Seagate today announced the launch of their latest 16TB helium-based enterprise drives as part of the Exos X16 family, delivering high performance and record capacity for hyperscale data centers to efficiently and cost-effectively manage ever-increasing amounts of data. The company also updated the IronWolf and IronWolf Pro Network Attached Storage (NAS) drive lines with new 16TB capacity models.
The need for hyperscale, cloud, and NAS storage solutions continues to rise to unprecedented levels. In fact, a recent IDC whitepaper sponsored by Seagate predicts that the Global Datasphere – the amount of data created, captured or replicated across the globe – will grow from 33 zettabytes (ZB) in 2018 to 175 ZB by 2025. Seagate’s Exos X16 hard drive delivers the highest storage density available with the field-proven reliability and continuous high performance to support a broad range of workload requirements and high-availability use cases.
Exos X16 HDD is the world’s highest capacity 3.5-inch 7200 RPM drive designed to solve challenges by enabling hyperscale, datacenter, OEM and distribution channel businesses to maximize storage capacities, provide customer flexibility, and reduce complexity with uses in multiple workloads with increased I/O and enhanced caching capabilities. Seagate’s new Exos X16 16TB drive delivers 33 percent more petabytes per rack compared to 12TB drives while maintaining the same small footprint for a reduced overall total cost of ownership. Exos X16 offers built-in data protection, including Seagate Secure Instant Secure Erase for safe, affordable, fast, and easy drive retirement.
“The Exos X16 is key in reducing total cost of ownership for enterprise system developers and cloud data centers while supporting multiple applications with varying workloads,” said Sai Varanasi, vice president of product line marketing at Seagate Technology. “The Exos X16 is the industry’s leading helium-based 16TB capacity drive. We are partnering with our cloud/enterprise customers to bring this product to the market to fulfill the pent-up exabyte demand in data centers.”
