Software

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.

FlashSoft® software from SanDisk enables solid-state storage in the server (NVMe, PCIe, SAS or SATA) to enhance storage performance with full compatibility with currently deployed storage area network (SAN) storage systems. The software automatically places applications’ most frequently accessed data on the flash device in the server and keeps the data fully synchronized with the underlying storage. This cost-effective, high-performance flash solution improves application performance, virtualization capability, and storage efficiency without requiring any changes to existing applications or data center processes.

The HPE IMC Business Service Performance (BSP) Software is an Intelligent Management Center (IMC) module, targeted at support of data centers and large campuses, or remote sites that rely on centralized services. IMC BSP Software creates a holistic service health score dashboard for activity, health, availability and other factors for each individual customer-defined service.

This score uses data from the IMC platform, and optionally from SHM, APM and NTA modules to reflect the status of the application, servers, VMs, and network hardware that make up the service, giving a overall service view.

How does my organization more efficiently and effectively analyze data in my Hadoop cluster environment? HPE Vertica SQL on Hadoop offers the fastest and most enterprise-ready way to perform SQL queries on your Hadoop data. We’ve leveraged our years of experience in the big data analytics marketplace and opened up our platform to use the full power of the Hadoop cluster. By offering an open, fast and enterprise-ready implementation of SQL on Hadoop, users can perform analytics regardless of the format of data or Hadoop distribution used.

Click here for more details on how HPE Vertica SQL on Hadoop handles your mission-critical analytics projects by merging the best of our analytics platform with the best that Hadoop can offer.

Are you deploying containerized or virtualized workloads (such as CNFs or VNFs) in your network, but are wrestling with the complexity of managing an underlying physical infrastructure made up of highly-distributed systems from multiple vendors? The HPE Resource Aggregator for Open Distributed Infrastructure Management delivers a standards-based resource management capability enabling both enterprises and communications service providers to simplify management of multi-vendor, heterogeneous, distributed compute, storage, and data networking physical infrastructure with the scalability and flexibility that such deployments require. Acting as an abstraction and aggregation layer between deployed systems' diverse proprietary and legacy management interfaces and DMTF Redfish®-compliant management systems, the HPE Resource Aggregator for Open Distributed Infrastructure Management enables simplified, automated management and orchestration of multi-vendor network infrastructure.

Does your HPC organization need to develop code in-house?

HPE Cray Supercomputing Programming Environment Software offers your programmers a complete set of tools for developing, porting, debugging, and tuning of their code so they can develop applications and bring innovations to the market faster. Save time by simplifying the transition to varying hardware architectures and configurations by automatically applying optimizations on HPC applications that use existing programming models with a simple recompile. HPE Cray Supercomputing Programming Environment Software provides a future-ready solution at a reduced cost with built-in languages, models, libraries, and tools.

Do you need an operating system specifically designed to run demanding HPC applications?
HPE Cray Operating System is a suite of high-performance software designed to run large, complex applications at scale.
Based on standard SUSE Enterprise Linux, the software provides many features designed to improve application efficiency, reliability, management, and extend data access.

Does your high-performance computing (HPC) / artificial intelligence (AI) environment need virtual GPU (vGPU) capability?
The NVIDIA® Virtual GPU Software enables GPU performance for workloads ranging from graphics-rich virtual workstations to data science and AI, enabling IT to leverage the management and security benefits of virtualization. By making GPU performance possible for every virtual machine (VM), the vGPU technology helps users to work more efficiently and productively from the data center to the cloud. 

Are you looking to reduce cost and complexity of the AI lifecycle?
NVIDIA AI Enterprise addresses the complexities of organizations trying to build and maintain their own high-performance, secure, and cloud-native AI software platform. Use pre-trained and customizable models to streamline development and deployment to better results with lower costs.

Do you need to scale your machine learning (ML) and data pipelines when processing large amounts of structured and unstructured data?

HPE Machine Learning Data Management Software delivers a flexible data layer platform that automates complex ML and data pipelines, while providing data versioning and lineage for reproducibility. Increase the performance of your pipelines with autoscaling and parallel processing built on Kubernetes for resource orchestration. Standard object stores, deduplication, and pipelines are automatically triggered when data is modified, thus saving your engineers time and resources. This platform features immutable data lineage with data versioning of any data type to provide traceable results, allowing any outcome to be reproduced.

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.