C9200-48T-A Datasheet and Price
Cisco Catalyst C9200-48T-A Datasheet and Pricing Guide ...
Introduction to the DP-9800-CORD=
The Cisco DP-9800-CORD= (Central Office Re-architected as a Datacenter) is a software-defined networking (SDN) solution designed for service providers and large enterprises to virtualize and automate multi-service edge (MSE) operations. Built on Cisco’s Network Functions Virtualization (NFV) framework, it transforms legacy hardware-centric architectures into scalable, cloud-native environments. Targeting 5G mobile edge, broadband aggregation, and enterprise WANs, the DP-9800-CORD= enables centralized orchestration of virtualized network functions (VNFs) like routers, firewalls, and SD-WAN gateways.
Core Technical Capabilities
- Cloud-Native Architecture: Runs on Kubernetes (K8s) with Cisco ESC (Elastic Services Controller) for automated VNF lifecycle management.
- Hardware Acceleration: Integrates with Cisco UCS C-Series servers and Cisco Silicon One ASICs for line-rate performance (up to 400 Gbps).
- Multi-Tenancy: Isolates services for different customers or departments via segmented virtual networks.
- Service Chaining: Dynamically links VNFs (e.g., firewall → load balancer → WAN optimizer) via Cisco NSO (Network Services Orchestrator).
- 5G Readiness: Supports network slicing, CUPS (Control/User Plane Separation), and low-latency edge compute for IoT/AR/VR.
Key Use Cases
1. Service Provider Edge Virtualization
Replaces proprietary hardware (e.g., BRAS, PE routers) with virtualized instances, reducing capex/opex while scaling broadband subscriber management.
2. Enterprise Hybrid WANs
Deploys virtual SD-WAN instances at branch sites, managed centrally via Cisco vManage, with zero-touch provisioning for remote offices.
3. Private 5G Networks
Orchestrates 5G UPF (User Plane Function) and MEC (Multi-access Edge Compute) nodes for factories, campuses, or smart cities.
DP-9800-CORD= vs. Traditional Edge Platforms
| Feature | DP-9800-CORD= | Legacy Edge Routers |
|---|---|---|
| Scalability | Elastic scaling of VNFs | Fixed hardware capacity |
| Service Deployment | Minutes via orchestration | Weeks for hardware procurement |
| Cost Efficiency | Pay-as-you-grow licensing | High upfront capex |
| Programmability | APIs for DevOps integration | Limited CLI/SNMP |
Addressing Critical Deployment Questions
Q: How does the DP-9800-CORD= handle hardware compatibility?
It supports Cisco UCS servers and third-party x86 platforms certified under Cisco’s NFV Infrastructure (NFVI) program.
Q: Is specialized training required for orchestration?
Yes. Operators need familiarity with Kubernetes, Cisco NSO, and VNFM (VNF Manager) tools. Cisco offers DevNet certifications for workflow automation.
Q: What licensing model applies?
Cisco’s Enterprise Agreement (EA) or Service Provider (SP) subscriptions, covering software updates and 24/7 TAC support.
Where to Purchase the DP-9800-CORD=
For validated NFVI stacks and licensing bundles, the solution is available through Cisco partners like “itmall.sale”. Ensure alignment with existing orchestration tools (e.g., VMware vCloud NFV) before deployment.
Final Perspective
The DP-9800-CORD= isn’t just another virtualization platform—it’s a paradigm shift for networks burdened by rigid hardware. Its ability to abstract services from underlying infrastructure empowers providers to monetize 5G slices or on-demand enterprise services. However, the transition to cloud-native operations demands cultural and operational overhauls; organizations clinging to siloed teams will struggle. Having witnessed similar migrations, the ROI hinges on automation adoption—those embracing DevOps workflows will outpace competitors. For enterprises, the choice is clear: modernize or risk obsolescence. But proceed cautiously—overestimating in-house expertise can turn this asset into a cost sink.