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NetApp 111-01216 Fas8060-Base-Esm Fas8060 Sas Esm Controller 6 Gbps Sas, Base Redundant
- SAS ESM Controller for NetApp FAS8060
- 6 Gbps SAS interface speed
- Designed for high availability and redundancy
- Part of a redundant controller pair
- Manages storage I/O operations
- Supports NetApp ONTAP operating system
- Enables data access and management
- Hot-swappable for non-disruptive maintenance
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Product Overview
The NetApp 111-01216 is a FAS8060 SAS ESM Controller. It is a base redundant controller designed for NetApp's FAS (Fabric-Attached Storage) systems, providing 6 Gbps SAS connectivity. This controller is essential for managing storage I/O and ensuring high availability in NetApp storage clusters.
Technical Information
| Product Type | SAS ESM Controller |
| System Compatibility | NetApp FAS8060 |
| Interface | SAS 6 Gbps |
Additional Specifications
| Function | Storage I/O Management, High Availability |
| Redundancy | Base Redundant |
| Brand | NetApp |
Product Description
The NetApp 111-01216 is a crucial component within the NetApp FAS8060 storage system, serving as a SAS ESM (Enterprise Storage Module) Controller. This controller is engineered to manage the flow of data between the storage system's disk shelves and the network, ensuring efficient and reliable I/O operations. Operating at 6 Gbps SAS speeds, it facilitates high-speed communication with the underlying storage media, which is vital for performance-intensive workloads such as databases, virtualization, and large-scale data analytics. As a 'Base Redundant' controller, the 111-01216 is designed to work in conjunction with a second identical controller, forming a high-availability pair. This redundancy ensures that if one controller fails, the other can seamlessly take over its functions without interrupting data access or storage services. This architecture is fundamental to NetApp's clustered Data ONTAP operating system, providing continuous operation and minimizing downtime for critical business applications. The controller plays a key role in the overall management and health monitoring of the storage environment. It interfaces with the disk shelves, handles data caching, and communicates with the system's main controllers (often called 'head' or 'node' controllers) to present storage to the network. Its hot-swappable design allows for replacement or upgrades without shutting down the entire storage system, further enhancing its suitability for enterprise environments that demand maximum uptime and serviceability.



