This chapter presents an overview of how to connect to the Internet with a WebFORCE Internet Gateway. It summarizes the basic steps to setting up the server, lists the parts required, and indicates the information you may need to exchange with your Internet service provider (ISP) before you connect to the Internet.
The WebFORCE Internet Gateway connects hosts on a local area network (LAN) to the Internet, a network cooperative that allows millions of network users to publish and exchange information easily. In addition to providing access to the Internet, the WebFORCE Internet Gateway may act as an applications server, providing Internet mail, news, and other services to client hosts on the LAN.
Hosts on the Internet operate by a common standard, formally known as Transport Control Protocol, Internet Protocol (TCP/IP). This means that the Internet Gateway system and its clients, such as personal computers and workstations, must also run the TCP/IP stack (so called because of its layered, or stacked, software architecture). The Gateway and its clients must also be assigned an Internet address (IP address), which uniquely identifies each host on the Internet.
A specialized private or public agency, known as an Internet service provider (ISP), handles membership for new Internet members. An ISP assists with obtaining a registered network address from the Network Information Center, which maintains the Internet database. It also issues blocks of Internet addresses for clients in the new network and may recommend addressing and routing schemes.
Because direct connections to the Internet backbone are limited, all hosts must connect to the Internet through an ISP. The WebFORCE Internet Gateway is designed to help you do this (see Figure 1-1). The WebFORCE Internet Gateway and the ISP can be connected, for example, by a standard telephone line and modem, an ISDN line, or a T1 line.
Figure 1-1 illustrates how the WebFORCE Internet Gateway connects a local area network to the Internet.
Before you start, you may wish to contact your Internet service provider (ISP). Your ISP will need some basic information about your network and WebFORCE Internet Gateway server, and should provide you with information that you need to configure the WebFORCE Internet Gateway server to communicate with the Internet.
To set up your Silicon Graphics WebFORCE Internet Gateway server, perform the following steps:
Unpack and assemble the server (described in the server owner's guide).
If this is server does not have a graphics monitor directly attached to it, you can attach a system console to the server using serial cables. The system console can be a character (ASCII) terminal, an IBM compatible computer, a Macintosh computer, or another workstation. (If the server does have a graphics monitor, refer to “Using WebFORCE Internet Gateway From Your Web Browser”.)
Configure the server so that you can access it over your local network with a World Wide Web browser (such as NetscapeM).
Use the Web browser to configure the server to connect to the Internet.
WebFORCE Internet Gateway ships with the following components:
A Silicon Graphics server, including documentation (the owner's guide plus online reference pages)
A serial cable
WebFORCE Internet Gateway software, installed on the server's system disk and provided on CD-ROM
This installation guide
Figure 1-2 shows the basic items included in the WebFORCE Internet Gateway package.
Table 1-1 describes some of the general information your ISP may require.
Table 1-1. General Information Your ISP May Require
Type of Information
Name of gateway machine (server)
Whatever you decide to name the machine, for example, the name of your company or organization. Typically, it is a good idea to keep the name short, easy to type, and easy to remember.
Type of machine
Server type, for example Silicon Graphics Origin 200 server.
Type operating system
Unique for each system on a network; the Ethernet address of your server is the same as the serial number of the machine. Both are imprinted on the rear of the machine and printed on the shipping label for the server. One example is 08:00:69:08:19:24. You can also find the Ethernet address of the system once it is booted by entering the following command at a shell prompt: nvram eaddr.
Maximum baud rate for your modem (if you are using a modem)
The maximum speed at which your modem can communicate with the ISP, often 14.4 Kbaud or 28.8 Kbaud.
Table 1-2 shows some of the information your ISP may provide.
Table 1-2. Information Your ISP May Provide
Type of Information
The name of the account you will use to access the ISP. This is similar to an IRIX (UNIX) login account name; it might be an abbreviated name of your company or organization, or it could be some other series of letters or numbers.
The password your software uses to access the account you have with your ISP.
If you are using ISDN or a dial-up (modem) connection, this is the phone number the server calls to connect to your ISP.
Baud rate for your modem
If you are using a modem, the maximum baud rate at which the ISP accepts data from your modem.
IP address of your gateway
Your ISP may assign an Internet protocol (IP) address to your gateway machine. This address number is how other systems on both the Internet and on your local area network (LAN) identify your server. The address is a series of numbers separated by decimal points, for example 126.96.36.199.
IP address of a name server
This is the IP address of another machine, probably located at the ISP, that provides Internet name services for you. When your server needs to locate another system on the Internet, it contacts this machine. Conversely, when other systems try to locate your server, they contact this machine.
This is the name of the Internet domain in which your server resides. It can be the name of your company (for example, toyparts.com), the name of your organization (freestuff.org), or some part of your geographic location (for example, janedoe.sf.ca.us, which would indicate a server located in San Francisco, California, in the United States of America.)