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TerraMaster introduced its new 725 Series rackmount NAS systems with PCIe 4.0 M.2 support, Intel Xeon D processors, and up to 50Gbps of networking across four models designed for enterprise environments. Learn how these specifications affect your storage strategy and whether unified rackmount NAS architecture makes sense for your organization's workloads.
DapuStor has announced a new hybrid SSD configuration that combines QLC and pSLC flash on a single J5060 drive, trading up to 20 percent capacity for over 7x faster random writes. Understanding this technology helps shoppers make informed decisions about high-capacity enterprise storage solutions.
QNAP has launched the TVS-hx77AX enterprise NAS series featuring hybrid storage combining NVMe speed with SATA capacity, all powered by an AMD Ryzen 5 Pro 7645 CPU. This article explains the storage approach, pricing, and whether this system makes sense for your organization's data needs.
SK hynix and Solidigm are expanding SSD manufacturing through new Chinese facilities and a major South Korean investment, but supply shortages will continue for years. Learn how these production plans affect storage pricing and availability for enterprise buyers.
Silicon Motion introduced the MonTitan SSD Reference Design Kit at FMS 2026, a specialized platform designed to support agentic AI infrastructure in enterprise data centers. This development helps storage manufacturers build SSDs optimized for autonomous AI workloads that require persistent memory layers, consistent performance, and advanced workload management capabilities.
DapuStor announced a 512TB SSD at FMS 2026, doubling its previous capacity record and enabling a full petabyte of flash storage in two drives. Learn what this breakthrough means for data center planning, infrastructure costs, and AI workload storage strategy.
Smart IOPS and H3 Platform have announced a revolutionary storage platform combining ultra-high IOPS drives with AI-optimized infrastructure designed to deliver up to one billion input-output operations per second. Learn what this breakthrough means for high-performance computing and emerging AI workloads.
