SUMMARIZE
In big data environments, every stage of collection, storage, and analysis demands high throughput and low latency. DERA NVMe SSDs address diverse big data use cases with their large capacity, high performance, and robust reliability. Featuring advanced data protection and encryption, they safeguard data security and integrity, while offering multiple capacity options to fit varying storage scale requirements.
POINT
With the explosive growth of data volumes, storage capacity demands are ever-rising, server scaling adds operational pressure, and the need for high throughput and low latency further compounds these challenges. Building high-performance, reliable service platforms has become a top priority to address this converging set of requirements.
CASE
A leading enterprise's big data platform faced challenges in handling massive datasets, as traditional storage solutions failed to meet performance demands. Leveraging its proprietary core technologies, DERA PCIe 4.0 NVMe SSDs delivered a high-performance storage solution tailored for big data environments, significantly optimizing data processing workflows.
-
Challenge
Explosive data growth | Legacy storage systems suffer from low I/O performance and high latency | Big data analytics efficiency constrained
-
Solution
DERA PCIe 4.0 NVMe SSDs, featuring in-house developed controller paired with advanced NAND flash, deliver high bandwidth and IOPS, reduce latency, and enable flexible storage capacity scaling. Optimized for big data platform architectures, they streamline data storage and access paths.
-
Benefit
The big data processing efficiency has significantly improved, with analysis time drastically reduced, enabling more timely and precise decision-making. Concurrently, storage costs are lowered, equipment stability enhanced, providing strong support for business expansion and innovation while boosting market competitiveness.
