MSC ODYSSEE Solver 2025.1

Download MSC ODYSSEE Solver 2025.1 – Cloud-Based HPC Solver for Engineering Simulation

MSC ODYSSEE Solver 2025.1 is a cloud-based High-Performance Computing (HPC) and solver execution engine developed by Hexagon AB. It functions as a core component of Hexagon’s ODYSSEE platform, providing on-demand cloud computing resources essential for running computationally intensive Computer-Aided Engineering (CAE) simulations. This solver engine is designed for professionals in mechanical engineering, automotive, aerospace, manufacturing, and civil engineering simulation sectors who require scalable and efficient computation without managing local HPC infrastructure. By leveraging major cloud providers, MSC ODYSSEE Solver democratizes HPC access for complex engineering tasks.

Overview of MSC ODYSSEE Solver and Industrial Applications

MSC ODYSSEE Solver 2025.1 serves as a dedicated cloud HPC solver execution engine, integral to Hexagon’s ODYSSEE platform. Its primary function is to facilitate the efficient execution of CAE simulations by connecting users to elastic cloud compute resources. The software is particularly instrumental in industries such as automotive and aerospace, where complex simulations are standard for product design and validation. In manufacturing and civil engineering, it supports detailed analysis workflows that demand substantial computational power, enabling engineers to accelerate design cycles and improve product performance.

Cloud Compute Capabilities and Resource Management

The solver engine offers elastic cloud compute capabilities, allowing engineering teams to dynamically scale their computational resources as needed. It features automatic resource provisioning, intelligently selecting appropriate CPU, GPU, and memory configurations based on the specific demands of each CAE simulation job. This approach ensures optimal resource utilization and performance for tasks ranging from routine analyses to large-scale design of experiments (DOE).

MSC ODYSSEE Solver operates on a pay-per-use model, providing granular cost management controls. Users can set budgets, forecast expenditure, and leverage cost-saving options like spot instances for non-critical workloads. This financial flexibility ensures that HPC resources are accessible and cost-effective, removing the significant capital expenditure associated with maintaining on-premises HPC clusters.

Supported CAE Solvers and Integration with Hexagon ODYSSEE Platform

MSC ODYSSEE Solver 2025.1 offers deep integration with Hexagon’s suite of CAE solvers, including industry standards like MSC Nastran, Marc, Adams, and Actran. This seamless integration allows users to submit jobs directly from the ODYSSEE platform interface, with pre-configured cloud environments eliminating the need for complex local installations or licensing server management. The system also supports selected third-party solvers, often through containerization technologies or established partnerships, broadening its applicability.

The tight integration with the Hexagon ODYSSEE platform facilitates a streamlined workflow from job submission to results visualization. Users benefit from efficient job monitoring, progress tracking, and the ability to access simulation results directly within the cloud environment, enhancing productivity and collaboration among engineering teams.

Scalability and Performance for Large Simulation Studies

Designed for high-throughput simulation, MSC ODYSSEE Solver excels in its ability to execute massively parallel jobs across dozens to thousands of CPU cores. This exceptional scalability is critical for complex engineering studies such as design of experiments (DOE), shape optimization, and advanced simulation workflows that would be prohibitive on traditional local hardware. By harnessing cloud HPC, engineers can achieve significantly faster job turnaround times, enabling more iterations and design exploration within project timelines.

The cloud-native architecture of MSC ODYSSEE Solver effectively removes the limitations imposed by on-premises HPC clusters, such as queue wait times and hardware constraints. This allows simulation engineers to tackle larger and more complex models, pushing the boundaries of product development and innovation through accessible, on-demand compute power.

Use Cases and Benefits for Simulation Engineers and IT Managers

MSC ODYSSEE Solver 2025.1 provides tangible benefits for both simulation engineers and IT managers. For CAE analysts and simulation engineers, the primary advantages include access to virtually unlimited, scalable computing power exactly when needed, without the burden of managing hardware or software installations. This enables them to focus on simulation analysis and design optimization, rather than infrastructure upkeep. Common workflows include running extensive sensitivity analyses, Monte Carlo simulations, and complex multi-physics problems.

IT managers benefit from the elimination of capital expenditure on expensive HPC hardware and the reduction of operational overhead associated with maintaining on-premises clusters. The cloud-based, managed service model simplifies IT administration, while the cost control features offer predictable expenditure on simulation compute resources. This makes HPC compute accessible and manageable across the organization.

Frequently Asked Questions

How does MSC ODYSSEE Solver 2025.1 manage computational resources for CAE simulations?

MSC ODYSSEE Solver automatically provisions the appropriate cloud compute resources such as CPU cores, memory, or GPUs based on the solver requirements and model size. It scales elastically to run jobs on dozens to thousands of cores, ensuring efficient use of resources while charging only for what is consumed through its pay-per-use model.

Which simulation solvers are supported by MSC ODYSSEE Solver 2025.1?

MSC ODYSSEE Solver supports Hexagon’s portfolio of solvers including MSC Nastran, Marc, Adams, and Actran. It also includes growing support for selected third-party solvers through partnerships or containerized environments, ensuring broad compatibility with common engineering simulation tools.

Is local hardware required to run MSC ODYSSEE Solver 2025.1 simulations?

No local high-performance computing hardware or license servers are required. MSC ODYSSEE Solver runs entirely in the cloud, accessible via a web browser and internet connection, removing the need for companies to maintain on-premises HPC clusters and simplifying deployment.