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Does your high performance computing (HPC) data center require high speed fabric infrastructure?

The HPE Apollo 100GbE 48-port Intel Omni-Path Architecture Unmanaged Switch is an integrated option in the HPE Apollo 6000 Gen10 System with 24 downlink ports and 24 uplink ports. It cost-effectively supports large HPC clusters and delivers an exceptional set of high-speed connectivity features and functions. It is ideal for customers who deploy HPC clusters based on the HPE Apollo 6000 Gen10 Systems using the Intel® Omni-Path technology.

Do you need a data center infrastructure that can manage vast amounts of data, while lowering overall TCO?

Intel® Optane™ persistent memory for HPE is ideal for enterprise customers who need to consume and quickly manage vast amounts of data while running structured data management, analytics or virtualized workloads. Intel Optane persistent memory for HPE affordably expands memory capacity and adds low-latency access to persistent data, combining the best of memory and storage traits into one transformative product, while lowering overall TCO.

Intel Optane persistent memory for HPE brings massive data sets closer to the CPU for faster time to insight. It increases data center resiliency and takes database restart times from hours down to minutes or seconds. This allows access to use cases that were previously unavailable with traditional storage. Data can now be stored locally and accessed remotely to provide fast, high-capacity, immediate, consistent in-memory databases.

Are you looking to improve the operational velocity of your workloads with next-generation high-performance Fibre Channel (FC) SAN infrastructure?

The Brocade 32Gb Fibre Channel SAN Switch Module for HPE Synergy represents a composable and integrated Fibre Channel interconnect module with Gen6 technology that simplifies integration of the HPE Synergy blade chassis into a Storage Area Network (SAN). It provides breakthrough application performance, operational stability, and simplified manageability to meet the stringent business requirements with 32 Gb FC technology for HPE’s Composable Infrastructure. It is ideal for enterprises planning to deploy 32 Gb FC to meet growing bandwidth demands of applications utilizing all-flash storage arrays (AFA) and for customers looking to deploy scalable private cloud storage networks using HPE Synergy. It provides simplified manageability utilizing the Advanced Web Tools for fabric set-up and ongoing maintenance.

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Do you want to efficiently manage your rack infrastructure while reducing down time? Get more insight and control with HPE Apollo Platform Manager (APM). With APM, you can see and manage HPE Apollo and Moonshot shared rack infrastructure, server, chassis and rack-level power from a single console. Simplify and save by avoiding additional expenses of serial concentrators, adapters, cables and switches. At the same time, gain the flexibility to meet any workload demands with dynamic and static power allocation and capping. This 1U rack solution comes with GUI and command-line interface options and is also available with the Distribution Module Kit for backward compatibility.

Are you looking for a 100Gb Intel® Omni-Path Adapters for your HPE ProLiant XL and DL Server families?

HPE 100Gb Intel Omni-Path Adapters are designed for customers who deploy High Performance Computing (HPC) systems with their HPE ProLiant XL and DL Server families in the data center. The HPE 100 Gb 1p OP101 QSFP28 x16 OPA Adapter is available today. It is a low-profile PCIe card that supports one QSFP28 port with 100 Gb/s performance. By managing the traffic at a fine-grain Flow Control Digits (FLITs) level, the adapters and switches are able to make extremely granular switching decisions to optimize the performance.

The HPE XP7 Flash Module Device is a FMD unique to XP7. It combines MLC NAND flash and a SAS interface with a custom ASIC controller for superior flash performance. The FMD form factor is larger than traditional SSD and therefore is available in capacities of 1.7 TB, 3.5 TB, 7 TB and 14 TB. They are configurable in a variety of RAID types in the same fashion as other drives and is compatible with all XP7 firmware and software features.

The XP7 Flash Module Device supports wear levelling. In a flash memory each write or erase cycle stresses the cell which in turn causes deterioration of the cell over time. This might cause an imbalance in the cell activity which creates an irregular distribution of these unstable cells thereby impacting the life of flash.

The flash controller monitors the number of writes, erasures and refreshes to eliminate these imbalances by balancing the rate of deterioration in the flash memory cells. This helps in extending the useful lifetime of flash.

The HPE Active Optical Cables (AOCs) provide the bandwidth to meet the exponential data growth in Telco, e-Commerce and high performance computing (HPC). The HPE Active Optical Cables (AOCs) are much lighter and consume less power than traditional copper cables. They are ideal cable solutions for high–density data center and high performance computing applications.