EDA Scaling
Accelerating chip design for complex onboard electronics. High-performance infrastructure for next-generation semiconductors and ECUs.
Semiconductor Design
IC Verification
High-Throughput Computing
Design Velocity
Massive Parallel Verification
Modern onboard electronics require billions of transistors. We provide the HPC clusters and AI-Clusters necessary to run millions of concurrent verification jobs, drastically shortening the time-to-market for new automotive chips.
- Regression testing at scale
- Logic synthesis acceleration
- Distributed physical verification
Data Fabric
Low-Latency EDA Storage
EDA workloads are notoriously metadata-intensive. Our NVMe Storage solutions with Lustre/GPFS ensure that small-file I/O operations don't bottleneck your design engineers, providing consistent performance for global teams.
- Million-IOPs metadata performance
- Multi-site design synchronization
- Secure IP-Vaulting for proprietary schematics
EDA Workflow Logic
Maximizing semiconductor R&D efficiency through architectural scaling.
| Phase | Action | Outcome |
|---|---|---|
| Synthesis | Translating high-level RTL into gate-level netlists using HPC compute nodes. | Verified logic gate architecture. |
| Verification | Massive parallel simulation of chip behavior on AI-Clusters. | Zero-defect logic validation. |
| Physical Design | Placement and routing of components optimized by high-speed NVMe Storage. | GDSII tape-out readiness. |
| Tape-Out | Final sign-off and archiving of chip data in Lustre/GPFS repositories. | Ready-for-fabrication chip design. |
HPC for Semiconductor Innovation
Specialized Managed Services for EDA, utilizing Lustre/GPFS, NVMe Storage, and GPU-Computing.
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