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HP 0950-4132 72.8GB 10000RPM Ultra-320 SCSI 68-Pin 3.5-Inch Hard Drive
- Capacity: 72.8GB
- Interface: Ultra-320 SCSI
- Rotational Speed: 10000 RPM
- Form Factor: 3.5-Inch
- Connector: 68-Pin
- Supports dual-channel operation for redundancy
- High performance for demanding server applications
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Typically 1-2 handling + 3-7 transit days
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Product Overview
The HP 0950-4132 is a 72.8GB Ultra-320 SCSI hard drive operating at 10000 RPM. It features a 3.5-inch form factor and a 68-pin connector, designed for high-speed, reliable data storage in enterprise systems.
Technical Information
| Capacity | 72.8GB |
| Interface | Ultra-320 SCSI |
| Rotational Speed | 10000 RPM |
Additional Specifications
| Form Factor | 3.5-Inch |
| Connector | 68-Pin |
Product Description
This HP 72.8GB hard drive, identified by SKU 0950-4132, is a high-performance storage solution utilizing the Ultra-320 SCSI interface. Ultra-320 SCSI represents the pinnacle of SCSI technology, offering a maximum theoretical transfer rate of 320MB/s. This speed was crucial for demanding server applications, high-end workstations, and storage arrays that required rapid data access and high throughput. The drive operates at a spindle speed of 10000 RPM, which contributes significantly to its fast seek times and overall responsiveness. Combined with the high-speed interface, this rotational speed ensures that data can be accessed and transferred efficiently, minimizing bottlenecks in I/O-intensive environments. The 3.5-inch form factor is standard for enterprise-grade drives, providing a robust chassis and ample space for storage platters. Featuring a 68-pin connector, this drive is designed for SCSI systems that utilize wider data buses. Ultra-320 SCSI also supports dual-channel operation, allowing for increased bandwidth and redundancy when connected to compatible controllers. With a capacity of 72.8GB, it offered a substantial amount of storage for its time, suitable for operating systems, critical applications, and large datasets where performance and reliability were key requirements.



