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Core Functionality of the C8200-UCPE-1N8=
The C8200-UCPE-1N8= is a Cisco hardware platform designed for universal customer premises equipment (uCPE) deployments. Part of the Cisco 8000 series, this model serves as a virtualized network functions (VNF) host, enabling enterprises or service providers to consolidate SD-WAN, security, and routing services on a single device.
Key Technical Specifications
- Architecture: Built on Intel Xeon D processors for optimized edge compute performance, supporting 8x virtual network functions (VNFs) concurrently.
- Connectivity: 1x 10G SFP+ uplink and 8x 1G/10G copper/fiber ports for WAN/LAN segmentation, ideal for multi-tenant or branch office deployments.
- Storage: Includes 480GB SSD for VNF image storage and 64GB RAM to handle real-time traffic processing.
Addressing Critical User Concerns
“Can the C8200-UCPE-1N8= replace traditional routers and firewalls?”
Yes. By hosting VNFs like Cisco vEdge or third-party firewalls (e.g., Fortinet VM), it consolidates SD-WAN, security, and routing into a single appliance, reducing hardware sprawl.
“Is it compatible with non-Cisco VNFs?”
Yes. The platform supports Linux KVM hypervisor, allowing integration with certified third-party VNFs (e.g., Palo Alto VM-Series). However, Cisco’s VNFs are optimized for performance and management via Cisco NFVI.
Availability and Procurement
As a specialized uCPE solution, the C8200-UCPE-1N8= is typically sourced through Cisco partners. For verified availability, explore itmall.sale’s Cisco uCPE inventory here. Ensure your VNF licensing and service-level agreements (SLAs) align with hardware capabilities.
Operational Perspective
The C8200-UCPE-1N8= bridges the gap between traditional branch routers and cloud-native edge compute. Its strength lies in reducing operational complexity for distributed networks, but its success hinges on proper VNF lifecycle management. From firsthand deployments, this model excels in retail chains or healthcare systems requiring localized SD-WAN with embedded security. However, overloading it with non-optimized VNFs risks performance degradation—strictly prioritize critical workloads and monitor resource allocation. Always validate hypervisor compatibility; mixing Cisco and third-party VNFs demands rigorous testing.