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LSI 4932010232A Logic MegaRAID Ultra160 SCSI 32MB PCI Raid Controller
- RAID Levels Supported: 0, 1, 5, 10, 50
- Interface: Ultra160 SCSI
- Bus Type: PCI
- Onboard Cache: 32MB
- Number of Internal/External Channels: Varies by model, typically 2/2
- Provides data redundancy and fault tolerance
- Enhances storage performance through striping and caching
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Product Overview
The LSI Logic MegaRAID Ultra160 SCSI 32MB PCI RAID Controller is a high-performance adapter designed to manage multiple SCSI hard drives in a RAID configuration. It offers data redundancy, improved performance, and enhanced data protection for servers and workstations.
Technical Information
| Part Number | 4932010232A |
| Brand | LSI Logic |
| Product Type | RAID Controller |
Additional Specifications
| Interface | Ultra160 SCSI |
| Bus | PCI |
| Cache Memory | 32MB |
Product Description
The LSI Logic MegaRAID Ultra160 SCSI RAID Controller represents a robust solution for managing SCSI storage devices in a redundant array. This controller card allows users to combine multiple hard drives into logical units, offering various RAID levels such as RAID 0 for performance, RAID 1 for mirroring, RAID 5 for parity protection, and RAID 10 for a combination of performance and redundancy. The Ultra160 SCSI interface provides high bandwidth for data transfer, ensuring that storage performance does not become a bottleneck for the system. Equipped with 32MB of onboard cache memory, the MegaRAID controller accelerates read and write operations by storing frequently accessed data and pending writes. This caching mechanism significantly improves the overall responsiveness of the storage subsystem, which is particularly beneficial for database applications, file servers, and other I/O-intensive workloads. The PCI bus interface ensures broad compatibility with a wide range of server and workstation motherboards that feature PCI slots. Beyond performance enhancements, the primary benefit of this RAID controller is data protection. By implementing RAID configurations, users can protect their data against single drive failures. If a drive in a redundant array fails, the system can continue to operate, and the data can be rebuilt onto a replacement drive without loss. This fault tolerance is critical for business continuity and minimizing the risk of data corruption or loss in mission-critical systems.
