multiple physical servers, how will you optimize your data? 
The HPE SN1620E 32Gb Fibre Channel Host Bus Adapter is the server connection to the Storage Area Network (SAN). Database applications, high volume virtual server configurations and traditional data protection benefit from high bandwidth, low latency, and high I/Os delivered on a SAN. The growth in enterprise flash storage and the deployment of servers with multi-core processors is driving the need for high performance storage networking to prevent application operation gridlocks. The FC host bus adapter (HBA) is a critical element of this storage network to improve storage performance. The HBA offers flexibility and investment protection by supporting two generations of older infrastructure like FC Switches and Directors and two generations of newer infrastructure. This level of investment protection is critical when the buying cycles of servers and storage differ.

Is your data center poised to take the 16 Gb step in Fibre Channel (FC) connectivity?

The growth in enterprise flash storage and the deployment of servers with multi-core processors is driving the need for high performance storage networking to prevent application performance bottlenecks. The FC Host Bus Adapter (HBA) is a critical element of this storage network to improve storage performance.

The HPE SN1200E 16Gb Fibre Channel Host Bus Adapters deliver the high bandwidth, low latency and high IOPs to meet any application requirements, from online transaction processing or data warehousing to backup/restore and OpenStack Cinder block storage.

Supporting higher virtual machine density on powerful host servers, the SN1200E 16Gb HBAs delivers increased ROI on enabling more applications and virtual machines to run on a single server and I/O port without impacting SLAs. The 16 Gb FC HBA is backward compatible with 8 and 4 Gb FC storage networks to protect legacy investments.

Is your remote office, department or company looking to consolidate data spread across multiple HPE ProLiant servers into a highly reliable and affordable SAN?
There are many benefits to a consolidated storage strategy. The HPE SN1100Q 16Gb Host Bus Adapters (HBAs) build a Fibre Channel connection when installed into an HPE ProLiant server and cabled to a switch and storage device.
Multiple physical HPE ProLiant servers and/or virtual servers can be routed using a Fibre Channel switch to an HPE storage array such as the HPE MSA, HPE Nimble Storage or HPE Alletra storage devices. This level of consolidation concentrates storage management on one storage device and provides an equally powerful and reliable connection for each server and its applications. Additionally, an onsite data protection device such as a disk or tape backup can leverage the same Fibre Channel infrastructure helping eliminate slow over-the-network backups.

Are you looking for an upgrade path to improve Storage Area Network performance for your ProLiant servers?

The HPE SN1610Q 32Gb Fibre Channel Host Bus Adapter (HBA) provides significant I/O performance and security benefits over existing 16 Gb SAN solutions. Even if the SN1610 is introduced into a new ProLiant server, the Fibre Channel standard enables backward compatibility to 16 Gb infrastructure. Additionally, the HPE SN1610Q 32Gb Fibre Channel HBA is forward compatible to 64 Gb and future speeds. The exponential effect of newer servers and infrastructure helps accelerate databases, host more virtual machines, support emerging technologies such as NVMe, and reduce total cost of ownership. The HBA delivers better business outcomes across multiple industry verticals that rely on high-performance, data-intensive, and reliable connectivity from servers to storage.