Altair One® Cloud Innovation Gateway Achieves Seamless Integration with NVIDIA Omniverse Blueprint for Real-Time Digital Twins
Altair (Nasdaq: ALTR) has announced a technical integration between the NVIDIA Omniverse Blueprint for Real Time Digital Twins and the Altair One® cloud innovation gateway. The integration leverages GPU acceleration, NVIDIA NIM microservices, and Omniverse technologies to enhance visualization and interaction with complex simulations in a shared environment.
The collaboration enables real-time simulation and collaboration in virtual environments, combining 3D design, AI, and ray tracing capabilities. Users can now access high-end rendering and streaming capabilities on the cloud, particularly beneficial for crash and drop test simulations.
Notable performance improvements include up to 1.6x improvement on NVIDIA DGX B200 for Altair's ultraFluidX®, nanoFluidX®, and EDEM solutions. For EDEM specifically, this represents a 40x speed increase compared to 32 CPUs. Additionally, Altair OptiStruct® now features the cuDSS GPU-accelerated Direct Sparse Solver library for enhanced CPU and GPU-accelerated performance.
Altair (Nasdaq: ALTR) ha annunciato un'integrazione tecnica tra il NVIDIA Omniverse Blueprint per i Gemelli Digitali in Tempo Reale e il gateway di innovazione cloud Altair One®. L'integrazione sfrutta l'accelerazione GPU, i microservizi NVIDIA NIM e le tecnologie Omniverse per migliorare la visualizzazione e l'interazione con simulazioni complesse in un ambiente condiviso.
La collaborazione consente simulazioni e collaborazioni in tempo reale in ambienti virtuali, combinando design 3D, IA e capacità di ray tracing. Gli utenti possono ora accedere a capacità di rendering e streaming di alto livello nel cloud, particolarmente vantaggiose per simulazioni di test di collisione e di caduta.
I miglioramenti delle prestazioni includono fino a 1,6 volte di miglioramento su NVIDIA DGX B200 per le soluzioni ultraFluidX®, nanoFluidX® ed EDEM di Altair. Per EDEM in particolare, questo rappresenta un aumento della velocità di 40 volte rispetto a 32 CPU. Inoltre, Altair OptiStruct® presenta ora la libreria cuDSS GPU-accelerated Direct Sparse Solver per prestazioni migliorate sia su CPU che su GPU.
Altair (Nasdaq: ALTR) ha anunciado una integración técnica entre el NVIDIA Omniverse Blueprint para Gemelos Digitales en Tiempo Real y el gateway de innovación en la nube Altair One®. La integración aprovecha la aceleración de GPU, los microservicios NVIDIA NIM y las tecnologías Omniverse para mejorar la visualización y la interacción con simulaciones complejas en un entorno compartido.
La colaboración permite simulaciones y colaboraciones en tiempo real en entornos virtuales, combinando diseño 3D, IA y capacidades de trazado de rayos. Los usuarios ahora pueden acceder a capacidades de renderizado y transmisión de alta gama en la nube, especialmente beneficiosas para simulaciones de pruebas de choque y caídas.
Las mejoras de rendimiento incluyen hasta un mejoramiento de 1.6x en NVIDIA DGX B200 para las soluciones ultraFluidX®, nanoFluidX® y EDEM de Altair. En el caso de EDEM, esto representa un aumento de velocidad de 40 veces en comparación con 32 CPU. Además, Altair OptiStruct® ahora cuenta con la biblioteca cuDSS GPU-accelerated Direct Sparse Solver para un rendimiento mejorado en CPU y GPU.
알테어 (Nasdaq: ALTR)는 NVIDIA Omniverse Blueprint for Real Time Digital Twins와 Altair One® 클라우드 혁신 게이트웨이 간의 기술 통합을 발표했습니다. 이 통합은 GPU 가속, NVIDIA NIM 마이크로서비스 및 Omniverse 기술을 활용하여 복잡한 시뮬레이션을 공유 환경에서 시각화하고 상호작용하는 데 도움을 줍니다.
협업을 통해 가상 환경에서 실시간 시뮬레이션 및 협업이 가능해지며, 3D 디자인, AI 및 레이 트레이싱 기능이 결합됩니다. 사용자는 이제 클라우드에서 고급 렌더링 및 스트리밍 기능에 액세스할 수 있으며, 이는 충돌 및 낙하 테스트 시뮬레이션에 특히 유용합니다.
눈에 띄는 성능 개선 사항으로는 Altair의 ultraFluidX®, nanoFluidX® 및 EDEM 솔루션에 대해 NVIDIA DGX B200에서 1.6배 향상된 성능이 포함됩니다. 특히 EDEM의 경우, 이는 32 CPU에 비해 40배 속도 증가를 나타냅니다. 또한, Altair OptiStruct®는 CPU 및 GPU 가속 성능을 향상시키기 위해 cuDSS GPU-accelerated Direct Sparse Solver 라이브러리를 제공합니다.
Altair (Nasdaq: ALTR) a annoncé une intégration technique entre le NVIDIA Omniverse Blueprint pour les Jumeaux Numériques en Temps Réel et le passerelle d'innovation cloud Altair One®. L'intégration exploite l'accélération GPU, les microservices NVIDIA NIM et les technologies Omniverse pour améliorer la visualisation et l'interaction avec des simulations complexes dans un environnement partagé.
La collaboration permet des simulations et des collaborations en temps réel dans des environnements virtuels, combinant conception 3D, IA et capacités de ray tracing. Les utilisateurs peuvent désormais accéder à des capacités de rendu et de streaming haut de gamme dans le cloud, particulièrement bénéfiques pour les simulations de tests de collision et de chute.
Les améliorations de performance notables incluent jusqu'à 1,6x d'amélioration sur NVIDIA DGX B200 pour les solutions ultraFluidX®, nanoFluidX® et EDEM d'Altair. Pour EDEM en particulier, cela représente une augmentation de vitesse de 40x par rapport à 32 CPU. De plus, Altair OptiStruct® propose désormais la bibliothèque cuDSS GPU-accelerated Direct Sparse Solver pour des performances améliorées sur CPU et GPU.
Altair (Nasdaq: ALTR) hat eine technische Integration zwischen dem NVIDIA Omniverse Blueprint für Echtzeit-Digitale Zwillinge und dem Altair One® Cloud-Innovationsgateway angekündigt. Die Integration nutzt GPU-Beschleunigung, NVIDIA NIM-Mikrodienste und Omniverse-Technologien, um die Visualisierung und Interaktion mit komplexen Simulationen in einer gemeinsamen Umgebung zu verbessern.
Die Zusammenarbeit ermöglicht Echtzeitsimulationen und -zusammenarbeit in virtuellen Umgebungen und kombiniert 3D-Design, KI und Raytracing-Funktionen. Benutzer können nun auf hochmoderne Rendering- und Streaming-Funktionen in der Cloud zugreifen, die insbesondere für Crash- und Falltests von Vorteil sind.
Bemerkenswerte Leistungsverbesserungen umfassen bis zu 1,6-fache Verbesserung auf NVIDIA DGX B200 für Altairs ultraFluidX®, nanoFluidX® und EDEM-Lösungen. Für EDEM bedeutet dies speziell einen 40-fachen Geschwindigkeitszuwachs im Vergleich zu 32 CPUs. Darüber hinaus bietet Altair OptiStruct® jetzt die cuDSS GPU-beschleunigte Direct Sparse Solver-Bibliothek für verbesserte CPU- und GPU-beschleunigte Leistung.
- Integration enables significant performance improvements: 1.6x on NVIDIA DGX B200
- EDEM solution achieves 40x speed increase compared to 32 CPUs
- Enhanced computational efficiency reducing analysis time from hours to seconds
- New GPU-accelerated solver implementation improving performance across platforms
- None.
Insights
Altair's integration of NVIDIA Omniverse Blueprint into its Altair One platform represents a significant technological advancement in the company's digital engineering capabilities. This strategic partnership enhances Altair's competitive positioning in the rapidly growing digital twin market, which is projected to expand substantially as industries increasingly adopt simulation-driven design methodologies.
The integration delivers three critical competitive advantages: First, it enables real-time collaboration in virtual environments, dramatically improving workflow efficiency. Second, it leverages NVIDIA's GPU acceleration and AI capabilities to reduce simulation times—with some analyses cut from hours to minutes. Third, it offers turnkey deployment options across cloud and on-premises environments, providing flexibility that enterprise customers demand.
Performance improvements are substantial, with up to 1.6x improvement on NVIDIA Blackwell architecture and a remarkable 40x speed increase for EDEM compared to traditional CPU processing. These performance gains directly translate to productivity benefits for customers in computationally intensive industries.
This development strengthens Altair's position in the computational intelligence market by expanding its technological moat through deep integration with NVIDIA's industry-leading AI and visualization technologies. The partnership also demonstrates Altair's commitment to maintaining technological leadership in high-performance simulation, a critical factor for sustained competitiveness in the engineering software sector.
This partnership between Altair and NVIDIA represents a significant technological leap in digital twin technology implementation. The integration creates an accelerated pathway for deploying sophisticated digital twins by combining Altair's simulation expertise with NVIDIA's hardware acceleration capabilities.
The technical architecture leverages three critical NVIDIA technologies: GPU acceleration for computational performance, NIM microservices for AI deployment, and Omniverse for collaborative visualization. This creates a comprehensive stack that addresses the primary bottlenecks in digital twin implementation—computational intensity, real-time collaboration, and deployment complexity.
Performance benchmarks are particularly impressive, with up to 40x acceleration for certain applications compared to traditional CPU-based approaches. This magnitude of improvement transforms what's practically possible with simulation technology, enabling use cases that were previously too computationally expensive to implement in production environments.
The metadata cataloging capability within Altair One addresses a critical challenge in digital twin implementations—data governance across multiple iterations. This systematic approach supports model development in tools like PhysicsAI, which can reduce analysis time from days to minutes, creating a compounding efficiency effect throughout the engineering workflow.
For industries like automotive, aerospace, and heavy manufacturing where simulation-driven design is becoming essential, this integration provides a turnkey solution that significantly lowers the barrier to advanced digital twin adoption. The ability to deploy these technologies with minimal configuration effort represents a substantial value proposition for enterprises struggling with digital transformation initiatives.
"Integrating NVIDIA Blackwell acceleration, AI and Omniverse technologies into Altair One will allow
By leveraging NVIDIA Omniverse Blueprint for Real-Time Digital Twins in Altair One, users can collaborate and simulate in a shared virtual environment in real time. The technology combines 3D design, AI, and ray tracing to create immersive digital environments that function as a next-level digital workspace for professionals in all industries. Users benefit from high-end rendering and streaming capabilities on the cloud that simplifies how software components work together in large systems, especially those used for AI, data processing, and graphics computing. The integration will open new avenues for innovation and collaboration in areas like crash and drop test simulations.
"Digital twin technology is reshaping industries and giving engineers and designers the tools to enable real-time design, optimize faster, and more," said Timothy Costa, senior director of CAE and CUDA-X at NVIDIA. "Now,
Overall, the integration empowers users by giving them seamless, turnkey access to the Omniverse Blueprint with minimal effort. Meaning, if users have built digital twins with the Omniverse Blueprint in Altair One, they can easily deploy them in any cloud or on-premises environment. By systematically cataloging all data with essential metadata, Altair One enables datasets to expand through multiple design iterations. This supports the development of models in tools like Altair® PhysicsAI™, which can slash analysis time from hours or days to just seconds or minutes.
In addition to the enhancements above,
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