Compatible Systems 10/100 manual IP Protocol, IPX Protocol, Required for IPX, Suggested for IPX

Page 8

Chapter 2 - Basic Configuration Guide

5

IP Protocol

You need to set some basic IP parameters for the Ethernet interface.

IP address (default = 198.41.12.1)

IP subnet mask (default = 255.255.255.0)

IP broadcast address (default = 198.41.12.255)

RIP 1, RIP 2, OSPF (Open Shortest Path First), or BGP (Border Gateway Protocol)

IP gateway

IPSec Gateway which is the equivalent of a default gateway for IPSec traffic

CV: Use the TCP/IP Routing: Ethernet 0:0 Dialog Box to set the IP address, subnet mask, broadcast address and IP routing protocol for Ethernet 0:0. To set additional parameters for OSPF or to configure BGP, refer to the CompatiView Management Software Refer- ence Guide.

Use the IP Static Routing Dialog Box (under Global/IP Static Routes) to set an IP gateway.

TB: Use the configure command and set the IPAddress, SubnetMask and IPBroadcast keywords, and either the RIPVersion keyword or the OSPFEnabled keyword, in the IP Ethernet 0:0 section. To set additional parameters for OSPF or to configure BGP, refer to the Text-Based Configuration and Command Line Management Reference Guide.

Use the edit config command and set an IP gateway, in the IP Static section.

ϖNote: The gateway address would typically be an interface on a firewall. It must be on the same TCP/IP network as Ethernet 0:0. With this setup, you must configure the firewall to allow:

UDP port 500 (ISAKMP)

Protocol number 51, which is the AH (Authentication Header) protocol packet type

- and/or -

Protocol number 50, which is the ESP (Encapsulating Security Payload) protocol packet type

IPX Protocol

Required for IPX

Generally, there are no required changes from the shipping Ethernet configuration for IPX. The Ethernet interface will autoconfigure to use the two most common IPX frame types, and will automatically adapt to conditions on the Ethernet.

Suggested for IPX

You may want to set your own network numbers, rather than using the autoconfigured values. You may also want to turn off unused frame types.

CV: Use the IPX Routing: Ethernet 0:0 Dialog Box.

TB: Use configure and set keywords in the IPX Ethernet 0:0 section.

Image 8
Contents 10/100 Ethernet DES I/O Card Administrator’s Guide Page LED Patterns Basic Configuration GuideShipping Defaults Introduction to the 10-100 Ethernet DES I/0 Card Network Installation Ethernet Connection RequirementsConnecting a Management Console Basic Configuration Guide IP Protocol IPX ProtocolRequired for IPX Suggested for IPXConfiguring the Server for IP and IPX Client Tunnels Required for Client Tunnel ConfigurationsSuggested for Client Tunnel Configurations VPN User DatabaseRadius Server User Authentication Settings Setting up Radius AuthenticationSetting the IntraPort for a Radius Server Saving a Configuration File to Flash ROM Ethernet Interfaces Shipping DefaultsDefault Password LED Patterns Server LED Patterns

10/100 specifications

Compatible Systems 10/100 is a technology designed for networking devices that allows for efficient data transmission at speeds of 10 megabits per second (Mbps) and 100 megabits per second. This dual capability enables seamless communication in various networking environments, accommodating both older devices that operate at 10 Mbps and newer devices that can utilize the faster 100 Mbps rate. The compatibility aspect is essential for mixed media and legacy systems, ensuring that organizations can transition to faster networks without obsolete older equipment.

One of the primary features of Compatible Systems 10/100 is its auto-negotiation capability. This technology automatically detects the highest possible speed supported by both the device and the network, allowing for optimal performance without manual configuration. This feature simplifies the setup process for users and reduces the potential for connectivity issues, making it ideal for businesses with diverse hardware.

Another critical characteristic of Compatible Systems 10/100 is its support for both Ethernet and Fast Ethernet standards. Ethernet operates at 10 Mbps, while Fast Ethernet, introduced in the mid-1990s, supports speeds of up to 100 Mbps. This flexibility means that organizations can implement a mixed environment while ensuring that they can leverage the benefits of higher-speed connections where necessary.

In terms of physical layer technology, Compatible Systems 10/100 typically employs twisted-pair cabling, following the Category 5 (Cat 5) standard or higher. This cabling supports higher frequencies and reduced crosstalk, enabling reliable data transmission across various distances. Ethernet over twisted pair is widely used due to its cost-effectiveness and ease of installation.

Additionally, the technology incorporates full-duplex communication capabilities, allowing for data transmission and reception simultaneously, effectively doubling the potential throughput without interference. This feature is particularly advantageous in busy network environments, ensuring that data packets can flow freely without congestion.

Overall, Compatible Systems 10/100 serves as a robust solution for organizations looking to maintain compatibility with legacy systems while incorporating the advancements of modern networking technologies. Its combination of auto-negotiation, support for multiple standards, and reliance on reliable cabling infrastructure allows businesses to scale their networks efficiently and effectively. As they move towards higher speeds and advanced technologies, the foundation provided by Compatible Systems 10/100 remains indispensable.