AI-driven research and development applications are testing the limits of traditional, siloed, HPC architectures. Out-dated architectures limit the ability to share valuable accelerator resources such as NVMe, GPUs, FPGAs, and NICs. This significantly diminishes the ability to scale and meet uneven workload demands for critical research in public health, cybersecurity, citizen safety, public infrastructure, and a wide variety of other public sector concerns.
Stream this webinar and you'll see how the US Department of Defense deployed composable disaggregated infrastructure (CDI) and the benefits including the ability to:
- Improve IT Agility: Configure bare-metal servers on-demand, via software, from pools of shared data center resources to dynamically address unpredictable AI-driven workloads
- Increase Resource Efficiency: Extend the life of existing data center devices by repurposing as shared resources - regardless of physical location
- Increase Time to Value: Accelerate R&D efforts with the ability to stand up systems in minutes and repurpose idle resources for other applications
Sream now and begin powering your R&D with AI.