VAST Data and DDN Storage Fusion Architecture NVMe are competing in high-performance data storage. VAST Data has an advantage with its simplified data management, while DDN offers better performance for specific applications.
Features: VAST Data features its Disaggregated Shared Everything architecture, enabling scalability and resilience without sacrificing performance. It emphasizes democratizing flash storage to make it cost-effective for large datasets. Meanwhile, DDN Storage Fusion Architecture NVMe delivers exceptional NVMe performance, especially suited for AI and machine learning workloads. VAST Data offers greater scalability, and DDN excels in high-performance tasks.
Ease of Deployment and Customer Service: VAST Data's deployment is straightforward, reducing downtime, with excellent customer support to help user integration. DDN Storage Fusion Architecture comes with complex configurations that can be challenging but worthwhile for speed-focused users. VAST Data is noted for its simpler deployment, while DDN demands more effort but achieves superior performance for demanding tasks.
Pricing and ROI: VAST Data offers attractive setup costs, promising long-term savings from reduced operational expenses due to its architectural efficiency. DDN Storage Fusion Architecture has higher initial costs yet provides substantial ROI for intensive workloads. VAST Data is appealing for cost-effective scalability, whereas DDN targets scenarios demanding extreme speed and performance, yielding a distinct ROI.
Pure Storage FlashArray//X is the world’s first enterprise-class, all-NVMe flash storage array. It represents a new class of storage – shared accelerated storage, which is a term coined by Gartner – that delivers major breakthroughs in performance, simplicity, and consolidation.
DDN Storage Fusion Architecture® (SFA®) appliances are purpose-built to deliver scalable flash performance and capacity to flexibly meet your changing business demands. The SFA NVMe platforms deliver 100% NVMe storage with multiple high-speed connectivity options.
Innovation to break decades of data storage trade-offs.
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