Chapter 3 Getting Started

Deployment

User Named vs. Auto Named Module Deployment

When you deploy a module, you have two initial options:

To deploy an auto-named module

To deploy a user-named module

The user-named option allows you to name the module as you like. For example, if you have a specific naming scheme you want to use, then select the user-named option.

The auto-named option assigns an auto-generated name to the module, with the slot number appended to the name. For example, if you deployed an auto-named ATM line card in slot 5, the name given would be “A5.” This option is most useful when you have numerous line cards of the same type to deploy.

However, the line cards must be deployed in sequence within the slots. For example, if you wanted to deploy five ATM line cards in slots 1 to 5, then the auto-named option would be ideal.

Manually Deploying a GRP Card

Each chassis must have at least one GRP card deployed. A second optional GRP card can be deployed for the purpose of redundancy.

Note This feature is not applicable to the 10720 chassis

To deploy a GRP, proceed as follows:

Step 1 Right-click on the slot within the chassis where you want the GRP to be deployed, then choose Deployment>Cisco 12000/10720 Manager>Module>RP>GRP. The Deployment Wizard appears.

Cisco 12000/10700 v3.1.1 Router Manager User Guide

 

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Cisco Systems 12000, 10720 manual User Named vs. Auto Named Module Deployment, Manually Deploying a GRP Card

12000, 10720 specifications

Cisco Systems has long been a leader in the networking industry, providing robust solutions designed to meet diverse networking needs. Two notable products in their router lineup are the Cisco 10720 and the Cisco 12000 series. Both of these routers are designed for high-performance environments, catering to service providers and large enterprises.

The Cisco 10720 is a versatile edge router designed primarily for broadband and multiservice applications. A key characteristic of the 10720 is its ability to support various protocols, including IP, MPLS, and Ethernet, facilitating seamless integration into existing networks. It can handle multiple services concurrently, such as voice, video, and data, making it an ideal choice for service providers looking to offer bundled services to their customers.

One of the main features of the Cisco 10720 is its modular architecture, which allows for scalability and flexibility. Network operators can tailor the configurations to their specific requirements by adding or upgrading modules as needed. The 10720 also supports Quality of Service (QoS) capabilities, ensuring that critical applications receive the bandwidth they require, ultimately enhancing user experience.

On the other hand, the Cisco 12000 series, including models like the 12006 and 12008, represents some of the highest-performing routers available. The 12000 series is known for its high capacity, reliability, and ability to operate in a multi-protocol environment. Designed for the core of networks, these routers can handle massive amounts of traffic, making them suitable for Internet backbone deployments and large enterprise networks.

A standout feature of the Cisco 12000 series is its support for multiple interfaces and protocols, including OC-3, OC-12, and Gigabit Ethernet. This flexibility in connectivity makes it adaptable to a variety of network environments. Additionally, the 12000 series employs Cisco’s innovative Distributed Cisco IOS architecture, which provides fault tolerance, consistency, and high availability.

Both the Cisco 10720 and 12000 series routers incorporate advanced security features, ensuring that data remains protected even amidst heavy traffic. With capabilities such as IPsec encryption and advanced filtering mechanisms, they are well-suited for secure and resilient network operations.

In conclusion, both the Cisco 10720 and the Cisco 12000 series routers exemplify cutting-edge technology and engineering excellence, catering to high-performance networking requirements. Their features and capabilities ensure that organizations can build reliable, scalable, and secure networks, capable of supporting emerging technologies and growing traffic demands.