The Sun StorageTek 2540 FC Array is a robust hard drive array designed to offer high-performance storage solutions for enterprise environments. With its part number XTA2540R01A2F3.6SU, this model is part of the Sun Microsystems product line, engineered for handling high volumes of data storage while maintaining reliability and flexibility. Equipped with Fibre Channel (FC) connectivity, it ensures fast and secure data access, making it ideal for applications requiring high-speed data throughput.
The 2540 FC Array supports both RAID and JBOD configurations, allowing users to tailor the storage array to their specific performance, capacity, and redundancy needs. It features scalable architecture capable of supporting multiple hard drives, offering flexibility in how storage is expanded and managed over time. This capability reduces the need for frequent upgrades, thus helping to minimise downtime.
One of the standout features of the Sun StorageTek 2540 FC Array is its built-in redundancy with support for hot-swappable drive bays. This design reduces potential disruptions caused by hardware failure, as individual components can be replaced without affecting overall system performance. Another important feature is its advanced management software, which simplifies the process of monitoring and maintaining the array, enabling system administrators to focus on other crucial tasks.
This model is also optimised for use across a range of IT environments, from simple data storage needs to more complex solutions involving virtualisation and high-traffic transactions. The array's dynamic response capabilities ensure efficient data access, helping organisations meet increasing storage demands without sacrificing speed or reliability.
EOL Technology Services provides professional support and maintenance for the Sun StorageTek 2540 FC Array, ensuring that your system remains operational. We also offer replacement parts such as drives, controllers, and more, extending the lifecycle of this reliable piece of hardware to meet your ongoing storage demands efficiently.
