HPC Storage

A high-performance computing cluster running at full node utilisation generates data demands that most conventional storage architectures were simply never designed to handle. Simulation checkpoints, large input datasets, and intermediate result files all compete for the same storage bandwidth simultaneously, and when storage cannot keep pace, compute nodes sit idle waiting on data rather than doing the work they were provisioned for. SanSo Networks Private Limited works as a trusted HPC Storage Dealer in Delhi, supplying parallel file system infrastructure and high-throughput storage specifically architected around what HPC workloads actually demand from the layer beneath them.

Data is most valuable business asset as the world moves into AI Era it has become more critical across all Industries and operations highly depend on secure availability

SANSO provide HPC Storage to protect your investments with minimizing downtime protecting revenue and Production

Designed to support

Enterprise Backup
Disaster Recovery
High Availability
Reduced Downtime

Product Range

All Flash Array
NVMe Storage
SAN/NAS Storage
Unified Storage

Why HPC Storage Is a Fundamentally Different Problem From Enterprise Storage

As a reliable HPC Storage Provider in Delhi, we are committed to assisting establishments deploying storage systems catering to the challenging needs of high-performance computing.

In contrast to classical enterprise storage, HPC applications demand a high-throughput data access, low-latency and the ability to handle hundreds of compute nodes accessing the same data simultaneously.

Cutting-edge HPC storage systems use parallel file systems and distributed storage architectures to avoid bottlenecks and provide the needed data throughput, availability and scale for computation, simulation, artificial intelligence and big data analytics applications.

What Properly Architected HPC Storage Actually Delivers:

Aggregate throughput scales horizontally as additional storage nodes join the parallel file system, matching compute cluster expansion without redesigning the architecture.
Scratch file systems handle the high-frequency intermediate writes that active simulation jobs generate without saturating the primary storage tier.
Burst buffer layers provide a spill bucket to absorb the highest frequency of I/O accesses so that the compute node wouldn't be.
Tiered storage automatically moves completed job data from expensive fast storage to lower-cost capacity tiers once active computation finishes.
Low-latency metadata operations keep job schedulers and file access patterns responsive even as namespace sizes grow considerably.
High-availability configurations protect active simulation data against hardware failure without forcing job restarts from the beginning.

Where HPC Storage Determines Whether Compute Investments Pay Off

Educational research institutions, pharma and life sciences companies, aerospace and automobile manufacturing organisations and weather modelling centres in India are increasingly turning to certified HPC Storage Distributors in India to meet their needs for extremely high computing applications. The HPC clusters today are becoming larger and more complex, and the importance of fast storage performance in supporting those applications has grown.

Let's Understand Your Cluster's Data Requirements

As the authorised HPC Storage Partner in Delhi, we would rather understand your job sizes, checkpoint frequency, and current storage bottlenecks before recommending a parallel file system configuration. Walk us through what your cluster is running and where it waits, and we'll help design storage that genuinely keeps pace with it.

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