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Are you looking for accelerating application workloads for the modern data center ecosystem?

The HPE SN1700E 64Gb Fibre Channel Host Bus Adapters are designed for demanding mission-critical workloads and emerging applications. It supports HPE ProLiant and HPE  Apollo servers with PCI-Express I/O slots to connect to HPE storage all-flash and NVMe-based arrays using the 64/32/16 Gb Fibre Channel (GFC) protocol. Compared to the previous generation, the HPE SN1700E FC HBAs offers higher bandwidth, better latency, enhanced security, and operational efficiency for 64 GFC. It provides seamless backward compatibility to 32 GFC, 16 GFC, and 8 GFC networks. When using storage-intensive applications, such as backup/restore, database transactions, virtualization, and rich media, the increased performance of the 64 GFC infrastructure enables rapid storage and retrieval of critical information.

The HPE SN1700Q 64Gb Fibre Channel Host Bus Adapters (HBAs) enable any HPE ProLiant server to share a highly resilient storage array such as the HPE Alletra Storage Array. Any HPE ProLiant with a Fibre Channel (FC) HBA can be configured to share storage. This type of design is a Storage Area Network (SAN). A FC Switch is used between the HPE ProLiant servers and the storage to direct data traffic to and from the server and storage.

A SAN is an excellent design for high availability, and high performance, using block-based design complementary to databases, online transaction processing, and enterprise resource processing. The SAN also enables different generations of FC products to interconnect allowing for phased upgrades or longer investment protection options.

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?

HPE Storage Networking NVMe-oF Adapters 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.

Do you need a data-center-on-chip platform to deliver better performance for your HPC/edge environments?
The HPE Data Processing Unit is a cloud infrastructure processor that governs the offloading, acceleration, and isolation of tasks like networking, storage, security and management to improve efficiency and performance. This series features two default operating modes: DPU and SuperNIC. By leveraging DPU mode, a data center-to-business application separation is created, resulting in a zero trust infrastructure with customized operations and an overall reduction in the total cost of ownership. In SuperNIC mode, the DPU too runs as an enhanced solution for east to west traffic in GPU systems, enabling accelerated networking for AI computing. SuperNICs support workloads in power-efficient, low-profile designs and can provide superb AI workload efficiency through proven RoCE. Utilize the HPE Data Processing Unit for consistent and predictable performance for accelerating AI computing.

Are you looking for a simple way to migrate to 10G high performance data center with low cost and low power in your data center? The HPE Ethernet 10Gb 2-port X550-AT2 Adapter deliver high performance and low latency for Ethernet traffic to and from the server with minimal CPU resources required. Processing of I/O packets on the adapter frees up CPU to do other more important tasks. For environments such as Telco/NFV, high-performance computing (HPC) and ecommerce that deal with large volumes of small packet traffic, these adapters accelerate small packet processing by bypassing processing in the host O/S kernel.

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.

Do you need a 1GbE adapter with low power, high port density and virtualization features?

The HPE Ethernet 1Gb 4-port BASE-T BCM5719 Adapter features the next generation of Ethernet integration, offering a single chip solution that reduces power requirements and optimizes I/O slot utilization. It delivers full line-rate performance across all ports with low power consumption. The HPE Ethernet 1Gb 4-port BASE-T BCM5719 Adapter is ideal for virtualization, security, server consolidation, network segmentation, and other applications requiring maximum throughput and port density. The total aggregate throughput of 8 Gb meets the needs of customers desiring high bandwidth. The HPE Ethernet 1Gb 4-port BASE-T BCM5719 Adapter supports advanced features such as Large Send and Receive offload capability, TCP checksum and segmentation, VLAN tagging, MSI-X, jumbo frames, IEEE 1588, and virtualization features such as VMware NetQueue and Microsoft VMQ.