Automotive & Manufacturing
Aerodynamic and structural simulation, combustion/thermal analysis, and FEA for product design.
DALCO designs HPC clusters around your specific requirements from general-purpose, everyday compute to GPU-accelerated workloads and large-scale scientific simulation. Every system is fully integrated, factory-assembled, and backed by DALCO’s service and support from configuration through deployment.
An HPC cluster is a network of processors hundreds or even thousands of them working together on the same problem at the same time. This is High Performance Computing (HPC): parallel processing at scale, tackling one massive problem as a team, or dividing up several smaller ones at once, often reaching speeds beyond a trillion calculations per second (teraFLOPS). Applications built for this kind of parallel execution can put tens of thousands of cores to work simultaneously, cutting computation time from days to hours, or hours to minutes.
DALCO clusters serve as a foundational building block for a broad range of HPC applications from Computational Fluid Dynamics, visualization, and weather modeling, to aerospace and automotive engineering simulation, petroleum exploration and production, seismic and environmental research, and defense and classified research production. Across these workloads, DALCO clusters run up to 20% more efficiently than traditional cluster providers.
Aerodynamic and structural simulation, combustion/thermal analysis, and FEA for product design.
Multiphysics simulation across fluid dynamics, structural and thermal analysis, and electromagnetics.
Particle physics, climate and weather modeling, astrophysics, and materials science.
Monte Carlo simulations for risk modeling, portfolio valuation, and stress-testing.
Molecular dynamics for drug discovery, genomic sequencing, and medical imaging.
Built on your choice of AMD EPYC or Intel Xeon® processor architectures, DALCO X64 cluster solutions provide the ultimate in configuration flexibility, allowing precise component customization to meet your exact application needs. Combined with the convenience of complete factory integration, these solutions ensure a smooth and efficient deployment.
ECC DDR5 per node
PSU efficiency, N+1
less floor space