| Management number | 241242657 | Release Date | 2026/07/17 | List Price | US$1,619.40 | Model Number | 241242657 | ||
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The Samsung MZ-7L37T600 is a 2.5 inch solid state drive designed to deliver high capacity and reliable performance for data center environments. With 7.68TB of storage and a SATA 6Gb/s interface, it fits easily into existing server bays without requiring additional hardware changes. The drive supports sequential read speeds up to 550 MB/s and write speeds up to 520 MB/s, enabling fast data transfers for large backups, boot images, and media files.
Its strong random IOPS performance—up to 98,000 for reads and 30,000 for writes—ensures responsiveness in mixed workloads such as virtual machines and database operations. Built with Samsung’s V-NAND TLC technology and equipped with power-loss protection, this SSD maintains data integrity even during unexpected outages. Its low power consumption helps reduce heat and cooling demands, making it suitable for dense server configurations and edge systems with limited power budgets.
This SSD uses a SATA 6Gb/s interface, making it compatible with a wide range of existing server and storage systems that support SATA connections. It installs easily into standard 2.5 inch drive bays without requiring additional adapters or cabling, which helps streamline deployment in rack servers, NAS appliances, and edge computing devices.
The drive’s combination of high sequential throughput and strong random IOPS performance ensures smooth operation in environments with diverse workloads. Its power-loss protection feature helps prevent data corruption during unexpected outages, while the V-NAND TLC flash technology offers durability for sustained use. The SSD’s operating temperature range and low power consumption contribute to stable performance in demanding data center conditions.
This SSD is well suited to data centers and enterprise environments that require large storage capacity with consistent performance. It works effectively in mixed-workload scenarios such as virtualized servers, database hosting, and media storage. Its low power draw and heat output make it a practical choice for dense server configurations and edge systems where power and cooling resources are limited.
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