Lenovo 8Gb FC SW SFP Transceivers

Overview

The Lenovo 00MJ103 is a fiber channel transceiver pair designed to deliver 8 Gbps connectivity over short-wave fiber optic links. These SFP transceivers are intended for use in data centers, enabling reliable and high-speed connections between servers, SAN switches, and storage systems within the same facility. Their compatibility with standard optical connectors ensures seamless integration with existing fiber optic cables and patch panels.

Key features

• Provides 8 Gbps fiber channel links for fast data transmission within data centers
• Short-wave optical connectivity optimized for short-distance communication
• Standard male-to-female optical connector interface compatible with common fiber optic cables
• Supports connections between servers, SAN switches, and storage systems to maintain efficient network fabric
• Designed to fit into compatible fiber-based network switches and storage devices for easy deployment

Key specs

• Data rate: 8 Gbps
• Connector type: Standard optical male-to-female interface
• Form factor: Small Form-factor Pluggable (SFP) transceiver pair
• Optical type: Short-wave fiber optic
• Part number: 00MJ103
• Barcode: 883436605632

Connectivity and compatibility

This transceiver pair is compatible with fiber optic cables commonly used in enterprise data centers, allowing straightforward integration with existing infrastructure. It fits supported ports on fiber-based network switches and storage systems, making it a practical choice for building or expanding SAN fabrics and server-to-storage connections.

Ideal uses and environments

These transceivers are well suited for enterprise data centers requiring high-speed, short-distance fiber channel connections. They work effectively for linking servers to SAN switches, connecting storage arrays within the same facility, and establishing fabric connections between adjacent racks. This makes them a strong option for IT professionals managing storage networks and data center fabrics that demand reliable and consistent performance.