Chapter 6: BGP Configuration Guide

EBGP Aggregation Example

Figure 9 shows a simple EBGP configuration in which one peer is exporting an aggregated route to its upstream peer and restricting the advertisement of contributing routes to the same peer. The aggregated route is 212.19.192.0/19.

AS-64900

212.19.199.62/24

212.19.198.1/24

212.19.192.2/24

SSR8

AS-64901

194.109.86.6194.109.86.5

SSR9

Legend:

Physical Link

Peering Relationship

Figure 9. Sample BGP Configuration (Route Aggregation)

Router SSR8 has the following CLI configuration:

interface add ip xleapnl address-netmask 212.19.192.2/24

interface create ip hobbygate address-netmask 212.19.199.62/24 port et.1.2

interface create ip xenosite address-netmask 212.19.198.1/24 port et.1.7

interface add ip lo0 address-netmask 212.19.192.1/30

bgp create peer-group webnet type external autonomous system 64901 bgp add peer-host 194.109.86.5 group webnet

#

#Create an aggregate route for 212.19.192.0/19 with all its subnets as

#contributing routes

#

ip-router policy summarize route 212.19.192.0/19

ip-router policy redistribute from-proto aggregate to-proto bgp target- as 64901 network 212.19.192.0/19

ip-router policy redistribute from-proto direct to-proto bgp target-as 64901 network all restrict

SmartSwitch Router User Reference Manual

101

Page 100 Page 102
Page 101
Image 101
Cabletron Systems 9032578-02 Ebgp Aggregation Example, AS-64900, AS-64901, Router SSR8 has the following CLI configuration
Page 100 Page 102

9032578-02 specifications

Cabletron Systems 9032578-02 is a notable component in the realm of networking equipment, especially recognized for its robust performance and reliability. As part of Cabletron’s commitment to delivering high-quality networking solutions, this device has become integral for many organizations seeking efficient data management.

One of the standout features of the 9032578-02 is its advanced switching capabilities. With the ability to manage multiple data streams seamlessly, it ensures that data packets are routed efficiently, minimizing latency and maximizing throughput. This is particularly crucial in environments where high-volume data transfer is the norm, such as in data centers or enterprises with extensive digital infrastructures.

The device is equipped with various connectivity options that enhance its versatility. These include support for multiple types of network interfaces, allowing for easy integration into existing systems. Whether it's Ethernet connections or fiber optics, the 9032578-02 accommodates diverse network requirements, making it suitable for various applications across different industries.

In terms of technology, the Cabletron Systems 9032578-02 employs cutting-edge networking protocols that ensure secure and reliable communication. This includes support for both IPv4 and IPv6 protocols, which future-proofs the device as organizations transition to newer standards. The incorporation of Quality of Service (QoS) features further enhances its capability to prioritize critical network traffic, ensuring that bandwidth-intensive applications receive the necessary resources for optimal performance.

Another critical characteristic of the 9032578-02 is its scalability. Organizations can expand their network infrastructure without the need for complete system overhauls. This modularity allows businesses to grow and adapt to changing demands while maintaining investment in their existing technology.

Additionally, Cabletron integrates advanced monitoring and management tools within the 9032578-02. Network administrators can easily track performance metrics, analyze traffic patterns, and troubleshoot issues in real-time. This level of visibility is essential for maintaining a stable network environment, particularly in dynamic organizational settings.

In summary, Cabletron Systems 9032578-02 is synonymous with high performance, scalability, and advanced technology. Its comprehensive features make it an excellent choice for organizations requiring reliable networking solutions that can adapt to evolving demands and ensure efficient data communication across their systems.
Top Page Image Contents