ASR-9006-AC-V2 Cisco Router PEM Version 2 Base - Modular Expansion

Overview Cisco ASR-9006-AC-V2 Rack-Mountable Router

The Cisco ASR-9006-AC-V2 is a powerful rack-mountable chassis router engineered for high-capacity networking. With modular expansion slots, redundant architecture, and advanced IOS XR software, it is designed for carrier-grade performance and scalability.

General Information

• Manufacturer: Cisco 
• Model Number: ASR-9006-AC-V2
• Category: Rack-Mountable Router

Technical Specifications

Total Slots

• 6 slots in total

Line Card Slots

• 4 horizontal slots for modular line cards

RSP Slots

• 2 slots for dual redundant Route Switch Processors (RSPs) with integrated fabric

Rack Size & Dimensions

• Rack Size: 10 RU
• Height: 17.5 inches
• Width: 17.38 inches
• Depth: 29.05 inches

Performance & Capacity

Maximum Capacity

• Supports up to 7 Tbps total system throughput

Forwarding Performance

• Up to 240 Gbps per chassis

Redundancy

• Fully redundant 1+1 architecture
• Redundancy for fabric, power supplies, fan trays, and RSPs

Power & Thermal Management

Power Entry Module (PEM V2)

• Single power tray supporting up to 4 AC power modules
• Improved design compared to V1 (supports 3 modules)

Power Modules

• Supports 3 kW AC power modules (e.g., PWR-3KW-AC-V2)

Cooling System

• Two redundant fan trays
• Each tray includes 6 high-efficiency fans
• Variable speed for optimal thermal performance

Airflow Options

• Side-to-back airflow
• Front-to-back airflow option using a baffle

Software & Services

Operating System

• Runs on Cisco IOS XR Software

Cisco ASR-9006-AC-V2 Rack-Mountable Chassis Router Overview

The Cisco ASR-9006-AC-V2 Rack-mountable Chassis Router with 4 Expansion Slots represents a high-performance carrier-class routing platform designed to support large-scale service provider networks, enterprise backbone infrastructures, and mission-critical data center interconnect environments. Built with a modular chassis architecture, this routing system delivers the flexibility required for evolving network demands while maintaining the stability and reliability expected in high-availability deployments. The platform is engineered to support advanced routing services, scalable bandwidth expansion, and resilient network operations across diverse deployment scenarios.

As a part of the Cisco Aggregation Services Router series, this chassis is optimized for environments that demand continuous uptime, efficient traffic handling, and seamless service integration. The AC-V2 variant emphasizes improved power efficiency and optimized system performance while ensuring compatibility with a wide range of service modules. Its rack-mountable design allows integration into standard data center racks, making it suitable for both centralized and distributed network architectures.

Modular Architecture and System Design Flexibility

Chassis Engineering and Structural Design

The Cisco ASR-9006-AC-V2 chassis is engineered with a robust mechanical framework that supports high-density routing and modular scalability. The structural design prioritizes airflow optimization, thermal balance, and physical durability, enabling the system to operate efficiently under heavy network loads. The chassis is constructed to accommodate multiple expansion modules, ensuring that network operators can tailor system capabilities according to evolving bandwidth requirements and service demands.

Its rack-mountable form factor is specifically designed for standardized data center installation, allowing seamless integration into existing infrastructure. The chassis supports organized cable management pathways and efficient spatial utilization, ensuring that network environments remain structured and operationally efficient even at scale.

Expansion Slot-Based Scalability

A defining feature of the Cisco ASR-9006-AC-V2 is its four expansion slot configuration, which enables flexible deployment of service modules and interface cards. These slots provide the foundation for system scalability, allowing operators to introduce new services without replacing the core chassis infrastructure. This modularity is essential for service providers who must continuously adapt to increasing traffic volumes and diversified service requirements.

Each expansion slot is designed to support high-speed interfaces and advanced processing modules, contributing to the overall performance enhancement of the system. The slot architecture ensures that upgrades and expansions can be performed with minimal disruption to ongoing network operations, preserving service continuity and reducing operational downtime.

Service Module Integration and Network Flexibility

The integration of service modules within the expansion slots allows the system to support a wide range of networking functions, including advanced routing, traffic management, and service virtualization. These modules enhance the chassis capability by introducing specialized processing functions that optimize network efficiency and performance.

This modular approach enables organizations to deploy customized network solutions tailored to specific operational requirements. Whether used for edge routing, aggregation, or core network deployment, the chassis adapts to different roles within the network hierarchy without requiring architectural redesign.

Control Plane and Data Plane Separation

The Cisco ASR-9006-AC-V2 incorporates a distributed architecture that separates control plane and data plane operations. This separation ensures that routing intelligence and packet forwarding processes operate independently, enhancing system stability and performance under heavy traffic conditions. The control plane manages routing decisions, while the data plane handles high-speed packet forwarding across network interfaces.

This architectural separation contributes to improved fault isolation and system resilience. In the event of traffic surges or partial system failures, the chassis maintains operational continuity, ensuring that critical network services remain unaffected.

High Availability and Carrier-Grade Reliability

Redundant AC Power Supply System

The AC-V2 designation of the Cisco ASR-9006 chassis highlights its advanced alternating current power architecture designed for redundancy and operational stability. The power system is engineered to support continuous operation through redundant configurations, ensuring that power failures or fluctuations do not disrupt network services. This is particularly critical in environments where uptime is a non-negotiable requirement.

The power distribution system within the chassis is optimized for efficiency, minimizing energy loss while maintaining stable voltage delivery to all installed modules. This contributes to lower operational costs and improved energy utilization across large-scale deployments.

Advanced Cooling and Thermal Regulation

Efficient thermal management is a core component of the Cisco ASR-9006-AC-V2 design. The chassis incorporates an optimized airflow system that ensures consistent cooling across all installed modules. This prevents overheating and maintains optimal operating conditions even during peak traffic loads.

The cooling architecture is designed to work in conjunction with the chassis layout, ensuring that air intake and exhaust paths are strategically positioned for maximum heat dissipation. This enhances system longevity and reduces the risk of hardware degradation caused by thermal stress.

Fault Tolerance and System Resilience

The system is built with carrier-grade fault tolerance mechanisms that ensure continuous network operation even in the presence of hardware or software anomalies. Redundant components, distributed processing architecture, and intelligent failover mechanisms work together to maintain system integrity.

This resilience is essential for service providers and enterprises that rely on uninterrupted connectivity for critical applications. The chassis is designed to detect, isolate, and mitigate faults automatically, minimizing the need for manual intervention and reducing service disruption risks.

Performance Optimization and Network Scalability

High-Bandwidth Routing Capabilities

The Cisco ASR-9006-AC-V2 chassis is designed to support high-bandwidth routing environments where large volumes of data must be processed efficiently and reliably. Its architecture enables scalable throughput performance, allowing it to handle increasing traffic demands without compromising stability or speed.

The system is particularly suited for backbone routing, edge aggregation, and large-scale enterprise connectivity, where consistent performance is essential for maintaining service quality and user experience.

Scalable Network Growth Support

One of the key advantages of the ASR-9006-AC-V2 platform is its ability to support incremental network expansion. The modular nature of the chassis allows organizations to add capacity and functionality as required, ensuring that infrastructure investments remain future-proof.

This scalability eliminates the need for complete system replacements when network demands increase, offering a cost-effective approach to infrastructure evolution. It also enables organizations to align network growth with business expansion strategies.

Traffic Engineering and Optimization

The chassis supports advanced traffic engineering capabilities that allow network administrators to optimize data flow across the infrastructure. This ensures efficient utilization of available bandwidth and reduces congestion during peak usage periods.

By intelligently managing traffic distribution, the system enhances overall network performance and ensures consistent service delivery across multiple applications and user groups.

Carrier-Class Deployment Environments

Service Provider Backbone Integration

The Cisco ASR-9006-AC-V2 is widely deployed in service provider backbone networks where high reliability and scalability are essential. It serves as a critical aggregation and routing platform that connects multiple network segments and supports large-scale data transmission.

Its ability to handle complex routing tasks and high-density traffic makes it suitable for national and regional backbone infrastructures, ensuring seamless connectivity across geographically distributed networks.

Enterprise Core Network Deployment

In enterprise environments, the chassis functions as a core routing platform that supports mission-critical applications and internal network communication. It enables organizations to consolidate network services and improve overall infrastructure efficiency.

The platform's flexibility allows it to integrate with existing enterprise systems while providing room for future expansion and service enhancement.

Data Center Interconnect Applications

The ASR-9006-AC-V2 is also deployed in data center interconnect scenarios where high-speed, low-latency connectivity between data centers is required. Its architecture supports efficient data transfer across long distances while maintaining network integrity and performance.

This makes it an essential component in disaster recovery setups, cloud infrastructure connectivity, and distributed computing environments where data synchronization is critical.

Advanced Network Services and Feature

Routing Protocol Compatibility

The chassis supports a wide range of routing protocols that enable interoperability across diverse network environments. This ensures seamless integration with existing infrastructure and enhances network flexibility.

Support for advanced routing features allows the system to participate in complex network topologies while maintaining optimal performance and stability.

Service Integration and Virtualization

The Cisco ASR-9006-AC-V2 supports advanced service integration capabilities, enabling virtualization and software-defined networking functions. This allows organizations to deploy multiple services on a single physical platform, improving resource utilization and operational efficiency.

Virtualization support also enhances network agility by allowing rapid deployment and reconfiguration of services based on changing business requirements.

Security and Traffic Protection Mechanisms

The platform incorporates robust security features designed to protect network infrastructure from unauthorized access and malicious traffic. These mechanisms ensure data integrity and safeguard critical network operations.

Security capabilities are integrated into the system architecture, allowing for seamless protection without impacting performance or scalability.