30 Drives - SuperStorage solutions

Supermicro SuperStorage server solutions are engineered to provide enterprise-level storage that is not only high-density but also cost-efficient. These servers offer massive IOPS and extensive storage throughput, utilizing the latest NVMe technologies to accelerate storage workflows dramatically. The top-loading series further enhances this by offering the highest density storage per rack unit available, making these servers exceptionally suitable for cloud storage providers.

Key Advantages:

• Advanced NVMe Technology: Speed up your storage operations with cutting-edge NVMe tech, ideal for reducing latency and boosting throughput to meet the needs of demanding applications.

• High-Density Storage Solutions: Our top-loading servers provide the highest density per rack unit, optimizing space and energy usage in your data center.

• Versatile Connectivity Options: Equipped with Nvidia Mellanox adapters and RoCE/RDMA connectivity, our servers support NVMoF, ensuring high-speed data transfer and efficient network communications.

• Tailored Configurations: Build your own storage configuration to perfectly match your needs across various storage platforms or backup solutions such as Veeam, Open-E Jovian DSS, Excelero NVmesh, Scality Ring, Qumulo, Microsoft S2D, OSNexus, and Starwind.

Explore our extensive range of servers suitable for every possible solution, from network attached storage and JBOD EXPANSION to specialized data center storage and cloud storage servers. These tailor-made storage solutions offer critical benefits for environments working with CPU-Intensive Storage, Virtual Storage, Single-Instance Storage, Data Deduplication, Data Replication, Business Continuity, and Virtual Tape Libraries.

Servers with 30 drive bays are ideally suited for enterprise-level storage solutions and are commonly deployed in data centers for cloud storage and virtualization tasks. Offering a blend of capacity and performance, these configurations are designed to handle both data redundancy and high-throughput workloads efficiently.