Powerful computing enables discovery, and Altair® HPCWorks™ makes high-performance and cloud computing fast, efficient, and productive — whether your resources are on-premises, in the cloud, or a hybrid mix. Expertly manage IT complexity and enable the latest AI workloads. Align work with your business priorities using features including cost controls, failure mitigation, and remote visualization. The Altair HPCWorks computing platform powers the world’s most critical HPC and high-throughput workloads in science, manufacturing, chip design, and more.
The convergence of HPC with simulation and data analytics is creating even more opportunities to innovate and partner with users and industry collaborators to deliver the latest technology and develop tomorrow’s game-changing innovations.
You need the right job scheduler for your organization’s unique computing requirements — and not all job scheduling software is created equal. Altair HPCWorks solutions aren’t just HPC workload managers; they deliver storage-aware scheduling and then go beyond to encompass monitoring, reporting, forecasting, budgeting, I/O profiling, flow dependency analysis, and more.
Because every computing environment is unique and job scheduling automation is only part of the picture, Altair HPCWorks also includes advanced workload management solutions for every requirement including complex exascale loads, widely distributed computing, hardware emulation environments, and millions of short operations in areas like semiconductor design, with hierarchical scheduling for greater throughput.
HPC system management can be challenging, and IT administrators need to keep their HPC environments running smoothly so users can stay productive. Altair makes maintaining an HPC platform easy by giving admins a control center for managing, optimizing, and forecasting resources.
Altair HPCWorks delivers advanced analytics to support data-driven planning and decision-making. Administrators can perform what-if analysis using workload simulation to determine the most productive way to scale an HPC system’s resources and manage cloud computing, high-performance clusters, and the largest-scale local and distributed systems.
Altair makes accessing computing resources easier than ever. With Altair HPCWorks, teams can collaborate from anywhere, share their work, and edit application data without needing to download large files. Researchers and engineers don’t need to be IT experts to access critical HPC resources, which frees them to focus on their work.
With the easy-to-use HPC portal in Altair HPCWorks, users can run solvers, view progress, manage data, and use 3D remote visualization via web, desktop, or mobile. And our open architecture means you can use third-party applications without needing additional software development. Altair’s smart, simple interface makes job submission quick and easy.
“By partnering with Altair, we implemented a brand-new HPC cloud architecture in just a few weeks without impacting users’ work. The new infrastructure enables our team to get critical engineering work done quickly and efficiently without the headaches of operating an on-premises data center.”
Mauro Bighi, CIO PUNCH Group | Read the Full Customer Story
Software licensing can be a significant expense for any organization, especially for tools in specialized areas like electronic design automation (EDA). Costs can add up quickly as users demand more resources. Altair HPCWorks’s tools for license allocation, management, and optimization minimize your licensing costs.
With Altair HPCWorks, you can right-size your software portfolio using real data to make informed business decisions. You can also maximize license utilization through sharing — even across multiple geographical sites and business units — to increase efficiency. Data analysis and visualization enables you to tune your current configuration and plan for the future.
As cloud HPC becomes an industry standard, organizations are scaling up and out of the data center with hybrid cloud computing and cloud bursting for peak-time workloads. With Altair HPCWorks, you don’t need to worry about on-premises resources or limited HPC storage solutions constraining your productivity.
Altair HPCWorks can help you migrate compute-intensive HPC workloads to the cloud and right-size your resources, including multi-cloud deployments. Scale easily with flexible resource provisioning and use powerful automation to manage clusters. Easy spend management tools let you monitor and control cloud costs, ultimately reducing expenses and improving time to results.
Altair HPCWorks is included with the turnkey Altair® Unlimited™ private appliance, available both on-premises and in the cloud. Altair Unlimited boxes up software, system administration, and infrastructure as a service into a single, intuitive platform, and every system comes with a user-friendly web portal.
Altair Unlimited delivers unlimited use of a wide range of Altair solver software for simulating mechanics, fluids, electromagnetics, and more — including modeling, visualization, and optimization. With it, you can run all your favorite CAE software on a secure, scalable, easy-to-deploy platform that simplifies access to HPC infrastructure at an affordable cost.
Altair's industry-leading workload manager and job scheduler for high-performance computing (HPC) environments.
A portal for engineers and researchers that provides a simple, powerful, and consistent interface for submitting and monitoring jobs on remote clusters, clouds, or other resources.
Industry's fastest enterprise job scheduler with event-driven architecture for highest throughput and high-performance scheduling.
State-of-the-art private cloud HPC appliance offering unlimited use of all Altair software.
As the pace of innovation accelerates, Altair is helping companies use digital twins, intelligent models, and the convergence of simulation, HPC, and artificial intelligence (AI) to predict and optimize system outcomes. Learn how to access all Altair solutions with Altair One™ and Altair Units.
Inphi produces high-speed semiconductor components and optical subsystems that enable big data to move quickly throughout the globe, both inside data centers and between broadly distributed computing facilities. In today’s competitive semiconductor design and electronic design automation (EDA) industry, winning organizations leverage high-performance computing (HPC) and high-end design software to stay ahead of the game. As these tools are often expensive, maximizing utilization to ensure the design and development process runs quickly and efficiently — and that everything stays within budget — is the key to delivering innovative technologies to market faster than competitors. The team at Inphi understands the importance of HPC and EDA software performance optimization better than most. They evaluated several competing solutions before selecting Altair Accelerator, which stood out among the competition for superior performance and Altair’s reputation for excellent customer service.
Open-source software celebrates principles such as open exchange, collaborative participation, transparency, and meritocracy. At their best, open-source projects are agile, well-supported, and responsive to changing user requirements. Customers benefit from high-quality, freely available software. Altair is a major supporter of open-source software and collaboration with efforts that include Altair Exchange, OpenPBS, and OpenRadioss.
But open source also carries risks. For active, well-supported projects, open-source software can be of high value, but not every project fits these categories. Open-source projects can also carry significant risks to the business including projects that may whither and die, excessive project forking, lack of documentation, and quality concerns. The trick is to balance the risks and rewards and make an informed decision about where best to deploy open-source software.
Subaru puts safety first by practicing human-oriented manufacturing, and the company's goal is to achieve zero fatal traffic accidents by 2030 – a goal they're using high-performance computing (HPC) to achieve. Subaru has long maintained its own HPC environment for simulation, but as computational processing requirements increased, they ran into a shortage of power and space for expansion. After initially exploring a private cloud, Subaru investigated public cloud options and selected Oracle Cloud Infrastructure (OCI) with workload management by Altair PBS Professional. The move was a large-scale operation that was completed in around six weeks – a significantly shorter deployment time than the 3-4 months it would typically take to expand an on-premises HPC environment. In addition to performance optimizations like increasing per-node memory capacity, the Subaru team reduced the amount of data transfer required by setting up remote preprocessing.