Seagate Exos X18 ST16000NM000J 16 TB Hard Drive - 3.5" Internal - SATA (SATA/600)

Seagate Exos X18 ST16000NM000J 16 TB Hard Drive - 3.5" Internal - SATA (SATA/600) - Scalable. Responsive. Innovative.

Exos X18

Seagate manufactures hard drives that specifically address the demand for hyperscale cloud scalability. As the flagship of the Seagate X class, the Exos X18 enterprise hard drives are the highest-capacity hard drives in the fleet.

Maximum Storage Capacity for Highest Rack Space Efficiency

Market-leading 18 TB HDD offering the highest capacity available for more petabytes per rack

Highly reliable performance with enhanced caching, making it the logical choice for cloud data centre and massive scale-out data centre applications

Hyperscale SATA model tuned for large data transfers and low latency

PowerBalance feature optimises Watts/TB

Maximise total cost of ownership savings through lower power and weight with helium sealed-drive design

Proven helium side-sealing weld technology for added handling robustness and leak protection

Digital environmental sensors to monitor internal drive conditions for optimal operation and performance

Data protection and security - Seagate Secure features for safe, affordable, fast and easy drive retirement

Proven enterprise-class reliability backed by 5-year limited warranty and 2.5M-hr MTBF rating

• Offers larger storage base capacity with maximum efficiency
• Internal drive type for a reliable and convenient storage solution
• With 16 TB capacity you have ample space for storing millions of images, hundreds of hours of video or for music lovers, up to a million songs
• The high-read speed of 261 MB/s maximizes system performance and saves time while you are doing complex tasks
• With the high-write speed of 249 MB/s, get a quick response when updating or transferring files
• Have data stored faster with SATA/600 interface that optimizes burst performance
• Experience rapid processing speed with 256 MB cache buffer
• 3.5" form factor for added reliability and dependability