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EMC 110-048-101C 4GB Storage Controller
- Type: Storage Controller.
- Capacity: 4GB (likely cache memory).
- Brand: EMC.
- Part Number: 110-048-101C.
- Function: Manages data I/O and system operations.
- Compatibility: Designed for specific EMC storage platforms.
- Enhances storage performance and reliability.
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Product Overview
The EMC 110-048-101C is a 4GB Storage Controller, likely designed for use within EMC storage systems. It manages data flow and operations for storage arrays.
Technical Information
| Model | Storage Controller |
| Part Number | 110-048-101C |
| Brand | EMC |
| Controller Type | Storage Controller |
Additional Specifications
| Memory/Cache | 4GB |
| Interface | Specific to EMC platform (not detailed) |
| Function | Data Management & I/O |
Product Description
The EMC 110-048-101C is a storage controller component, identified by its part number, that plays a critical role in the operation of EMC storage systems. With 4GB of memory, it is highly probable that this refers to the controller's cache memory, which is used to accelerate data read and write operations by temporarily storing frequently accessed data. A larger cache generally leads to improved storage performance and responsiveness. As a storage controller, this unit is responsible for managing the flow of data between the host systems and the storage media (like hard drives or SSDs) within an EMC storage array. It handles tasks such as data path management, RAID operations (if applicable), error checking, and communication with the host system's storage protocols. The specific EMC storage platform this controller is designed for would dictate its exact capabilities and integration points. This component is essential for the overall functionality, performance, and reliability of an EMC storage solution. Its failure would typically result in the loss of access to the storage system or significant performance degradation. Ensuring compatibility and proper functioning of such controllers is vital for maintaining data integrity and availability in enterprise storage environments.
