High Capacity for Enterprise Needs
The Kingston DC600M SEDC600ME/3840G offers a massive 3.84 TB of storage, making it ideal for data-intensive applications in enterprise environments. Whether you're supporting large-scale virtual infrastructures, analytics workloads, or demanding read/write operations, this SSD delivers the capacity needed to reduce latency and maximize storage density in rack-mount servers.
Optimized 2.5-Inch Form Factor
Designed with a standard 2.5" form factor, the DC600M seamlessly integrates into existing server and storage arrays. This common size ensures broad compatibility across various enterprise systems, allowing for easy deployment and scalability without requiring additional hardware modifications.
Blazing-Fast Read & Write Performance
With sequential read speeds of up to 560 MB/s and write speeds up to 530 MB/s, the SEDC600ME provides fast, consistent throughput. These performance metrics translate to quicker application load times, reduced latency in transactional workloads, and smoother system responsiveness — critical for virtualized environments and cloud computing.
Enterprise-Grade SATA Interface
The SSD utilizes a 6 Gbps SATA III interface, balancing cost-effectiveness with solid performance. While SATA may not match NVMe in raw speed, it's an ideal solution for mixed-use environments where reliability, consistency, and compatibility are paramount.
Built for Mixed-Use Workloads
Engineered specifically for mixed-use server and workstation applications, the DC600M is optimized for environments with a balanced blend of read and write operations. Its endurance rating and firmware tuning ensure sustained performance over time, making it an excellent choice for databases, VDI deployments, and software-defined storage.
Enterprise Reliability and Security
With support for end-to-end data path protection, power loss protection (PLP), and advanced ECC, the DC600M ensures data integrity and uptime — essential for mission-critical systems. Kingston’s rigorous validation process guarantees consistent performance across workloads and deployment environments.
