Cisco SFP-OC48-SR Short Reach 2.5Gbps Optical Transceiver

• Metro aggregation node interconnections
• Enterprise data center backbone links
• Telecom central office optical distribution
• Carrier edge network connectivity
• Campus backbone fiber deployments
• WAN aggregation for enterprise networks
• Financial trading network interconnects
• Government secure communications infrastructure
• Service provider optical transport networks
• Regional fiber backbone modernization projects

• Supports OC-48/STM-16 optical transmission standards
• 2.5Gbps high-speed data transport capability
• Short reach optimized fiber connectivity design
• Single-mode fiber compatibility
• LC duplex optical interface support
• Low-latency optical communication performance
• Carrier-grade network reliability
• Ideal for metro and enterprise backbone layers
• Supports infrastructure modernization initiatives
• Enables scalable optical network expansion
• Optimized for cost-efficient short-distance deployment
• Supports high-performance WAN aggregation
• Compatible with optical transport architectures
• Enhances network stability in dense environments
• Designed for enterprise and telecom deployments

• Brand: Cisco
• Part Number: SFP-OC48-SR
• Product Type: Optical Transceiver Module
• Form Factor: SFP
• Data Rate: 2.5Gbps
• Standard: OC-48 / STM-16
• Reach Category: Short Reach
• Fiber Type: Single-Mode Fiber (SMF)
• Connector Type: LC Duplex

WHY CHOOSE THIS PRODUCT?

• Organizations select the Cisco SFP-OC48-SR when they require dependable short-reach optical connectivity within OC-48/STM-16 environments. It provides a cost-effective alternative to long-reach modules while maintaining carrier-grade performance for metro, enterprise, and data center interconnects. Its optimized short-distance design reduces deployment complexity and supports efficient infrastructure scaling. The module helps organizations modernize fiber networks, improve backbone reliability, and extend the lifecycle of existing optical investments while ensuring consistent performance across high-density network environments.