(as of Feb 07,2023 07:54:19 UTC – Details)
Inexpensive SSD for Cloud Server Applications With the growth of public and private cloud computing data centers requiring faster random access, inexpensive, higher-performing Solid State Drives (SSDs) have become essential. SSDs with the Sata storage interface meet the high performance and reliability requirements without disrupting legacy storage infrastructures and additional investments in software and hardware. The Seagate Nytro Xf1230 SATA SSD is a cost-effective, enterprise-class SSD solution designed to deliver high, sustained, and consistent performance for significantly improved quality of service and user experience. Optimized for read-intensive applications SSDs with faster random access performance. The current trend indicates that the majority of cloud server applications will use SSDs for read-centric workloads. By delivering 98,000 sustained random read iops, the Nytro Xf1230 Sata-SSD dramatically boosts the performance of read-intensive applications such as boot, operational databases, custom web server applications, data analysis and reporting. Enterprise-class reliability and data protectionYour business data is critical, especially for customer-facing cloud and high-demand applications. The Nytro Xf1230 Sata SSD offers a robust enterprise feature set, including end-to-end data protection and robust error correction algorithms for rock-solid reliability and Power-Loss Data Protection (pfail) to maintain data integrity and prevent data loss from unexpected events power interruptions. Power Optimized for Active Workloads Cloud computing data centers require energy-efficient storage solutions to improve performance while lowering total cost of ownership. When deploying high-utilization services and web applications that often access storage at high frequency and trigger continuously active workloads, storage system deployment is critical
Seagate Nytro Xf1230-1a0240 240GB 2.5 Internal Solid State Drive – SATA – 560Mbps Maximum Read Transfer Rate – 290Mbps Maximum Write Transfer Rate