Software

With HPE OpenVMS, get a platform that is proven to deliver. OpenVMS is a general-purpose, multi-user Operating system that offers immunity to both planned and unplanned downtime with proven continuous computing, including disaster-tolerant, multisite clusters at an open system price. While most enterprise IT environments measure uptime in days or weeks, OpenVMS customers characterize uptime in terms of years. You can depend on OpenVMS for uncompromising reliability, availability, scalability, and security.

The HPE System Management Homepage (SMH) consolidates and simplifies the management of ProLiant and Integrity servers running Microsoft Windows or Linux, or HPE 9000 and HPE Integrity servers running HP-UX 11i. By aggregating data from HPE Insight Management Agents and other tools, SMH provides a secure and intuitive interface to review in-depth hardware configuration and status data, performance metrics, system thresholds and software version control information. SMH can also be used to access the HPE Lights-Out Management processor on ProLiant and Integrity servers. SMH is part of the Service Pack for ProLiant (SPP) or the Integrity Support Pack (ISP), and can be extended to meet specific system management requirements by integrating additional plug-in tools. SMH is easy to install and can be extended to meet specific system management requirements by integrating additional HPE plug-in management tools that include HPE Online Diagnostics and HPE Software Version Control Agents.

How much does every minute of downtime cost your business?

HPE Serviceguard for Linux® (SGLX) is a high availability (HA) and disaster recovery (DR) clustering solution that increases uptime for your critical applications by protecting them from a multitude of infrastructure and application faults across physical or virtual environments over any distance. The solution reduces the impact of unplanned downtime with no compromise on data integrity or performance, and it helps achieve near zero planned downtime for maintenance.

Need to update your ProLiant servers with the latest drivers and firmware? The HPE ProLiant Updates Catalog for Microsoft System Center enables IT administrators to use System Center Configuration Manager (SCCM) and System Center Virtual Machine Manager (SCVMM) to automatically manage and distribute HPE ProLiant server software and firmware from the HPE Service Pack for ProLiant (SPP).

Are you struggling to manage your Edge devices in a way that you are accustomed to in a data center environment? The HPE Edgeline Infrastructure Manager Software (EIM) makes it simple to deploy and manage HPE Edgeline systems in any location. It allows administrators to aggregate the management of their Edgeline systems under a single application over wired and wireless interface (WiFi, LTE and such). The HPE Edgeline Infrastructure Manager easily conveys both routine and critical metrics in an easy-to-read graphical interface. It supports discovery, provisioning, and updating at scale to manage firmware, option settings, and networking parameters. Designed with standards-based API, HPE Edgeline Infrastructure Manager Software is an industry-leading Edgeline tool that is ideal for administrators who need to closely manage their servers and Edge systems both inside and outside the data center environment.

Is your HPE Slingshot interconnected system delivering high performance and efficiency? HPE Cray Supercomputing Fabric AIOps Software fuses large scale telemetry data ingest with job and topology information to power analytics that deliver insights into interconnect behavior and possible issues. Understanding how a large complex interconnected computing system behaves is a daunting task. The unique telemetry from HPE Slingshot’s premier congestion management capabilities and HPE Cray Supercomputing Fabric AIOps Software provides insights which can be used to increase system, workload and application performance, and improve return on investment while reducing the burden and costs of operating a complex system. By Informing system administrators of congestion hot-spots, anomalies, and patterns in the interconnect traffic, HPE Cray Supercomputing Fabric AIOps empowers them to more rapidly detect potential issues, unveil relationships, take preventive action, and improve operations.

Do your servers need increased performance of in-memory computing to keep pace with unprecedented growth in data volume and velocity?

HPE Scalable Compute Software is a flexible solution that aggregates the memory, processors, and I/O of multiple physical servers to create a single software-defined server that can reliably power your business-critical applications.

By running a proprietary, bare-metal hypervisor on each machine, a single software-defined server can virtualize the physical resources of every server to improve performance. Each node can be hot-swapped without impacting the operation of other nodes to provide increased server uptime.

By utilizing 1-, 2-, or 4-socket commodity servers and standard Ethernet networks, HPE Scalable Compute Software dramatically increases availability and provides the ideal solution to verify your data does not outgrow your infrastructure or your budget.

Altair PBS Professional offers comprehensive workload management for high-performance computing, and cloud environments. The workload management suite allows high performance compute (HPC) users to simplify their environment while optimizing system utilization, boosting application performance, and improving return on investment (ROI) on hardware and software investments. Altair PBS Professional is the preferred solution for many of the largest, most complex clusters and supercomputers¹ - and is the choice for smaller organizations needing HPC solutions that are easy to adopt and use.

Do you require rapid access to shared data between multiple servers within a Linux® high-performance computing (HPC) cluster on a Storage Area Network (SAN)? The HPE Clustered Extents File System is designed to provide simultaneous, high speed shared access to data between clustered Linux servers connected to a SAN, where each server in the cluster has direct high-speed data channels to a shared set of disks. The servers share a single name-space within the cluster, so each server can see all files, and can access files at local to near-local speeds. HPE Clustered Extents File System can scale for bandwidth or I/O by adding additional storage or network connections and provide for high availability (HA) of data within a design that detects and automatically recovers from server or network failure.