Description
The PowerVault ME5012 25G iSCSI Storage Array is an advanced, high-performance storage solution designed to deliver 25G iSCSI connectivity for demanding enterprise environments. This array comes equipped with 2 units of 25G SFP ports, providing ultra-fast, low-latency data transmission essential for modern data centers, high-availability applications, and large-scale virtualized infrastructures. The ME5012 ensures seamless storage scaling, high efficiency, and reliable performance for mission-critical workloads, offering enterprise-class features with easy integration and management.
Key Features
Dual 25G SFP Ports: Equipped with two 25G SFP ports, the system supports ultra-fast 25 Gbps data transfer per port, providing high-speed, low-latency iSCSI connectivity.
Optimized for iSCSI Networks: Specifically designed to enhance iSCSI protocol performance, the ME5012 delivers optimized throughput and storage network efficiency for applications like virtualization, backups, and high-performance data access.
12-Bay Configuration: This scalable storage array supports a wide range of storage media (HDDs/SSDs), offering flexible capacity for your growing storage needs.
Redundant Controllers: The dual-controller design ensures maximum uptime, with built-in redundancy to eliminate single points of failure and enhance system reliability.
Advanced Data Protection: Includes RAID support (RAID 0, 1, 5, 10, 6) and features like snapshots, cloning, and data deduplication, ensuring the security of critical data.
Efficient Power & Cooling: Designed with energy-efficient power supplies and integrated cooling systems to reduce operational costs while ensuring optimal system performance under load.
Easy Integration & Management: The system includes an intuitive web-based management interface for ease of setup, monitoring, and troubleshooting. Remote monitoring and alerts keep IT teams informed of system health in real-time.
Expansion Ready: Easily scale your storage infrastructure by adding additional ME5012 arrays or drives as needed to accommodate increased storage demands.
