Description
Overview of the Cisco A99-SFC2 Switch Fabric Module
The Cisco A99-SFC2 is a high-performance Plug-in Module designed specifically for the ASR 9900 Series routers. It is engineered to meet the demands of service providers and large enterprises that require a robust and scalable networking solution. The module serves as a Switch Fabric, a critical element responsible for managing data flow and ensuring efficient communication within the network.
Key Features and Capabilities
High Performance
The A99-SFC2 module boasts high-performance capabilities, ensuring optimal speed and efficiency in data transfer. This is particularly crucial in environments where large volumes of data need to be processed swiftly.
Scalability
Scalability is a defining feature of the ASR 9900 Series, and the A99-SFC2 module is no exception. It allows organizations to scale their network infrastructure seamlessly as their requirements grow over time.
Reliability
Cisco is renowned for its commitment to reliability, and the A99-SFC2 module adheres to these standards. It is designed to operate consistently under varying workloads, minimizing downtime and ensuring uninterrupted network services.
Modular Design
The modular design of the A99-SFC2 module contributes to its versatility. This design allows for easy upgrades and replacements, simplifying maintenance tasks and extending the lifespan of the networking infrastructure.
Advanced Switching Technology
Leveraging advanced switching technology, the A99-SFC2 module facilitates efficient data forwarding and packet processing. This ensures that the router can handle diverse workloads with ease.
ASR 9900 Series Routers
The A99-SFC2 module is specifically engineered to seamlessly integrate with the ASR 9900 Series routers. This integration enhances the overall capabilities of the router and contributes to the series’ reputation for high-performance networking solutions.
Enhanced Routing Capacity
By incorporating the A99-SFC2 module, ASR 9900 routers experience a significant boost in their routing capacity. This is instrumental in handling the increasing complexity of modern networks.
Improved Packet Forwarding
The Switch Fabric Module optimizes packet forwarding within the router, ensuring that data is efficiently directed to its intended destination. This results in lower latency and improved network responsiveness.
Streamlined Network Management
Integration with the ASR 9900 Series means that the A99-SFC2 module is seamlessly managed through Cisco’s comprehensive network management tools. This simplifies the task of monitoring and configuring the module within the larger network infrastructure.
Virtualization and Network Programmability
The ASR 9900 Series Switch is a high-performance router that supports both virtualization and network programmability. Virtualization allows the router to run multiple virtual instances of the operating system, known as virtual routers (VRs), on a single physical device. This allows for efficient use of resources and improved scalability.
Network programmability allows for the automation of network management tasks and the ability to programmatically configure and control network devices. The ASR 9900 Series Switch supports the use of industry-standard programming languages, such as Python and NETCONF, for network automation.
The switch also supports the use of network orchestration tools, such as Ansible and Puppet, for automated deployment and management of network devices. Additionally, the switch supports the use of software-defined networking (SDN) protocols, such as OpenFlow, for programmatic control of network traffic.
Use Cases and Applications
The Cisco A99-SFC2 module finds applications in various scenarios, catering to the diverse needs of organizations with demanding networking requirements.
Service Provider Networks
Service providers, such as telecommunications companies, benefit from the A99-SFC2 module’s ability to handle the high traffic volumes inherent in these networks. Its scalability ensures that the network can grow in tandem with increasing user demands.
Enterprise Data Centers
Large enterprises with extensive data center requirements leverage the A99-SFC2 module to enhance the performance and reliability of their network infrastructure. The module’s modular design is particularly advantageous in dynamic enterprise environments.
Cloud Service Providers
Cloud service providers rely on the A99-SFC2 module to ensure the seamless flow of data within their networks. Its high-performance capabilities and scalability align with the demands of cloud-based services and applications.
Benefits
Improved Performance
One of the primary benefits of incorporating the Cisco A99-SFC2 into the ASR 9900 Series is the significant performance improvement. The high-speed switching capabilities enable the router to handle increased data loads efficiently. This is particularly important in scenarios where network traffic is constantly growing, such as in large enterprises or service provider environments.
Enhanced Scalability
Scalability is a critical consideration in modern networking solutions. The A99-SFC2 addresses this need by providing a scalable solution that can adapt to the changing requirements of a network. This is achieved through its modular design, allowing users to expand the capabilities of the router as their network grows.
Flexibility in Network Design
The modular design of the A99-SFC2 contributes to the overall flexibility of network design. Organizations can customize their routers based on specific needs, adding or upgrading modules as required. This flexibility is particularly valuable in dynamic environments where network requirements may change over time.
Redundancy for High Availability
Network reliability is a top priority for businesses and service providers. The A99-SFC2 includes redundancy features that contribute to high availability. In the event of a component failure, the redundant capabilities of the module ensure that the router can continue operating, minimizing downtime and providing a more robust network infrastructure.
Energy Efficiency
The A99-SFC2 Cisco ASR 9900 Series Switch Fabric Card 2 is designed to provide high-performance switching capabilities for the Cisco ASR 9900 Series routers. It is a scalable and redundant switch fabric card that can support up to 2 Tbps of throughput.
In terms of energy efficiency, the A99-SFC2 has some features that help to reduce power consumption. For example, it has a power-efficient design that minimizes the amount of power needed to operate the card. Additionally, it has some power-saving modes that can be activated when the card is not in use, which helps to further reduce power consumption.
In terms of power consumption, the A99-SFC2 has a maximum power rating of 1000W. However, the actual power consumption will depend on the specific configuration and usage of the card. It is important to note that the A99-SFC2 is designed to be used in a redundant configuration, which means that two cards will be needed to provide full switching capabilities. This will increase the overall power consumption of the system.
Main Information for the Cisco A99-SFC2 Fabric Module
- Manufacturer: Cisco
- Part Number or SKU# A99-SFC2
- Product Type: Fabric Module
Technical Information
- Enclosure Type: Plug-in Module
- System Requirements: Requires Cisco IOS XR 5.3.0
Compatibility
- Designed for use with the following product numbers (P/n): A9k-9922-upgrade, Asr-9912, Asr-9912-ac, Asr-9912-dc, Asr-9922-ac, Asr-9922-dc, Asr-9922-th-bun
Outline, the Cisco A99-SFC2 Aggregation Services Router (ASR) 9900 Series Plug-in Module Switch Fabric Module stands as a testament to Cisco’s commitment to providing cutting-edge networking solutions. Its high performance, scalability, and reliability make it a crucial component for organizations seeking to build robust and future-proofed network infrastructures. By understanding its features, technical specifications, and deployment considerations, network administrators can harness the full potential of the A99-SFC2 module in optimizing their networks for the challenges of the digital age.
