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The current specification for WLANs allows a maximum speed of 11 Mbps, with the provision to fall back to 55 Mbps, 2 Mbps, and 1 Mbps if conditions do not exist to support 11 Mbps The range for modern WLANs depends on the environment in which the WLAN is deployed Some environments can support distances of 300 feet, while some struggle at 40 feet The speed and distance attainable with radio technology is limited by a number of factors The amount of metal in the structure, the number of walls, the amount of electrical interference, and many other things contribute to lower the attainable bandwidth and range In addition, even though amplifying the power of the signal overcomes most of these issues, because the 24-GHz range is an unlicensed range, the Federal Communications Commission (FCC) limits power output for devices in this range to 1 watt

Novell NetWare was the first popular way to network PCs, but it wasn t too many years later that Microsoft introduced the first versions of network-capable Windows The way in which these versions of Windows looked at networking, called peer-to-peer, was completely different from the client/server view of networking In a peer-to-peer network, any system acts as a server, a client, or both, depending on how you configure that system PCs on peer-to-peer networks frequently act as both clients and servers One of the most common examples of a peer-to-peer network is the venerable Windows 9x series of operating systems Figure 12-5 shows the sharing options for the ancient Windows 98 operating system, providing options to share a folder and thus turn that computer into a server At first glance, it would seem that peer-to-peer is the way to go why create a network that doesn t allow the clients to see each other Wouldn t it make more sense to give users the freedom to allow their systems both to share and access any resource The problem was a lack of security

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Summary

int sample[10];

The early Windows systems did not have user accounts and the only permissions were Read Only and Full Control So they made it easy to share, but hard to control access to the shared resources People wanted the freedom of peer-to-peer with the security of client/server EXAM TIP The old school client/server model means dedicated servers with strong security Clients only see the server In the peer-to-peer model, any system is a client, server, or both, but at the cost of lower security and additional demands on the system resources of each peer

This chapter explained how Ethernet, the most prevalent LAN technology, works Knowing the intricacies of Ethernet will help you immeasurably in almost any environment You also learned about the benefits of wireless networking and how WLANs operate While WLANs are not the end all and be all of wireless networking, they are currently the fastest, most secure option available for cheap wireless networks This advantage alone is leading to hefty adoption of the standard and even further research into increasing its speed, interference rejection, and security Armed with this understanding of Ethernet and WLANs, you are prepared to face the complexities of most LAN environments and ready to pursue the next level: WAN technologies

you can generate a pointer to the first element by using the name sample Thus, the following program fragment assigns p the address of the first element of sample:

Table 17-7: Commonshow Commands Description Syntax (Optional Parameters) module number] Shows time of day Shows the current time zone and offset Shows traffic information Shows active admin sessions Shows version information show time show timezone show traffic show users show version [module number]

In response to demand, every modern operating system has dumped the classic client/ server or peer-to-peer label Windows, Linux, and Macintosh all have the capability to act as a server or a client while also providing robust security through user accounts and permissions and the like So why learn about classic client/server and peer-to-peer Because CompTIA wants you to Since the widespread adoption of TCP/IP and the Internet, however, client/ server and peer-to-peer have taken on new or updated definitions, and refer more to applications than to network operating systems Consider e-mail for a moment For traditional e-mail to work, you need an e-mail client like Microsoft Outlook But you also need an e-mail server program like Microsoft Exchange to handle the e-mail requests from your e-mail client Outlook is a dedicated client you cannot use the Outlook client as a mail-serving program Likewise, you cannot use Microsoft Exchange as an e-mail client Exchange is a dedicated server program

This command is used to show boot environment variables, as the following example illustrates (unlike the others, this one is taken from a Catalyst 6500):

int *p; int sample[10]; p = sample;

Cat6500> show boot BOOT variable = bootflash:cat6000-sup5-5-4bin,1; CONFIG_FILE variable = slot0:switchcfg Configuration register is 0x102 ignore-config: disabled auto-config: non-recurring, overwrite, sync disabled console baud: 9600 boot: image specified by the boot system commands Cat6500>

Peer-to-peer applications, often referred to simply as P2P, act as both client and server The best examples of these applications are the now infamous file-sharing applications based on special TCP/IP protocols The applications, with names like BitTorrent, LimeWire, and DC++, act as both clients and servers, enabling a user both to share files and access shared files BitTorrent is actually an entire protocol, not just a particular application There are many different applications that use the BitTorrent standard Figure 12-6 shows one such program, Torrent, in the process of simultaneously uploading and downloading files

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