3CSFP92 3Com 1Gbps 1000Base-LX Fiber SFP Module
High-performance 3CSFP92 3Com 1Gbps 1000Base-LX single-mode fiber SFP module with 10 km reach at 1310 nm, ideal for enterprise backbone connections.

3CSFP92 3Com 1Gbps 1000Base-LX Fiber SFP Module

The 3CSFP92 3Com 1Gbps 1000Base-LX single-mode fiber SFP (Small Form-Factor Pluggable) transceiver module delivers a professional-grade networking solution tailored for enterprises demanding robust and high-speed connectivity over extended distances. Offering reliable performance, compatibility with LC connectors, and support for 10 km spans at 1310 nm wavelength, this mini-GBIC module is ideal for mission-critical network infrastructure that depends on secure and consistent fiber-optic communication.

Overview of the 3CSFP92 Transceiver

Designed by 3Com—a name synonymous with quality and innovation in networking hardware—the 3CSFP92 is engineered specifically for single-mode fiber environments. Its compact and hot-pluggable design ensures seamless integration into switches, routers, servers, and media converters that support standard SFP ports. The module’s 1 Gbps throughput provides the bandwidth needed to support backbone links, data center interconnects, and campus-wide networks without compromising data integrity or latency.

Long-Reach Performance for Modern Networks

The 3CSFP92 excels in long-distance data transmission, operating at a 1310 nm wavelength over up to 10 km, which makes it highly suited for campus connections, inter-building links, and backbone segments that require fiber infrastructure. By combining optical performance with advanced error detection and correction, it ensures that high-bandwidth data flows remain accurate and reliable across extended distances, supporting applications such as VoIP, video conferencing, data backups, and remote network access.

Seamless SFP Integration and Versatility

Its SFP mini-GBIC format ensures compatibility with a wide range of network equipment. Network administrators can easily plug the 3CSFP92 into compatible SFP slots without powering down devices, enabling upgrade paths and repairs to occur without interrupting network operations. This flexibility supports dynamic deployment across switches, routers, patch panels, and media converters, simplifying maintenance and ensuring operational continuity.

Reliability and Data Integrity

In enterprise environments where uptime and data integrity are paramount, the 3CSFP92 delivers reliable performance. Its components are built to handle continuous operation, maintaining consistent output even under heavy network loads or fluctuating environmental conditions. Rigorous testing standards ensure that each module meets stringent quality benchmarks, resulting in dependable fiber connections free from unexpected dropouts or signal degradation.

Energy Efficiency and Low Profile Design

The 3CSFP92’s low power consumption results in reduced operational costs and minimal heat generation—important factors in high-density data center environments. Its compact form factor allows for optimal usage of SFP slots on switch blades or network appliances, helping maintain airflow and thermal efficiency within fiber chassis. This efficiency complements enterprise goals of reducing energy footprint while maximizing network performance.

Ideal Use Cases

This transceiver is particularly well-suited for environments such as enterprise cores, data center interconnects, campus backbones, and inter-building links. Its 10 km reach and stable performance make it ideal for fiber runs across facilities, while its SFP compatibility means easy deployment across common networking hardware. Organizations that value quick installation, low maintenance impact, and high reliability will find the 3CSFP92 meets those needs across a wide range of scenarios.

Simplified Installation and Maintenance

Featuring hot-swappable capabilities, the 3CSFP92 can be installed or replaced without disrupting traffic flows—minimizing downtime and supporting rapid recovery in case of hardware upgrades or failures. Its standard LC connector ensures that anyone familiar with fiber infrastructure can confidently install or troubleshoot the module, maintaining operational continuity.

Future-Proof Networking Infrastructure

The move to fiber-based networking is essential in preparing for higher bandwidth needs and reducing network latency. The 3CSFP92 supports this transition with proven technology that aligns with current infrastructure while sustaining organization growth. Its 1 Gbps capability remains sufficient for many enterprise needs while laying a foundation for future upgrades in fiber and optical networking.

Long-Term Value and Dependability

Purchasing the 3CSFP92 is an investment in long-term stability for network infrastructure. With high-quality materials, consistent optical performance, and compatibility with industry-standard equipment, the module offers extended service life, minimal maintenance needs, and predictable cost-of-ownership over time. Organizations focused on efficiency and return on investment will recognize the value of such durable components.

Enterprise Support and Integration

Backed by 3Com’s legacy and lasting support ecosystem, the 3CSFP92 benefits from industry-level documentation, compatibility assurance, and configuration guidance. Network administrators gain not just hardware functionality but also access to expertise and troubleshooting resources, reinforcing confidence in deployment and maintenance across enterprise environments.

Summary

The 3CSFP92 3Com 1Gbps 1000Base-LX single-mode fiber SFP module is a high-quality, long-distance networking component designed to support today’s critical enterprise environments. With its 1 Gbps throughput, 10 km reach at 1310 nm, SFP form factor, and reliable optical performance, it delivers dependable performance for backbone links, building interconnects, and high-speed data center connections. Supported by 3Com’s proven engineering, the 3CSFP92 combines ease of deployment, low power usage, and enterprise-grade reliability to ensure mission-critical fiber networks operate with precision and consistency for years to come.


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