Cisco A9K-AIP-LIC-E L3VPN License for ASR 9000 IOS XR

• Service provider MPLS L3VPN deployment
• Temporary network capacity expansion
• Lab testing and pre-production validation
• Core network feature enablement
• Enterprise WAN optimization projects
• ISP backbone routing enhancement
• Migration testing for IOS XR environments
• Cloud interconnect and hybrid network setup
• Network performance benchmarking scenarios

• Enables L3VPN services on ASR 9000 platforms instantly
• Activates advanced IP routing for service providers
• Supports MPLS based scalable VPN architectures layer
• Optimized IOS XR integration for carrier networks
• Short term license for temporary network expansion
• Reduces CAPEX through software based activation model
• Enhances scalability across service provider cores
• Ensures carrier grade reliability and high uptime
• Seamless IOS XR based MPLS VPN deployment support
• Ideal for testing lab and short term deployments use

• Brand: Cisco
• Product Model: A9K-AIP-LIC-E
• Product Type: Software Feature License
• License Type: Short-Term Activation License
• Platform Compatibility: Cisco ASR 9000 Series Routers
• Operating System: Cisco IOS XR
• Functionality: Advanced IP (AIP) & L3VPN Enablement
• Technology Support: MPLS, Layer 3 VPN, IP Routing Services
• Deployment Type: Service Provider Core / Enterprise Backbone
• Installation Type: Software Activation (No Hardware Required)
• Use Case: Temporary, Testing, Production Scaling
• Architecture Support: Line Cards & -E Series Cards Compatible
• Service Model: Carrier-Grade Network Services Enablement
• Upgrade Requirement: Not Required
• License Scope: Feature Unlock for Network Services

WHY CHOOSE THIS PRODUCT?

• Enables rapid L3VPN service activation on ASR 9000
• Eliminates need for costly hardware upgrades
• Optimized for MPLS-based service provider networks
• Supports short-term scaling and lab validation needs
• Enhances network agility and deployment speed
• Carrier-grade performance with IOS XR integration
• Improves ROI through software-based feature unlock