Cisco ASR9000 SPA-2XCHOC12/DS0 Channelized OC12 Port Adapter

• Telecom carrier SONET aggregation deployments
• Migration from legacy TDM networks to IP/MPLS infrastructures
• Regional service provider edge connectivity
• Government communication backbone modernization
• Utility and energy sector transport networks
• Voice and leased-line service consolidation
• Multi-service carrier edge deployments
• Legacy DS0 service preservation projects
• Broadband transport infrastructure upgrades
• Disaster recovery and backup transport network integration

• Dual channelized OC-12 connectivity architecture
• Designed for Cisco ASR 9000 platforms
• Supports SONET transport environments
• Enables DS0 service aggregation
• Facilitates phased network modernization strategies
• Helps extend lifecycle of legacy services
• Supports hybrid TDM and packet-based infrastructures
• Improves network resource utilization
• Suitable for carrier-grade deployments
• Enhances service consolidation efficiency
• Supports scalable WAN transport architectures
• Reduces migration complexity during infrastructure upgrades
• Optimizes operational continuity for telecom providers
• Supports business continuity requirements
• Provides investment protection during technology transitions

• Brand: Cisco
• Part Number: SPA-2XCHOC12/DS0
• Product Type: Shared Port Adapter (SPA)
• Interface Type: Channelized OC-12
• Port Configuration: 2 x OC-12 Ports
• Channelization: DS0
• Series Compatibility: Cisco ASR 9000 Series
• Deployment Environment: Service Provider Networks
• Application: SONET Transport and TDM Service Aggregation
• Network Architecture: Carrier Edge Infrastructure

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Cisco SPA-2XCHOC12/DS0 when maintaining revenue-generating legacy services while transitioning toward next-generation packet networks. Its dual channelized OC-12 design delivers higher aggregation efficiency than lower-density alternatives, helping reduce hardware footprint and operational complexity. For telecom operators and large infrastructure providers, it offers strong compatibility with ASR 9000 deployments, protects existing network investments, supports phased modernization strategies, and provides long-term value by bridging traditional transport technologies with future-ready service architectures.