Enlighted IoT System

2 reviews

The Enlighted IoT platform provides wireless lighting control and captures data for use in software IoT applications and 3rd party systems using APIs.

Simcenter Fluxmotor

2 reviews

Altair FluxMotor is a specialized software platform designed to streamline the global design and optimization of electric rotating machines. It empowers engineers to rapidly explore various motor configurations, considering multiphysics constraints, and identify the most promising designs within minutes. The intuitive environment caters to both generalists and experts, facilitating efficient creation, analysis, reporting, and optimization of electric motors. Integrated multiphysics capabilities allow designers to predict electromagnetic performance, optimize cooling strategies, and assess noise, vibration, and harshness performance within a single platform. Key Features and Functionality: - High Productivity Gains: The user-friendly interface enables rapid exploration of multiple motor variants, allowing engineers to focus on innovation. - Multiphysics Solution: Comprehensive analysis of electromagnetic performance, cooling strategies, and NVH simulations are conducted within a unified platform. - Recognized Accuracy: Leveraging over 35 years of Altair's expertise in finite element motor modeling, FluxMotor delivers reliable and trusted results. - Efficient Reports and Comparisons: Customizable reports and data sheets are automatically generated, with embedded comparison tools to aid in selecting the most performant machines. - Strong Optimization Capabilities: The software predicts machine performance across various operating points or complete duty cycles, meeting multiphysics requirements from the early design stages. - Seamless Connectivity: FluxMotor offers simplified access to advanced multiphysics analysis, system integration, and optimization, with the ability to automate customized scenarios using Altair’s integrated solutions. Primary Value and User Solutions: FluxMotor significantly accelerates the electric motor design process by providing a dedicated, intuitive platform that integrates multiphysics optimization. By addressing complex design constraints from the concept phase, it enables design teams to make early strategic decisions that impact cost and performance. The software's fast and accurate computations reduce the need for physical prototypes, leading to cost savings and shorter development cycles. Its comprehensive analysis capabilities ensure that the final motor designs meet performance targets while optimizing cooling and NVH characteristics, ultimately delivering high-quality, efficient electric motors.

Simcenter EDEM

2 reviews

Altair® EDEM™ is a high-performance software application designed for simulating and analyzing the behavior of bulk and granular materials using the Discrete Element Method . It accurately models materials such as coal, ores, soils, grains, fibers, tablets, and powders, providing engineers with critical insights into how these materials interact with equipment under various operational conditions. EDEM is utilized across industries including heavy equipment, mining, steelmaking, and process manufacturing to predict material behaviors, evaluate equipment performance, and optimize processes. Key Features and Functionality: - Material Simulation: EDEM can model a wide range of real-world materials, from large rocks to fine powders, using validated multi-sphere and polyhedral particle solvers. - Realistic Material Behavior: The software includes comprehensive physics models to represent various material behaviors, such as dry, sticky, or compressible states. - High-Performance Solver: EDEM offers fast and scalable computing performance across CPU, GPU, and multi-GPU solvers, enabling the simulation of large and complex particle systems involving millions of particles. - CAE Integration: EDEM integrates seamlessly with other Computer-Aided Engineering tools, including Multi-Body Dynamics , Finite Element Analysis , and Computational Fluid Dynamics , extending its application scope. - Advanced Analysis Tools: The software provides an extensive set of built-in tools for visualization and analysis, with options for data export and a Python library for further post-processing. Primary Value and Problem Solving: EDEM addresses the challenges engineers face in understanding and predicting the behavior of bulk materials interacting with equipment. By providing accurate simulations, it helps in identifying potential issues such as blockages, spillage, and wear, thereby reducing the need for physical prototyping. This leads to optimized equipment design, improved process efficiency, and significant cost savings. Additionally, EDEM's integration with other CAE tools allows for a comprehensive analysis of complex systems, enhancing overall engineering workflows.

HPCWorks Allocator

2 reviews

Altair® Allocator™ is a multi-site license allocation and management tool designed to maximize software license utilization through efficient sharing across multiple job scheduling servers, geographical locations, and business units. By enabling organizations to share software licenses seamlessly, Allocator enhances operational efficiency and provides clear visibility into license usage, allowing for prioritized allocation based on organizational needs. Key Features and Functionality: - Shared Licenses: Allocator monitors the total number of licenses in the pool and those currently in use, distributing available licenses across various geographic sites or business units to optimize utilization. - Policy Enforcement: Comprehensive resource management policies enable Allocator to enforce license allocation rules throughout the system, ensuring compliance and efficient resource distribution. - Easy Integration: Allocator integrates seamlessly with Altair Monitor™ for license monitoring and with workload scheduling solutions like Altair Accelerator™ and Altair PBS Professional™, facilitating a cohesive license management ecosystem. - Designed for Multi-site Organizations: Tailored for development teams spread across multiple geographies and data centers, Allocator addresses the complexities of managing licenses in distributed environments. - Operational Efficiency: By adjusting license allocation according to demand and utilizing policies to maximize software asset usage, Allocator helps organizations enhance their operational efficiency. Primary Value and Problem Solved: Allocator addresses the challenge of underutilized and inefficiently managed software licenses within organizations operating across multiple sites and business units. By enabling dynamic sharing and allocation of licenses, it ensures that software resources are utilized to their fullest potential, reducing costs associated with unused licenses and improving overall productivity. The tool's real-time metrics and policy enforcement capabilities provide organizations with the insights and control needed to manage licenses effectively, aligning resource allocation with actual demand and organizational priorities.

Simcenter Material Data Center

2 reviews

Altair® Material Data Center™ is a comprehensive platform designed to manage the entire lifecycle of material data, enabling designers, engineers, and scientists to access, compare, and utilize accurate multi-domain material properties. By consolidating proprietary and high-quality reference data within a secure, cloud-based environment, it facilitates the development of sustainable, efficient, and lightweight designs. The platform offers ready-to-use material solver cards compatible with major CAE tools, ensuring consistency and traceability across teams. Key Features and Functionality: - Comprehensive Material Database: Provides validated data for metals, polymers, and composites, including structural, fatigue, thermal, and electromagnetic properties, with full traceability to supplier sources. - Cloud-Based Accessibility: Offers a scalable, secure solution accessible from any device, facilitating collaboration and productivity across global teams. - Advanced Material Modeling: Integrates with Altair® Material Modeler™ and Altair® Multiscale Designer® to enhance material testing and simulation accuracy. - Supplier-Specific Data Integration: Enables early supplier selection, streamlining procurement and supply chain management by providing direct access to supplier material data. - Role-Based Access Control: Ensures secure data management with revision control, allowing organizations to manage proprietary information effectively. - Seamless Integration with Simulation Tools: Connects with Altair’s and other major solvers, allowing for non-disruptive workflows and efficient material selection. Primary Value and Problem Solved: Altair Material Data Center addresses the challenge of managing and utilizing accurate material data in product development. By providing a centralized, secure repository of validated material properties, it ensures consistency and traceability across teams, reducing errors and accelerating the design process. The platform's integration with simulation tools and access to supplier-specific data enable informed decision-making, leading to optimized product performance and streamlined procurement processes. Ultimately, it empowers organizations to develop innovative, high-quality products efficiently.

Simcenter Compose

2 reviews

Altair Compose is a comprehensive environment designed for mathematical computations, data manipulation, visualization, programming, and script debugging. It enables users to perform a wide array of mathematical operations, including linear algebra, matrix manipulations, statistics, differential equations, signal processing, control systems, polynomial fitting, and optimization. With its integrated development environment , Altair Compose facilitates the development and automation of algorithms, streamlining repeated computations and processes. Additionally, it offers native support for Computer-Aided Engineering and test result data, enhancing system understanding and supporting model-based development for multi-domain simulations. Key Features: - Numerical Computing: Provides hundreds of powerful mathematical operations and built-in functions for calculations ranging from simple to complex. - Rapid Algorithm Development: Allows users to explore multiple approaches and find solutions faster than with spreadsheets or traditional programming languages like C/C++. - Multi-language Math Environment: Based on the Open Matrix Language and compatible with Octave and Python, offering flexibility in programming. - Process Automation and Scripting: Facilitates the automation of repeated calculations and streamlining of common processes, with useful debugging capabilities. - Plotting and Visualization: Offers 2D and 3D plotting tools to provide richer insights from calculations and data. - Built-in CAE Data Readers: Enables easy import, visualization, and manipulation of data from physical testing and CAE applications like FEA, CFD, electromagnetics, and multibody dynamics. Primary Value and User Solutions: Altair Compose empowers engineers, scientists, and product developers to make informed decisions by performing essential engineering calculations based on first principles. Its all-in-one, user-friendly IDE eliminates the need for additional toolboxes, making it a cost-effective solution. The software's accessibility, either as a standalone tool or integrated with other Altair products, ensures flexibility and scalability. By automating processes and providing comprehensive data analysis and visualization tools, Altair Compose enhances productivity and accelerates the development of algorithms and models.

Simcenter Radioss

2 reviews

Altair Radioss is a leading explicit finite element analysis (FEA solver designed to evaluate and optimize product performance under highly nonlinear dynamic loadings. Widely adopted across industries such as automotive, aerospace, electronics, and defense, Radioss excels in simulating complex scenarios like crashes, impacts, blasts, and manufacturing processes. Its robust multiphysics capabilities enable accurate modeling of structural responses, enhancing product safety, durability, and manufacturability. With seamless integration into Altair's software ecosystem and compatibility with third-party solvers, Radioss offers a scalable and efficient solution for engineers tackling challenging dynamic analyses. Key Features and Functionality: - Explicit Finite Element Solver: Efficiently handles highly nonlinear problems under dynamic loadings, providing accurate simulations of complex events such as crashes and impacts. - Multiphysics Capabilities: Supports simulations involving fluid-structure interactions, thermal effects, and electromagnetic phenomena, enabling comprehensive analysis of product behavior under various conditions. - Material and Rupture Libraries: Offers an extensive collection of material models and failure criteria, including definitions for concrete, foam, rubber, steel, composites, and biomaterials, facilitating precise modeling of diverse materials. - Advanced Element Formulations: Provides innovative composite shell elements with delamination tracking and fast parabolic tetra elements, ensuring high accuracy and efficiency in simulations. - Solver Compatibility: Allows direct execution of input decks from trusted industry solvers like LS-DYNA without the need for conversions, streamlining workflows and reducing adoption barriers. - Scalability and AI Integration: Delivers unmatched scalability across diverse computing architectures and integrates seamlessly with AI workflows, enabling rapid training of AI models and predictive insights. Primary Value and Problem Solving: Altair Radioss empowers engineers to accurately predict and enhance product performance under dynamic conditions, reducing reliance on physical prototyping and accelerating the design process. By providing detailed insights into structural behavior during events like crashes, impacts, and blasts, Radioss helps improve product safety, durability, and compliance with industry standards. Its multiphysics capabilities and extensive material libraries enable comprehensive analysis of complex systems, facilitating innovation and optimization across various industries. The solver's compatibility with third-party tools and scalability ensures efficient integration into existing workflows, enhancing productivity and reducing time-to-market for new products.

Simcenter Hyperlife

2 reviews

Altair HyperLife is a user-friendly fatigue analysis software designed on a solver-neutral framework, providing a comprehensive toolset for durability analysis. It interfaces directly with major finite element analysis result files, facilitating seamless integration into existing workflows. With an embedded material library, HyperLife enables accurate fatigue life predictions under repetitive loadings, catering to a wide range of industrial applications. The software includes numerous certification guidelines and offers an open, customizable environment, allowing easy adjustments to in-house methods and requirements. Key Features and Functionality: - Fatigue Life Modules: Supports uniaxial and multiaxial SN/EN analysis, Dang Van factor of safety calculations, and weld fatigue assessments for spot and seam welds. - Material Database: Comprehensive embedded material library supporting various standards, including FKM, DVS-1612, DVS-1608, and Eurocode-3. - Weld Fatigue Assessment: Evaluations for spot and seam welds based on RUPP and VOLVO methods. - Signal Processing: LoadMap utility for automatic or manual pairing of FEA load cases with fatigue load history files. - Analysis Tools: Visualization of contour plots and histograms for result interpretation. - Utilities: Complete toolkit for efficient data management and analysis. Primary Value and User Solutions: HyperLife empowers engineers to make informed decisions by providing accurate fatigue life predictions, enhancing product durability and performance. Its intuitive interface and solver-neutral approach streamline the fatigue analysis process, reducing the time and cost associated with physical testing and redesigns. By integrating seamlessly with existing FEA workflows and offering customizable features, HyperLife addresses the critical need for reliable durability assessments in various industrial applications.

PCBflow

2 reviews

PCBflow is a cloud-based platform developed by Siemens Digital Industries Software that streamlines the collaboration between PCB designers and manufacturers. By providing real-time Design for Manufacturability (DFM analysis, PCBflow enables designers to validate and optimize their PCB designs early in the development process, reducing errors, accelerating time-to-market, and lowering production costs. The platform requires no installation or IT investment, offering a secure and accessible environment for efficient design-to-manufacturing handoff. Key Features and Functionality: - Real-Time DFM Analysis: Utilizes the Valor NPI engine to perform comprehensive DFM checks, identifying potential manufacturing issues and providing actionable feedback to designers. - Supply Chain Analysis: Powered by SupplyFrame, PCBflow offers detailed component sourcing information, including pricing, availability, compliance, and lifecycle data from over 80 suppliers, helping designers mitigate sourcing risks. - Collaborative Platform: Facilitates direct communication between designers and manufacturers, allowing for the sharing of ODB++ design files and manufacturer-specific DFM rules, ensuring designs meet production capabilities. - Secure Cloud Environment: Provides a protected, cloud-based workspace that requires no additional IT infrastructure, enabling designers to access the platform from anywhere and collaborate in real-time. - Interactive DFM Reports: Generates concise, self-explanatory reports with filtering, statistics, summary tables, and error grouping, guiding users through the error correction process. Primary Value and Problem Solved: PCBflow addresses the common challenges in the PCB design-to-manufacturing process by enabling early detection and resolution of manufacturability issues. By integrating real-time DFM analysis and supply chain insights into a collaborative, cloud-based platform, PCBflow reduces the need for iterative redesigns, minimizes communication gaps between designers and manufacturers, and accelerates the overall product development cycle. This leads to cost savings, improved product quality, and faster time-to-market for electronic products.