ASR-9010-SYS Cisco ASR-9010 Chassis 10 Slots Power Supply Rack

Overview of the Cisco ASR-9010-SYS Chassis

The Cisco ASR-9010-SYS is a high-performance router chassis designed for enterprise-level network infrastructures. With its 10 available expansion slots, this chassis delivers flexibility, scalability, and robust operation, making it suitable for mission-critical and high-capacity network environments.

Manufacturer Information

• Manufacturer: Cisco
• Model Number: ASR-9010-SYS
• Product Series: ASR 9000
• Product Model: ASR 9010
• Product Name: ASR 9010 Chassis
• Product Type: Router Chassis

Technical Specifications

Expansion Capabilities

• Total Expansion Slots: 10 slots available for various modules

Power

• PoE (Power over Ethernet) Ports: Not included
• Power Source: External power supply required
• Redundant Power Supply: Yes, to ensure continuous operation

Performance and Reliability

• High-Performance Design: Built to handle demanding network tasks with efficiency
• Advanced Features: Equipped with necessary features for optimal network performance and stability

Compatibility

• Compatible Series: Cisco ASR 9000
• Supports Line Cards and Modules from ASR 9000 family
• Integrates smoothly with Cisco routing ecosystems

Cisco ASR-9010-SYS ASR 9010 Chassis Overview

The Cisco ASR-9010-SYS ASR 9010 Chassis is a high-performance, carrier-class router designed for service providers and large-scale enterprise networks. This chassis is engineered to handle intensive network traffic and offers exceptional scalability, reliability, and flexibility. With its modular 10-slot architecture, network administrators can configure the chassis to meet growing data demands without compromising performance.

High-Density Slot Architecture

The ASR 9010 chassis features a total of 10 slots, providing ample capacity for various line cards, route processors, and interface modules. This modular design ensures that network operators can customize their deployment based on specific bandwidth and service requirements. The high-density slot architecture supports multi-terabit throughput, making it ideal for core and edge network deployments.

Advanced Power Supply Options

Power management is a critical aspect of any large-scale network deployment. The ASR 9010 chassis comes equipped with redundant power supply options, including hot-swappable AC and DC power modules. These options provide uninterrupted power and increase system reliability, reducing the risk of downtime during maintenance or power fluctuations. Redundant power supply configurations ensure continuous operation in mission-critical environments.

Performance and Scalability

The ASR 9010 chassis is designed for high throughput and low latency, enabling service providers to deliver consistent and high-speed network services. With the ability to support multiple line cards simultaneously, this system offers scalable bandwidth expansion without replacing the entire chassis. It supports advanced routing protocols, including BGP, OSPF, and MPLS, providing flexible routing options for complex networks.

High Availability Features

Reliability is paramount in network infrastructure, and the ASR 9010 chassis delivers with its high availability features. Redundant route processors, fans, and power supplies work together to provide continuous operation. In case of hardware failure, the system automatically switches to backup modules, minimizing service disruption. These high availability mechanisms are essential for service providers who require uninterrupted connectivity for customers and critical applications.

Cooling and Environmental

The ASR 9010 chassis incorporates advanced cooling technology to maintain optimal operating temperatures even under heavy traffic loads. Efficient airflow management, including front-to-back cooling and hot-swappable fans, ensures that components operate within safe thermal ranges. This design reduces the risk of overheating and extends the lifespan of the chassis components, providing long-term operational reliability.

Redundant Cooling System

The redundant fan modules in the ASR 9010 chassis enhance system reliability by providing backup cooling in case of fan failure. Each fan tray can be replaced without shutting down the chassis, ensuring that cooling is maintained even during maintenance. This feature is particularly beneficial in data centers or telecom environments where uninterrupted operation is critical.

Energy Efficiency

Energy efficiency is a key consideration for modern network infrastructures. The ASR 9010 chassis is designed to optimize power usage while maintaining high performance. Intelligent power management features allow the system to adjust energy consumption based on traffic loads, reducing operational costs and supporting sustainability initiatives. Network operators benefit from a lower total cost of ownership while maintaining robust performance.

Security and Network Services

The ASR 9010 chassis is not only a high-performance router but also a platform for advanced network services and security. With support for integrated encryption, firewall capabilities, and deep packet inspection, the system can secure data traffic and enforce network policies effectively. This is crucial for enterprises and service providers managing sensitive information or operating in regulated environments.

Integrated Network Services

Operators can deploy a variety of network services directly on the ASR 9010 chassis, including VPN, MPLS, and QoS services. This integration reduces the need for additional appliances, simplifying network management and lowering operational costs. By consolidating services on a single chassis, organizations achieve more efficient resource utilization and faster service deployment.

Scalable Security Features

Security features in the ASR 9010 are scalable, allowing operators to implement robust protection mechanisms across all slots. Features such as encrypted tunnels, firewall rules, and policy-based traffic management can be configured per line card or globally across the chassis. This ensures that both high-volume and sensitive traffic is handled securely without affecting performance.

Deployment Scenarios

The ASR 9010 chassis is versatile and suitable for a wide range of deployment scenarios. It can function as a core router in service provider networks, an edge router for enterprise WANs, or as a high-capacity aggregation point in data centers. Its flexibility in slot configuration, power redundancy, and high throughput makes it an ideal choice for organizations planning for future growth.

Core Network Deployment

In core network deployments, the ASR 9010 chassis handles massive traffic loads with low latency and high reliability. Its support for multiple routing protocols, large routing tables, and advanced QoS ensures that mission-critical applications receive prioritized traffic handling. Core deployments benefit from the chassis’s modular design, which allows incremental upgrades as network demands increase.

Edge and Aggregation Deployment

For edge or aggregation use cases, the ASR 9010 chassis provides robust connectivity between multiple sites or data centers. Redundant power supplies and cooling, combined with high throughput line cards, ensure that edge routers maintain continuous service even under heavy load. Aggregation scenarios benefit from its high-density slot configuration, enabling consolidation of multiple services onto a single chassis.

Line Cards and Modules

Line cards expand the system’s port capacity and enable support for various network speeds and protocols. Interface modules can include 10G, 40G, or 100G ports, MPLS cards, or specialized WAN connectivity modules. Modular upgrades allow network administrators to scale capacity efficiently without replacing the entire chassis.

Power Supply Units

Redundant power supply units are essential for maintaining continuous operation. Options include high-capacity AC or DC power supplies, supporting load sharing and automatic failover. Choosing the correct power supply configuration ensures system stability even during maintenance or unexpected power events.

Route Processors

Route processors manage system intelligence, routing protocols, and network policies. Redundant route processors provide seamless failover capabilities, ensuring uninterrupted network control. Upgrading to higher-capacity route processors can enhance system performance for large-scale network deployments.