HPE OneView is a software-defined infrastructure management platform that empowers organizations to simplify and automate the management of their IT infrastructure. Improved for on-premises infrastructure, dark site environments, and HPE Synergy platforms. HPE OneView provides a centralized interface to manage and monitor servers, storage, and networking devices, ensuring seamless integration and efficient management of diverse infrastructure environments. HPE OneView's template-driven approach for deploying, provisioning, and updating improves users’ operational efficiency and accelerates service delivery. Designed with a modern, standards-based API, HPE OneView helps users develop applications faster through integrations with a broad ecosystem of third-party management services and tools.
How do you enable a system to perform like a supercomputer, but run like a cloud?
HPE Cray System Management for HPE Cray supercomputers is a solution enabling system administrators to manage large-scale supercomputers leveraging the architecture and advances of hyper-scalers and cloud providers. While offering the familiar capabilities of high performance computing (HPC) system management software, HPE Cray System Management enables customers to go beyond the traditional and enable new services, deploy broad ranges of workloads, and drive towards the as-a-service experience. Built to manage systems scaling to Exascale, HPE Cray System Management offers everything needed for manageability, reliability, and interoperability for your HPE Cray supercomputers.
HPE Aruba Networking Fabric Composer is an intelligent, API-driven, software-defined orchestration solution that simplifies and accelerates network provisioning, security management and day-to-day operations across rack-scale compute and storage infrastructure.
What makes Fabric Composer different from other solutions is that the software is the primary unified network and security management engine for the CX switching platforms. It handles all switch and network configurations, plus all firewall policy definitions for both switch and distributed firewalls.
Fabric Composer simplifies fabric management across multi-site data center locations. This multi-fabric orchestration capability is enabled via automating VXLAN configurations at data center border switches and global fabric management synchronization across geography dispersed data center locations.
Are you looking for a Container as a Service (CaaS) solution for your SUSE® environment? SUSE CaaS Platform from HPE is an enterprise class container management solution that enables IT and development operations professionals to more easily deploy, manage, and scale container-based applications and services. Enterprises can reduce application delivery cycle times and improve their business responsiveness. The SUSE CaaS Platform from HPE helps you achieve faster time to value, simplify management and control of your container platform, and increase your return on investment (ROI).
Are you looking for a suite of tools, development platforms, and components to help your team produce better code?
TotalViewTM by Perforce software development solution simplifies all aspects of the high performance computing (HPC) development lifecycle and reduces overall release times. The solution addresses the growing complexity of building great software and accelerates the value gained from code across the enterprise. It assists developers to quickly build applications for strategic software initiatives. With TotalView by Perforce, customers improve software quality and code integrity, while shortening development cycle times.
Are you a scientist, researcher, or an HPC programmer at a national laboratory, research university, or a commercial organization who develops modeling and simulation applications in weather forecasting, climate modeling, high-energy physics, materials science, computational chemistry, computational biology, computational fluid dynamics, structural analysis, astrophysics, geophysical sciences, and similar fields?
Hewlett Packard Enterprise partners with NVIDIA to provide compiler support for those who utilize the NVIDA HPC Software Development Kit. HPC SDK Compiler Support Services (HCSS) provide enterprise-grade support for the HPC compilers within the NVIDIA HPC SDK, specifically the NVFORTRAN, NVC++, and NVC compilers.
Do you need to execute high performance computing (HPC) and artificial intelligence (AI) workloads?
The Hewlett Packard Enterprise HPC software stack is designed for its hardware systems and compatible with various third-party and open-source software solutions, enabling customers to achieve impressive performance and system management at scale.
HPE Cray Supercomputing User Services Software bundles together advanced features—including for power measurement and file system integration—to enhance user experience and system performance. By offering selective installation of features, HPE Cray SC User Services Software helps users customize their managed node environments based on their unique needs. HPE Cray SC User Services Software also supports integration of workload manager software and container orchestrators to continually facilitate increasingly complex integrated HPC and AI workflows.
Do you need to streamline the AI/ML deployment process? Do you need to support a diverse AI frameworks and scalable infrastructure in a cloud/hybrid environment that often requires customized data protection?
The HPE Machine Learning Inference Software features user-friendly tools to update, monitor, and deploy models that will help you get value from AI/ML initiatives faster. Role-Based Access Controls (RBAC) and endpoint security provide additional protection for ML resources. Dramatically improve team efficiency by using consistent tooling and pre-trained models to focus more on model development and less on the complexities of getting models into production. By offering a product that handles the intricacies of deployment, routing, and real-time monitoring, HPE Machine Learning Inference Software provides the agility needed to ship ML models quickly, iterate on them based on feedback from the real-world, and maintain high-performance standards.
