Supplyframe Commodity IQ

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How are you managing 52+ Week Lead Times? Supplyframe Commodity IQ is a transformed approach to market research, focused on the inherent complexities of the electronics industry, and powered by Supplyframe’s Design-to-Source Intelligence (DSI) Network. From supply and demand forecasts, to unified commodity views and design intent, Supplyframe Commodity IQ gives organizations a snapshot of where the industry stands and where risk is emerging. With quarterly updates and incremental changes, Commodity IQ is the only source of up-to-date market intelligence tailored to the electronics industry. Whether you’re looking for potential risks in your procurement strategy, or examining the price volatility of raw materials, Commodity IQ allows for both global perspective and deep, granular detail, in a single, always up-to-date, quarterly report.

Building X

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Cloud application for remote monitoring of your buildings

Atellica Inventory Manager

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Atellica Inventory Manager provides automated, real-time control of reagents and consumables across multiple locations to reduce costs, save time, and improve lab quality.

Simcenter Unlimited

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Altair Unlimited is a comprehensive, turnkey high-performance computing solution designed to provide organizations with unlimited access to Altair's suite of simulation and analysis software. Available in both on-premises and cloud-based formats, it integrates software, system administration, and infrastructure into a single, intuitive platform. This enables users to efficiently manage and execute complex simulations across various domains, including mechanics, fluids, and electromagnetics, enhancing design capabilities and accelerating time-to-market. Key Features and Functionality: - Unlimited Software Access: Provides unrestricted use of Altair's HyperWorks solver software for simulating mechanics, fluids, electromagnetics, and more. - Flexible Deployment Options: Offers both physical appliances for on-premises deployment and virtual appliances for cloud-based access, catering to diverse organizational needs. - High-Performance Computing Resource Management: Includes Altair® PBS Professional® for efficient resource provisioning, workload management, and scheduling, ensuring optimal performance. - User-Friendly Web Portal: Features an intuitive interface for easy management and operation of simulations, reducing the complexity associated with HPC environments. - Innovative Licensing Model: Utilizes Altair's flexible units-based licensing system, allowing organizations to maximize software investments and access a wide range of tools without restrictive limitations. Primary Value and Problem Solved: Altair Unlimited addresses the challenges organizations face in accessing and managing high-performance computing resources for complex simulations. By offering a fully integrated, turnkey solution with unlimited software access and flexible deployment options, it democratizes HPC capabilities, enabling companies of all sizes to accelerate innovation, improve product design, and reduce time-to-market without the need for extensive IT infrastructure or expertise.

HPCWorks Breeze

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Altair Breeze is a comprehensive I/O profiling and dependency analysis tool designed to empower engineers by providing deep insights into application performance and deployment. It enables users to swiftly identify and resolve software deployment challenges, as well as file and network dependencies. By delivering detailed data on storage exports and generating summary reports, Altair Breeze highlights both efficient and inefficient I/O operations, facilitating quick optimizations. Even well-designed programs can suffer performance issues due to local settings, such as improper data storage locations, small I/O operations, and excessive metadata, which can strain compute, network, and storage resources. Utilizing Altair Breeze and adhering to its best practices allows users to address immediate problems, comprehend storage requirements, and enhance future planning. The tool profiles application file I/O to ensure data is stored appropriately. Key Features and Functionality: - System Administration Triage: Provides in-depth analysis of application arguments, environment, libraries, and dependencies to debug deployment and performance issues effectively. - Third-Party Application Troubleshooting: Assists in configuring storage usage for third-party applications by placing data on appropriate volumes, removing legacy dependencies, and designing suitable infrastructure. - HPC User Education: Offers I/O Healthcheck Reports that provide straightforward overviews and performance recommendations based on common I/O issues, making every engineer an I/O expert. - Application Tuning and Optimization: Automates performance and regression testing with detailed I/O profiling, exporting files and dependencies to ensure application correctness and facilitate migration. - Cloud Migration Automation: Discovers dependencies in legacy environments for seamless migration, containerizes workloads by including only necessary data, and profiles application I/O to right-size CPU, memory, and storage resources for cost management in the cloud. - Storage Benchmarking: Provides accurate performance metrics across various I/O patterns to troubleshoot storage issues and evaluate new solutions, enabling deep dives into performance patterns using real applications. Primary Value and Problem Solved: Altair Breeze addresses the complexities of software deployment and performance optimization by offering detailed insights into application I/O and dependencies. It empowers engineers to identify and rectify inefficiencies, ensuring optimal application performance and resource utilization. By automating dependency tracking and providing comprehensive I/O profiling, Altair Breeze simplifies troubleshooting, enhances data hygiene, and supports strategic migration planning, making it an invaluable tool for organizations aiming to optimize their IT infrastructure and application deployments.

HPCWorks Velocity

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Altair Accelerator is a high-throughput, enterprise-grade job scheduler designed to meet the complex demands of semiconductor and electronic design automation and high-performance computing . It efficiently manages compute infrastructures ranging from small, dedicated server farms to complex, distributed HPC and cluster environments. With its scalable, event-driven architecture and sub-millisecond dispatch latency, Accelerator maximizes design throughput and capacity utilization, making it an ideal solution for organizations seeking to optimize their computational resources. Key Features and Functionality: - High Throughput: Capable of running millions of jobs per day, ensuring rapid processing and efficient resource utilization. - Comprehensive Policy Management: Includes features like FairShare and preemption, allowing for effective control and optimization of workload environments. - Job Prioritization: Supports job preemption and reservations, enabling urgent tasks to take precedence without disrupting ongoing processes. - Rapid Scaling: Optimized for cloud workloads, it dynamically scales resources based on demand, reducing costs by adjusting cloud resources to exact needs. - Enhanced Visibility and Productivity: Provides visualization and failure identification tools, offering a clear overview of job statuses and resource allocation. - Accelerator Plus: Offers multi-layer, event-driven job scheduling with a hierarchical structure and a full-featured GUI for comprehensive management. Primary Value and Problem Solved: Altair Accelerator addresses the critical need for efficient job scheduling in high-demand computing environments. By delivering sub-millisecond latency and the capacity to handle millions of jobs daily, it significantly enhances design throughput and resource utilization. Its comprehensive policy management and job prioritization features ensure that urgent tasks are addressed promptly without compromising ongoing operations. Additionally, its rapid scaling capabilities in cloud environments allow organizations to manage costs effectively by aligning resource usage with actual demand. Overall, Accelerator empowers organizations to streamline their computational workflows, reduce time-to-market, and optimize the use of expensive EDA licenses and hardware resources.

HPCWorks Grid Engine

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Altair® Grid Engine® is a premier distributed resource management system designed to optimize workloads and resources across thousands of data centers. It enhances performance, productivity, and efficiency by managing workloads automatically, maximizing shared resources, and accelerating the execution of containers, applications, and services. Deployable in any technology environment—on-premises, cloud, hybrid cloud, or cloud-native high-performance computing —Altair Grid Engine enables enterprises to deliver products and results faster, more efficiently, and with lower overall costs. Key Features and Functionality: - Advanced GPU Support: Supports new frameworks and maximizes the use of GPU resources both on-premises and in the cloud. - Cloud-Friendly Features: Facilitates easy deployment and scaling of dedicated and hybrid HPC clusters in various cloud environments. - Extreme Performance and Scalability: Proven to enhance performance and reduce time to results in clusters exceeding 1 million cores or virtual CPUs. - Monitoring and Reporting: Provides comprehensive tracking and measurement of resource utilization through detailed reporting. - License-Aware Scheduling: Efficiently manages application licenses with the optional License Orchestrator, optimizing the use of expensive software licenses. - Broad OS and Hardware Support: Compatible with various operating systems, including Linux and Windows, and supports x86, Power, and Arm architectures. Primary Value and User Solutions: Altair Grid Engine addresses the critical need for efficient workload management and resource optimization in complex computing environments. By enhancing throughput and performance of applications, containers, and services, it enables organizations to deliver higher-quality results faster. The system's ability to maximize shared compute resources across on-premises, hybrid, and cloud infrastructures leads to improved return on investment and reduced operational costs. Additionally, its broad application support across industries such as life sciences, manufacturing, energy, machine learning, and AI ensures versatility and adaptability to various computational demands.