Cisco ASR 9010 AC Chassis with PEM Version 2

The Cisco ASR 9010 AC Chassis with PEM Version 2 is a premier, edge-optimized carrier chassis designed for service providers and large enterprises that demand scalable performance, highly available architectures, and operational simplicity. As part of the Cisco ASR 9000 Series, this chassis blends next‑generation hardware with a software-driven foundation to deliver unprecedented capacity at the network edge. Built to handle demanding multi-service environments—ranging from high‑bandwidth IP transit to advanced VPN and traffic engineering—the ASR 9010 AC chassis is engineered for future growth, rapid service deployment, and simplified lifecycle management. Engineered with redundancy and efficiency in mind, it enables operators to scale capacity as traffic and service requirements evolve, all while maintaining a compact footprint and streamlined operations. Whether you’re extending edge reach for fiber-rich metro networks or consolidating services in data-center interconnections, the ASR 9010 offers the reliability, flexibility, and longevity you need to stay ahead in a fast-changing landscape.

• High-capacity, scalable edge performance: The ASR 9010 AC Chassis is designed to deliver robust throughput and accommodate growth through modular line cards and scalable backplane architecture. This translates into sustained service quality across a wide range of workloads, including high‑speed IP transit, including large-scale VPNs, mobile backhaul, and edge aggregation. With Cisco’s integrated QoS, traffic engineering, and routing capabilities, operators can maintain consistent performance for latency‑sensitive applications while also provisioning space for future service introductions. The result is a future‑proof edge platform that reduces the need for frequent hardware refreshes while expanding service density and efficiency.
• Operational simplicity and lifecycle efficiency: The ASR 9010 is engineered for streamlined management and simplified maintenance at scale. Centralized control, unified policy management, and automated provisioning help network teams deploy new services quickly, reduce manual configuration errors, and accelerate service turn-up. Modular components are designed for fast hot‑swap replacement, allowing technicians to swap out failing elements without disrupting ongoing traffic. This approach minimizes downtime, accelerates troubleshooting, and lowers total cost of ownership over the life of the chassis. In practice, operators experience faster service rollouts, easier upgrades, and improved operational discipline across the entire edge footprint.
• PEM Version 2: dependable power, redundancy, and efficiency: The PEM Version 2 (Power Entry Module) provides reliable, configurable power to the chassis and installed line cards. With options for redundant AC power and hot-swappable modules, operators can maintain continuous service even during maintenance windows or unforeseen power events. The Version 2 PEM design emphasizes energy efficiency and thermal management, helping to reduce operating costs in data centers and network facilities. This power architecture not only supports peak traffic demands but also allows for planned, graceful capacity expansion as networks evolve.
• Advanced reliability and fault tolerance: Cisco’s ASR 9000 platform is renowned for its resilience, and the ASR 9010 chassis is no exception. Redundant power, redundant fans, fault-detection features, and fail-safe routing paths are designed to minimize the impact of component failures. In many deployments, this translates to near-continuous availability for critical services, with rapid failure containment and automatic rerouting, enabling operators to maintain service levels during maintenance or component replacements. The chassis design prioritizes hot-swappability and service continuity, ensuring the network remains responsive even when individual elements are being serviced or upgraded.
• Flexible deployment and seamless integration: The ASR 9010 fits a variety of deployment scenarios—from large-scale metro edge to edge data-center integrations—with support for multiple line cards, scalability options, and interoperable software features. It harmonizes with Cisco IOS XR software, providing familiar command-line interfaces, robust scripting and automation capabilities, and comprehensive telemetry. This consistency across the Cisco portfolio simplifies operations for teams managing diverse networks, accelerates onboarding for new staff, and improves cross‑functional collaboration between network engineering, security, and operations teams. The chassis is also designed to integrate with existing Cisco infrastructures, enabling a cohesive, end-to-end network strategy.

Technical Details of Cisco ASR 9010 AC Chassis with PEM Version 2

• UPC: Not provided
• SKU: Not provided
• Chassis form factor: Modular edge chassis designed for high-density deployments
• PEM Version 2: Power Entry Module with redundant AC options and hot-swappable configuration
• Key capabilities: High-throughput routing, support for multiple line cards, scalable backplane, and integration with Cisco IOS XR for unified management
• Reliability features: Redundant power, hot-swappable components, proactive fault detection, and graceful failure handling to minimize service disruption
• Management and automation: Cisco IOS XR compatibility with automated provisioning, telemetry, and policy-based management for simplified operations

how to install Cisco ASR 9010 AC Chassis with PEM Version 2

• Prepare the installation site by ensuring proper grounding, surge protection, adequate cooling, and appropriate rack space for the ASR 9010 chassis. Confirm power availability and verify that the environment meets the required temperature and humidity specifications for Cisco equipment.
• Unpack and inspect the chassis and PEM modules for any shipping damage. Check that all required components listed in your configuration are present, including line cards, PEMs, mounting hardware, cables, and safety documentation. Maintain a clean workspace to prevent dust or debris from entering sensitive connectors.
• Mount the chassis in the rack and secure it according to best practices. Connect the PEM Version 2 modules to appropriate AC power sources with redundant feeds where possible. Ensure proper cable management to avoid obstructing airflow and to facilitate future maintenance.
• Install and seat the selected line cards and modules into the backplane according to the chassis’ documentation. Verify that each module is properly seated, and attach any required fan units or airflow components. Power up the system and monitor the initial POST or boot sequence for any error indicators.
• Connect management interfaces and console access for initial configuration. Load the appropriate Cisco IOS XR software image, apply baseline configurations, and enable required services (routing protocols, QoS, security policies). Validate that all line cards initialize correctly and that the chassis reports healthy power and cooling states.
• Perform post-install validation, including connectivity tests, routing table convergence checks, and fault-detection trials. Create an incident response plan and update your network diagrams to reflect the new edge infrastructure. Schedule ongoing health checks, firmware reviews, and backup configurations to ensure long-term reliability and performance.

Frequently asked questions

• What is the Cisco ASR 9010 AC Chassis with PEM Version 2 best suited for?

  The ASR 9010 is designed for high-density, scalable edge deployments, supporting large-scale service provider and enterprise networks. It excels in scenarios requiring robust routing capacity, flexible line card configurations, and reliable power delivery for mission-critical services at the network edge.

• What does PEM Version 2 mean for power and reliability?

  PEM Version 2 refers to the Power Entry Module design that enables redundant, hot-swappable power delivery with options for AC power feeds. This architecture supports continuous operation, simplifies maintenance, and enhances energy efficiency, contributing to higher overall availability and easier service management.

• Can the ASR 9010 chassis be expanded with additional line cards?

  Yes. The modular design supports multiple line cards and backplane configurations, enabling operators to scale capacity as traffic and service requirements grow. Compatibility with Cisco IOS XR and related management tools ensures streamlined upgrades and uniform policy application across the platform.

• What software is used to manage the ASR 9010?

  The ASR 9010 leverages Cisco IOS XR for routing, control, and automation. This software foundation provides advanced features, scripting capabilities, telemetry, and a stable platform for deploying modern network services with consistent management across the Cisco ecosystem.

• Is the ASR 9010 suitable for data center interconnect and metro edge deployments?

  Yes. The chassis is designed to support a range of deployment topologies, including high-capacity data center interconnect, service-provider edge aggregation, and metro-scale routing. Its combination of performance, modularity, and reliability makes it a versatile choice for environments requiring scalable, multi-service edge networking.

• How do I ensure optimal performance and reliability after installation?

  Follow best practices for configuration management, keep firmware and software up to date, implement robust monitoring and alerting, and establish a proactive maintenance routine. Regular health checks, redundant power checks, thermal management, and tested backup configurations contribute to sustained performance and service availability.