Univa Grid Engine helps organizations improve ROI and deliver better results faster by optimizing throughput and performance of applications, containers and services while maximizing shared compute resources across on-premise, hybrid and cloud infrastructures.
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1
Improve Performance
Obtain higher-quality results faster with industry-leading throughput
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2
Maximize Utilization
Share resources more effectively and improve utilization on-premise and in the cloud
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3
Boost Productivity
Improve user productivity with reduced wait times, higher throughput and less downtime
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4
Reduce
Overall TCOReduce hardware, software and datacenter costs with efficient workload management
What Customers are Saying
With Univa Grid Engine, we have an infrastructure that schedules workloads to GPUs. We operate at 95% efficiency with lower overall costs.
Stephen Rawls,
Research Analyst, ISI,
USC School of Engineering
By Extending Univa Grid Engine to the Microsoft Azure cloud we gained practically infinite capacity from our hybrid solution cost-effectively.
Doron Sayag, IT Enterprise
Computing Services Manager,
Mellanox Technologies
This successful collaboration with Univa and AWS shows the extreme scale, power and agility of cloud-based HPC. We shrank simulation time from 20 days to 8 hours …a pace un-imaginable just a short time ago.
Steve Phillpott, CIO,
Western Digital
If you can be more efficient you gain a strategic or performance advantage. If Univa didn't make us go faster, we wouldn't be using it.
Otmar Szafnauer, CEO
BWT Racing Point F1 Team
Key Features
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Advanced GPU Support
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Cloud-friendly features
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Extreme performance and scale
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Monitoring and Reporting
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License-aware Scheduling
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Broadest OS and Hardware Support
The Broadest Application Support in the Business
Univa Grid Engine supports thousands of commercial and open-source applications in fields from Life Sciences to Manufacturing to Energy to Machine Learning and AI.
- Computational Chemistry
- Genome Assembly
- Variant Analysis
- Molecular Dynamics
- Protein Simulation
- Structural Analysis
- Finite Element Analysis
- Computational Fluid Dynamics
- Crash Simulation
- Dynamic Modeling
- Clash Detection
- Big Data Analytics
- Digital Circuit Simulation
- Reservoir Modeling
- Seismic Analysis
- Predictive Analytics
- Machine Learning & AI
- And more...
Resources
