The Highest-Performing EonStor GS 5024U
U.2 NVMe Hybrid Flash Storage Solution

Performance-Driven Solution
for Ever-Growing AI and HPC
Features of EonStor GS 5024U
Flexible Scalability with Impressive Performance
EonStor GS 5024U scales with U.2 NVMe SSD and SAS HDD expansions to match your storage requirements.

Consistent 125GB/s with U.2 NVMe SSD Expansions
Optimized for maximum speed and low latency.

See hardware configurations required to reach maximum performance benchmarks.
Real-World Benefits
AI Training
AI training involves processing of massive datasets with widely varying file sizes, which can create bottlenecks for GPU utilization if storage cannot keep up. GS 5024U delivers extreme performance and ultra-low latency, efficiently handling data-intensive sequential reads. With scalable capacity up to 5.6PB via NVMe SSD expansion, it can easily store growing datasets.
High Performance Computing (HPC)
HPC workloads require high-performance sequential read/write access to large files, demanding storage that combines both speed and capacity. GS 5024U delivers high throughput and scales with multiple 90-bay HDD expansions to meet HPC requirements. Its U.2 SSDs can store Lustre metadata, eliminating the need for a separate metadata server and reducing deployment costs.
Media & Entertainment
Media production requires storage with extreme performance and the ability to support multiple users working simultaneously without frame drops or interruptions. GS 5024U delivers the extreme throughput and responsiveness for 4K/8K video editing, VFX, and rendering, supporting up to 340 4K streams and enabling multiple media editors to work together at full efficiency.
Electronic Design Automation (EDA)
EDA workflows demand high-performance storage to handle massive volumes of design files for simulation, layout, and verification tasks, where bottlenecks can slow progress. GS 5024U delivers over 640K file read IOPS, accelerating time-to-market, and with up to 5.6PB capacity via NVMe SSD expansion, it can easily store the data generated in semiconductor development.
EonStor GS Family
