Cisco ASR 9000v-V2 Router Chassis

Experience edge and access integration like never before with the Cisco ASR 9000v-V2 Router Chassis. Built to unify core routing functions and edge services, this virtualized chassis—part of the Cisco ASR 9000 Series family—delivers the flexibility of network virtualization (nV) with the performance and reliability that service providers and large enterprises demand. The ASR 9000v-V2 extends the capabilities of traditional hardware by enabling edge, access, and virtualized services to run seamlessly as an integrated system, simplifying deployment, management, and scalability in dynamic multi-tenant environments. This deployment model supports rapid service activation, efficient resource utilization, and a reduced hardware footprint, making it an ideal choice for data centers, metro networks, and sprawling edge sites.

• Edge and access integrated as one network virtualized system: The ASR 9000v-V2 leverages Cisco's nV technology to bring edge routing and access-layer services into a single cohesive, software-defined platform, enabling consistent policy enforcement and streamlined service delivery across the network.
• Carrier-grade scalability and performance: Designed to meet the demands of high-traffic networks, this chassis supports scalable bandwidth, dynamic capacity growth, and robust reliability to handle complex service-level agreements across metropolitan and core networks.
• Extension shelf architecture: Acting as an extension within the ASR 9000 ecosystem, the 9000v-V2 expands the capabilities of the physical ASR 9000 family while preserving compatibility with established management workflows and orchestration tools.
• Unified management and automation compatibility: Integrates with Cisco’s management portfolio for provisioning, monitoring, and analytics, enabling policy-driven automation, simplified lifecycle management, and improved operational efficiency.
• Flexible deployment for multiple environments: Suitable for data centers, service-provider edge, and enterprise WANs, with options to optimize for virtualized services, software-driven provisioning, and rapid service rollouts in diverse locations.

Technical Details of Cisco ASR 9000v-V2 Router Chassis

• Product type: Virtualized router chassis (nV) in the Cisco ASR 9000 Series family, designed to extend edge and access capabilities into a single virtualized platform.
• nV technology: Edge and access functions are integrated as a unified network virtualized system, enabling streamlined deployment and centralized policy control across distributed networks.
• Form factor: Chassis-based platform designed to operate as an extension shelf within the broader ASR 9000 ecosystem, facilitating scalable growth without sacrificing compatibility.
• Deployment scenarios: Ideal for service-provider networks, large enterprises, and data-center interconnects where flexible edge services and rapid provisioning are essential.
• Management and orchestration: Supports Cisco management tools and automation pipelines for provisioning, telemetry, and policy enforcement, enabling efficient operations and improved service assurance.
• Reliability and availability: Engineered for high availability with redundant capabilities and resilient software-defined operations to sustain mission-critical applications.
• Interoperability: Designed to work within the Cisco ASR 9000 family, ensuring compatibility with existing modules, software, and support ecosystems for streamlined upgrades and migrations.

How to install Cisco ASR 9000v-V2 Router Chassis

• Plan and prerequisites: Before installation, verify licensing, firmware compatibility with your existing ASR 9000 deployment, and network design requirements. Confirm rack space, environmental controls, and power availability align with the chassis specifications.
• Prepare the site and hardware: Ensure appropriate rack mounting, grounding, and cable routing plans. Inspect all modules and components for integrity, and prepare expansion or extension shelf connections as part of the ASR 9000 ecosystem.
• Power and cabling: Connect the chassis to a reliable power source with appropriate redundancy. Use enterprise-grade fiber or copper uplinks according to your network design, ensuring correct interface configurations for data-plane and control-plane traffic.
• Initial access and provisioning: Use the established Cisco management interface or orchestration platform to access the chassis console. Load the recommended baseline configuration, apply licensing, and set up administrative access with role-based controls.
• Software and services activation: Activate the nV virtualization components, enable required edge and access services, and define service policies. Validate connectivity with test traffic and baseline performance measures to ensure the platform operates as expected.
• Validation and monitoring: Run a series of health checks, telemetry collection, and security policy verifications. Implement monitoring dashboards to observe latency, throughput, error rates, and resource utilization over time to sustain service levels.
• Operational readiness: Document the final configuration, approvals, and change-management records. Establish backup and recovery procedures and schedule regular software upgrades in line with Cisco guidance to maintain security and reliability.

Frequently asked questions

• What is the Cisco ASR 9000v-V2 Router Chassis? It is a virtualized router chassis that blends edge and access functions into a single network-virtualized system within the Cisco ASR 9000 Series. The platform is designed to extend the capabilities of the ASR 9000 family by providing flexible, software-defined edge services in a scalable chassis form factor.
• What does nV technology mean for the ASR 9000v-V2? nV stands for network virtualization, which enables edge and access functions to operate in a unified, virtualized environment. This approach simplifies deployment, improves resource utilization, and enables rapid provisioning of services across distributed sites.
• Who should consider the ASR 9000v-V2? Service providers seeking scalable, carrier-grade edge routing, as well as large enterprises requiring a flexible, virtualized solution for data-center interconnects, WAN edge, and multi-site deployments.
• How does the chassis integrate with other Cisco ASR 9000 components? It is designed to be compatible with the broader ASR 9000 ecosystem, including management tools, orchestration platforms, and related modules, enabling cohesive operation and streamlined upgrades.
• What are the key benefits of deploying this chassis? Key benefits include deployment flexibility, reduced hardware footprint, centralized policy enforcement, fast service activation, and the ability to scale edge services alongside core network functions.
• What kind of deployment environments is this suited for? It is well-suited for data centers, metro-edge locations, data-center interconnects, and service-provider networks where robust edge functionality and virtualization are required.