The ScaleFlux CSDU5SPC76 NVMe drive demonstrated excellent performance in evaluations, proving to be a dependable data storage option. Maintaining steady performance, the disk offers ample endurance, and delivers high speed, making it ideal for systems that require strong data integrity, large capacity, and high availability. Open-E's comprehensive testing regimen, which included stress tests, read/write operations, and long-term reliability assessments, validated the ScaleFlux CSDU5SPC76 as a high-quality enterprise data storage device. The test results confirmed that this NVMe model can manage the rigorous workloads of both Single-Node and High-Availability configurations within Open-E JovianDSS-based systems.
ScaleFlux CSDU5SPC76 NVMe Details
The following table includes the ScaleFlux CSDU5SPC76 NVMe specification.
| Product name | ScaleFlux CSDU5SPC76 NVMe |
| Model name | CSDU5SPC76 |
| Storage capacity | 7.68 TB |
| Form factor | U.2 2.5” |
| Interface | NVMe PCIe® Gen 4 |
| SED | TCG Opal 2.0 |
| Sequential Read | 7.2 GB/s |
| Sequential Write | 4.8 GB/s* |
| Power consumption | <20W Typical, <5W Idle |
| Firmware Version | U5324074 |
Sequential Read Performance
The ScaleFlux CSDU5SPC76 NVMes deliver a very stable sequential read performance that stays consistent and high among all threads and queues, demonstrating similarly high performance under all workloads. Thanks to it, the disk is a great choice for different workloads and rapid changes in the intensity of on-going operations.
Sequential Write Performance
The ScaleFlux drives also ensure exceptionally stable write operations, maintaining consistency and reliability across all threads and queues, even under varying workloads. This kind of stability makes it once again an excellent choice for environments with fluctuating operational demands, providing seamless performance during rapid changes in workload intensity.
Summary
The ScaleFlux CSDU5SPC76 NVMe delivers outstanding performance, reinforcing its status as a reliable data storage option. In our testing, it consistently showcased impressive speed and durability, making it well-suited for environments that require high data integrity, large storage capacity, and continuous accessibility. These results emphasize its ability to handle demanding workloads in both Single-Node and High-Availability configurations within Open-E JovianDSS systems.