Exascale Spectral Archiving Storage // Raw Data Repos 2026

Raw Data Repos

Petabyte-scale storage for raw spectral data. We provide the High-Throughput Parallel Fabric required to ingest and re-process massive datasets from Cryo-EM, NMR, and Synchrotron sources.

Lustre/GPFS Clusters 800G Optical Fabric Erasure Coding 16+3

Spectral Data Core

Massive Throughput

Distributing spectral data blocks across hundreds of nodes via Parallel File Systems to reach Terabyte-per-second ingestion speeds.

Bit-Rot Protection

Implementing high-ratio Erasure Coding (16+3) to ensure that even multiple simultaneous drive failures never impact irreplaceable research.

AI Re-Discovery

Keeping petabytes of raw data "hot" on NVMe-over-Fabrics for rapid re-processing by the next generation of AI molecular models.

Spectral Logic Pipeline

Phase Storage Action Strategic Outcome
Ingestion Streaming multi-gigabit sensor data directly into NVMe Flash Tiers. Zero-Latency Capture
Parallelization Stripping data across a Massively Parallel Fabric for linear scaling. Exascale Simulation Readiness
Archive Automated migration to Object Storage (S3) with semantic metadata tags. Decade-Long Metadata Search

Technical Insight

The deployment of 800G Optical Interconnects in 2026 allows for raw spectral data to be streamed from the lab directly into a centralized HPC-Storage Core, eliminating the need for localized buffering.