A9KV-V2-AC Cisco Router Chassis 44-Port GE + 4-Port 10GE

Product Overview of the Cisco A9KV-V2-AC Router Chassis

The Cisco A9KV-V2-AC Router Chassis delivers advanced networking performance with 44 Gigabit Ethernet ports and 4 high-speed 10 Gigabit Ethernet interfaces, making it a versatile solution for enterprise-grade connectivity.

General Information

• Part Number: A9KV-V2-AC
• Model Name: ASR 9000v-v2 Router Chassis
• Series: ASR 9000

Technical Specifications

• Form Factor: Wall-mountable configuration for space-efficient deployment
• Chassis Model: ASR 9000v-v2
• Total Expansion Slots: 48 slots allowing modular network scaling
• Powerline Support: Not supported
• Management Port: Not included
• VoIP Support: Not available
• PoE (RJ-45) Ports: None provided

Network & Ethernet

• Network Technology: 1000BASE-X for reliable gigabit connections
• Ethernet Technology: 10 Gigabit Ethernet ports to support high-bandwidth applications

Compatibility

• Works with Cisco ASR 9000 series line cards
• Supports multiple network module types for scalable solutions
• Designed for seamless integration with Cisco’s advanced routing protocols

The Cisco A9KV-V2-AC Router Chassis

The Cisco A9KV-V2-AC Router Chassis 44-Ports GE + 4-Ports 10GE is a high-performance, modular router chassis designed for enterprise-grade and service provider networks. Engineered for scalability and reliability, this router chassis offers a comprehensive solution for organizations that demand robust connectivity, advanced routing capabilities, and low-latency performance. With 44 Gigabit Ethernet (GE) ports and 4 10 Gigabit Ethernet (10GE) uplinks, the Cisco A9KV-V2-AC is ideal for aggregating network traffic efficiently and providing high-speed connectivity to multiple devices and network segments.

Advanced Hardware Architecture

The Cisco A9KV-V2-AC chassis features a resilient hardware architecture that supports high throughput and optimized performance. The 44 GE ports allow for extensive device connectivity, while the 4 10GE ports offer enhanced uplink capacity for interconnecting with core network infrastructure or data centers. The chassis is designed to accommodate high-density network configurations, ensuring consistent performance even under heavy traffic loads. Its modular design enables flexible deployment, allowing network administrators to add or replace components as needed to match evolving network requirements.

Redundant Power and Cooling Systems

Reliability is a core strength of the Cisco A9KV-V2-AC. The chassis includes redundant AC power supplies and advanced cooling systems that maintain optimal operating temperatures, ensuring continuous uptime and preventing network interruptions. Redundant components minimize the risk of downtime, making the router chassis suitable for mission-critical applications in enterprise data centers, service provider networks, and large-scale IT environments. These features contribute to high availability and operational efficiency while reducing maintenance costs over time.

Optimized Network Performance

The Cisco A9KV-V2-AC is designed to deliver high network performance, supporting high-throughput routing and advanced traffic management. Its hardware-based forwarding engines and routing processors enable efficient handling of complex network protocols, minimizing latency and maximizing data throughput. The router chassis supports advanced routing features, including MPLS, IPv6, BGP, and OSPF, which ensures seamless integration with existing network infrastructures and facilitates smooth scaling of network operations as demands grow.

Advanced Security Features

Security is integral to the Cisco A9KV-V2-AC Router Chassis. It incorporates robust network security measures, including support for Access Control Lists (ACLs), encryption, and secure management protocols. These features protect network data from unauthorized access, mitigate potential threats, and ensure compliance with industry security standards. The chassis also supports segmentation of traffic through VLANs and routing policies, enabling organizations to implement secure, multi-tenant environments and enhance overall network integrity.

Flexible Deployment Options

The modular design of the Cisco A9KV-V2-AC provides flexible deployment options, allowing network administrators to customize port configurations and routing modules according to specific requirements. Whether deployed in a core network, aggregation layer, or edge network, the chassis delivers consistent performance and scalability. Its support for hot-swappable components and modular interface cards reduces downtime during upgrades or maintenance, providing operational flexibility and minimizing disruption to network services.

Enterprise and Service

The Cisco A9KV-V2-AC Router Chassis is suitable for a wide range of enterprise and service provider applications. In enterprise environments, it can serve as a high-performance core or distribution router, aggregating traffic from multiple access switches and delivering efficient connectivity to data centers and branch offices. In service provider networks, the chassis supports high-density aggregation and transport services, providing reliable connectivity for business and residential customers while enabling advanced features such as MPLS VPNs and Quality of Service (QoS) for prioritized traffic handling.

Scalable Network Architecture

Scalability is a key consideration for modern networks, and the Cisco A9KV-V2-AC is designed to grow with organizational needs. Additional modules can be installed to increase port density or upgrade uplink capacity without replacing the entire chassis. This scalability allows businesses to adapt to increasing network traffic, new service deployments, and expansion into new locations, all while maintaining consistent performance and network reliability. The chassis’s ability to support both current and future technologies ensures a long-term investment in network infrastructure.

High Availability and Redundancy

The chassis’s design prioritizes high availability through redundant hardware components, dual power supplies, and failover capabilities. This ensures uninterrupted network operations even in the event of component failure. Combined with advanced routing protocols and automated network management features, the Cisco A9KV-V2-AC minimizes downtime, reduces the risk of service disruption, and supports mission-critical applications that require continuous connectivity. Redundant cooling systems also help maintain stable operating conditions, further enhancing network resilience.