SUMMARIZE
From high-frequency financial trading and healthcare imaging storage to manufacturing quality control, cloud computing, and big data analytics—DERA SSDs deliver high performance, capacity, reliability, and security.
Businesses count on DERA SSDs to speed up data processing, boost efficiency, cut costs, and safeguard data. As the trusted foundation for critical operations across industries, DERA SSDs empower enterprises to handle growing data demands and complex business challenges.
POINT
In critical business scenarios:
• Surging data volumes drive rising storage needs—insufficient space blocks new data writes, disrupting operations.
• Peak access periods demand high read/write speeds; subpar performance delays processing, hampering system efficiency.
• Sustained heavy loads require stable operation, with protection against overheating/aging to prevent performance drops or failures.
CASE
Facing the tide of internet finance reform, a commercial bank in East China confronted a growing contradiction: continuous innovation in front-end businesses clashed with the inability to radically transform its back-end data center. This made it imperative to adopt a new system architecture centered on a data middle platform. The bank optimized the underlying architecture of its data middle platform with DERA SSDs, successfully building a reliable and stable intelligent data middle platform. This solution bridged the gap between business innovation and infrastructure limitations, enabling seamless integration of front-end services with back-end data processing.
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Challenge
Business Application Challenges | Infrastructure Architecture Challenges | Security & Reliability Challenges
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Solution
A bank's demand for high-performance data middle platforms relies heavily on underlying storage components. DERA enterprise SSD meets these requirements with exceptional performance, optimizing the overall efficiency of the data middle platform.
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Benefit
● Single node supports over 25 VMs, 2.5x the user requirement.
● Single-node write IOPS exceed design specs by 12x, with sequential write bandwidth reaching 6.4x the user demand.
● Read performance IOPS achieve 16.2x the required level.
