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HP 271666-001 2Gb/s Fibre LC SCSI Etc Router Interface Module
- 2Gb/s Fibre Channel (FC) Module
- SCSI Router Interface
- High-Speed SAN Connectivity
- Facilitates Data Routing
- Designed for HP Storage Solutions
- LC Connectors
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Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
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Product Overview
The HP 271666-001 is a 2Gb/s Fibre Channel (FC) SCSI router interface module. It facilitates high-speed data routing and connectivity for storage area networks (SANs) using Fibre Channel technology.
Technical Information
| Product Type | Interface Module / Router |
| Technology | Fibre Channel (FC) |
| Speed | 2Gb/s |
| Protocol | SCSI |
Additional Specifications
| Connector Type | LC |
| Function | Data Routing / SAN Connectivity |
| Brand | HP |
Product Description
The HP 271666-001 is a specialized interface module designed for high-speed data networking within storage area networks (SANs). It operates using Fibre Channel (FC) technology, a protocol optimized for reliable and fast data transfer between servers and storage devices. This module supports a data transfer rate of 2Gb/s, which was considered high-speed for its generation, enabling efficient communication in enterprise storage environments. As a SCSI router interface, it plays a critical role in managing and directing SCSI commands over the Fibre Channel fabric. This allows for seamless integration of various SCSI-based storage devices and servers into a unified SAN. The module typically features LC connectors, which are the standard for Fibre Channel optical transceivers, ensuring secure and reliable physical connections. This HP module is engineered to enhance the connectivity and routing capabilities of HP storage systems and servers. It facilitates the consolidation of storage resources, improves data access performance, and provides the necessary infrastructure for robust SAN deployments. Its function as a router helps in segmenting networks and managing traffic flow, contributing to overall SAN stability and performance.
