Cisco POM-OC48-SR-LC 1310nm Pluggable Transceiver Module

• SDH STM-16 telecom infrastructure deployment
• Enterprise WAN fiber backbone interconnects
• ISP aggregation and regional transport rings
• Legacy optical network expansion and maintenance
• Government and defense communication networks
• Disaster recovery optical path redundancy setups
• Data center inter-building fiber connectivity
• Hybrid telecom modernization environments

• Designed for telecom and enterprise backbone environments
• Supports long lifecycle legacy infrastructure integration strategies
• Stable optical signaling for mission-critical communication networks
• Suitable for metro and regional transport network architectures
• Optimized for interoperability with supported Cisco platforms
• Reduces operational downtime through easy field serviceability
• Enables hybrid modernization of legacy optical systems
• Supports scalable backbone expansion in transport networks
• Enhances network reliability in high-availability environments
• Designed for consistent performance in carrier transport systems
• Helps extend ROI of existing SONET/SDH infrastructure investments

• Brand: Cisco
• Part Number: POM-OC48-SR-LC
• Product Type: Pluggable Optic Module
• Product Category: Optical Transceiver Module
• Network Standard: OC48 SONET / STM16 SDH
• Wavelength: 1310nm
• Connector Type: LC
• Interface Type: Optical Fibre
• Deployment Type: Carrier / Telecom Transport Optical Module
• Application: SONET/SDH Optical Backbone Connectivity
• Form Factor: Pluggable Module
• Compatibility: Cisco-supported optical transport platforms

WHY CHOOSE THIS PRODUCT?

• Enterprises and carriers choose this module for its proven stability in legacy SONET/SDH transport networks where uptime and deterministic latency matter more than raw bandwidth evolution.
• It offers dependable interoperability with Cisco optical transport ecosystems, reducing integration risk in mixed-generation infrastructure.
• The pluggable design simplifies field replacement and lifecycle maintenance without major network redesigns.
• Organizations benefit from long operational lifecycle support, making it suitable for infrastructure that cannot be rapidly migrated to newer architectures.