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Network access layer The network access layer is responsible for placing data on the network medium and receiving data off the network medium. This layer contains physical devices such as network cables and network adapters. Internet layer The Internet layer is responsible for addressing, packaging, and routing the data that is handed down to it from the transport layer. There are four core protocols in this layer: IP, Address Resolution Protocol (ARP), Internet Control Message Protocol (ICMP), and Internet Group Management Protocol (IGMP). Transport layer The transport layer protocols provide communication sessions between computers. The desired method of data delivery determines the transport protocol. The two transport layer protocols are TCP and User Datagram Protocol (UDP). Application layer At the top of the model is the application layer, in which applications gain access to the network. There are many standard TCP/IP tools and services in the application layer, such as File Transfer Protocol (FTP), Telnet, Simple Network Management Protocol (SNMP), DNS, and so on.

A Microsoft Windows Server 2003 (Standard Edition or Enterprise Edition) computer installed as DC1 and configured as a domain controller in the cohovineyard.com domain. A second Windows Server 2003 computer installed as ISA1 and configured as a domain member in the cohovineyard.com domain. Two network interfaces should be installed on this server. A Windows Server 2003 server installed as MAIL1. This server must be a member of the cohovineyard.com domain and have a default installation of Exchange Server 2003 on it. The Exchange server requires at least two mailboxes configured on it. A Microsoft Windows Server 2003 (Standard Edition or Enterprise Edition) computer installed as SERVER1. This computer should not be a member of the cohovineyard.com domain. This server should be located on the same network as the external interface of the ISA Server computer. This server should be running the DNS Service and the Domain Name System (DNS) client setting should be configured to use the server s Internet Protocol (IP) address as the DNS server.

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The purpose of this layering is to provide a level of abstraction between an application or protocol in one layer and the functioning of the entire network. For example, an application in the application layer needs to know only where to pass information into the transport layer (and how to format that information); it does not need to take into account any specific network configuration beyond that point. Packets of data are passed down the layers on the sending host and back up the layers on the receiving host. If you are interested in learning more about how layering works, you should view two multimedia presentations: OSI Model and TCP/IP Protocol Suite. Both presentations are available in the Multimedia folder on the CD-ROM accompanying this book.

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13-18

13

ISA Server 2004 provides several monitoring options that can be accessed through the Microsoft ISA Server Management Console and through other administration tools on the server. This lesson provides an overview of what components can be monitored on ISA Server and how to design a monitoring and reporting strategy.

In this practice, you will use two TCP/IP tools to verify your computer s configuration. Then you will configure your computer to use a static IP address and verify your computer s new configuration. Next, you will configure your computer to use a DHCP server to automatically assign an IP address to your computer (whether or not there is a DHCP server available on your network). Finally, you will test the APIPA feature in Windows XP Professional by disabling the DHCP server, if there is one on your network. If your computer is part of an existing network, use the following table to record the IP address, subnet mask, and default gateway that your network administrator provides for you to use during this practice. Ask your network administrator whether there is another computer that you can use to test your computer s connectivity and record the IP address of that computer as well. If you are not on a network, you can use the suggested values.

Figure 8-7

Describe why monitoring ISA Server is important List components that can be monitored on ISA Server Plan a monitoring and reporting strategy Implement ISA Server performance monitoring

Variable Value Static IP address Subnet mask Default gateway (if required) Computer to test connectivity Suggested Value 192.168.1.201 255.255.0.0 None N/A Your Value

In this exercise, you will use two TCP/IP tools, Ipconfig and Ping, to verify your computer s configuration.

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